https://zsmwiki.etsi.org/api.php?action=feedcontributions&feedformat=atom&user=Burckarda 2026-06-05T22:23:28Z User contributions MediaWiki 1.39.3 https://zsmwiki.etsi.org/index.php?title=Logos_and_guidelines&diff=337 2026-05-20T14:13:57Z

<p>Burckarda: </p> <hr /> <div><br /> = ZSM PoCs =<br /> Logos of the organizations participating to the PoC can be used if applicable on ZSM PoC communication material.<br /> <br /> = ZSM PoC Disclaimer =<br /> The following text shall appear on all documentation, printed or electronic, describing a ZSM PoC which has been accepted by the ISG ZSM, such as reports, white papers, promotional literature etc. The two paragraphs above may be presented in different locations on such documentation.<br /> <br /> '''''&quot;This ZSM Proof of Concept has been developed according to the ETSI ISG ZSM Proof of Concept Framework. ZSM Proofs of Concept are intended to demonstrate ZSM as a viable technology. Results are fed back to the Industry Specification Group.'''''<br /> <br /> '''''Neither ETSI, its Industry Specification Group ZSM, nor their members make any endorsement of any product or implementation claiming to demonstrate or conform to ZSM. No verification or test has been performed by ETSI on any part of this ZSM Proof of Concept.&quot;'''''<br /> <br /> = Guidelines on the use of the ETSI logo = <br /> ETSI Members and Participants in the ISG ZSM are invited to use the ETSI logo to publicise or highlight their involvement in or membership in ISG ZSM activities. The logo shall not be used in any manner which might be mistaken to imply ETSI or ISG ZSM certification or endorsement of a product or service.<br /> <br /> When using the ETSI logo you agree to comply with the ETSI Brand Guidelines. The following trademark acknowledgement text shall also be used on documentation containing the ETSI logo.<br /> <br /> ''“The ETSI logo is a Trade Mark of ETSI registered for the benefit of its Members.”''<br /> <br /> For further details, please refer to the following documents:<br /> <br /> [[Media:ETSI Brand Guidelines 2011.pdf|Download ETSI Brand Guidelines]]<br /> <br /> [[Media:CL1943.pdf|Download Collective Letter #1943]]<br /> <br /> [[Media:TM_Usage-Guidelines.pdf|Download TM Usage Guidelines]]<br /> <br /> or [mailto:CTI_support@etsi.org?Subject=ZSM-PoC-LOGO contact ETSI CTI]</div>

Burckarda https://zsmwiki.etsi.org/index.php?title=PoC_20_Agent-based_Customer_Experience_Assurance&diff=336 2026-04-27T06:54:16Z

<p>Burckarda: </p> <hr /> <div>== PoC Team ==<br /> * China Telecom<br /> * Huawei<br /> * AsiaInfo Inc.<br /> * China Academy of Information and Communications Technology (CAICT)<br /> <br /> == Main Contact ==<br /> * Pang Yue (pangy18''_at_''chinatelecom.cn)<br /> == Contributors ==<br /> * Xie Yuan (zhangzk10''_at_''asiainfo.com)<br /> * Zhang Zhongke (zhangzk10''_at_''asiainfo.com)<br /> * Liu Zhiruo (liuzhiruo''_at_''caict.ac.cn)<br /> <br /> == Abstract ==<br /> This PoC demonstrates the use case of an agent-based customer experience assurance for intelligent IT service operations. The scope of this PoC is to validate how agent-based mechanisms can improve customer experience assurance through knowledge-driven, data-driven, and closed-loop service operations. It focuses on addressing key pain points such as inefficient issue propagation, insufficient pre-processing, fragmented operational tools, weak proactive handling, and heavy reliance on manual operations. The PoC will verify how the customer experience assurance agent performs issue perception, knowledge-driven analysis, work order and tool coordination, and feedback by interacting with the knowledge base/knowledge graph, IT service management, customer relationship management, and network monitoring system. The implementation of the solution in this PoC aims to demonstrate intelligent, integrated, proactive, and cost-efficient customer experience assurance.<br /> <br /> The implementation of the solution in this PoC uses the relevant ZSM specifications as a reference. The design architecture of the use case follows the ZSM framework (ZSM 002).<br /> <br /> == PoC Proposal ==<br /> Full PoC proposal on ETSI portal as<br /> [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2026/ZSM(26)000057r1_Agent-based_Customer_Experience_Assurance.docx ZSM(26)000057r1] - [[media:ZSM POC 20.pdf|Download pdf]]<br /> <br /> == PoC Topics ==<br /> This PoC is WORKING on: <br /> * Topic 5 - [[Topic 5 - Agent-based Autonomy|Agent-based Autonomy]]<br /> <br /> == PoC Demo ==<br /> * Demo, Jun 2026, Demonstrates the use case of agent-based autonomous network fault diagnosis and root cause analysis.<br /> <br /> == PoC Report(s) ==<br /> * PoC #20 Final report expected in Aug 2026</div>

Burckarda https://zsmwiki.etsi.org/index.php?title=PoC_20_Agent-based_Customer_Experience_Assurance&diff=335 2026-04-20T15:45:25Z

<p>Burckarda: Created page with &quot;== PoC Team == * China Telecom * Huawei * AsiaInfo Inc. * China Academy of Information and Communications Technology (CAICT) == Main Contact == * Pang Yue (pangy18&#039;&#039;_at_&#039;&#039;chinatelecom.cn) == Contributors == * Xie Yuan (zhangzk10&#039;&#039;_at_&#039;&#039;asiainfo.com) * Zhang Zhongke (zhangzk10&#039;&#039;_at_&#039;&#039;asiainfo.com) * Liu Zhiruo (liuzhiruo&#039;&#039;_at_&#039;&#039;caict.ac.cn) == Abstract == This PoC demonstrates the use case of an agent-based customer experience assurance for intelligent IT service operat...&quot;</p> <hr /> <div>== PoC Team ==<br /> * China Telecom<br /> * Huawei<br /> * AsiaInfo Inc.<br /> * China Academy of Information and Communications Technology (CAICT)<br /> <br /> == Main Contact ==<br /> * Pang Yue (pangy18''_at_''chinatelecom.cn)<br /> == Contributors ==<br /> * Xie Yuan (zhangzk10''_at_''asiainfo.com)<br /> * Zhang Zhongke (zhangzk10''_at_''asiainfo.com)<br /> * Liu Zhiruo (liuzhiruo''_at_''caict.ac.cn)<br /> <br /> == Abstract ==<br /> This PoC demonstrates the use case of an agent-based customer experience assurance for intelligent IT service operations. The scope of this PoC is to validate how agent-based mechanisms can improve customer experience assurance through knowledge-driven, data-driven, and closed-loop service operations. It focuses on addressing key pain points such as inefficient issue propagation, insufficient pre-processing, fragmented operational tools, weak proactive handling, and heavy reliance on manual operations. The PoC will verify how the customer experience assurance agent performs issue perception, knowledge-driven analysis, work order and tool coordination, and feedback by interacting with the knowledge base/knowledge graph, IT service management, customer relationship management, and network monitoring system. The implementation of the solution in this PoC aims to demonstrate intelligent, integrated, proactive, and cost-efficient customer experience assurance.<br /> <br /> The implementation of the solution in this PoC uses the relevant ZSM specifications as a reference. The design architecture of the use case follows the ZSM framework (ZSM 002).<br /> <br /> == PoC Proposal ==<br /> Full PoC proposal on ETSI portal as<br /> [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2026/ZSM(26)000057r1_Agent-based_Customer_Experience_Assurance.docx ZSM(26)000057r1] - [[media:ZSM POC 20.pdf|Download pdf]]<br /> <br /> == PoC Topics ==<br /> This PoC is WORKING on: <br /> * Topic x - [[Topic x – xx|xx]]<br /> <br /> == PoC Demo ==<br /> * Demo, Jun 2026, Demonstrates the use case of agent-based autonomous network fault diagnosis and root cause analysis.<br /> <br /> == PoC Report(s) ==<br /> * PoC #20 Final report expected in Aug 2026</div>

Burckarda https://zsmwiki.etsi.org/index.php?title=File:ZSM_POC_19.pdf&diff=334 2026-04-20T15:33:25Z

<p>Burckarda: </p> <hr /> <div></div>

Burckarda https://zsmwiki.etsi.org/index.php?title=PoC_19_AI-enabled_predictive_closed_loops&diff=333 2026-04-20T15:27:51Z

<p>Burckarda: </p> <hr /> <div>== PoC Team ==<br /> * Nextworks<br /> * Orange Romania<br /> * CAFA Tech<br /> * Industrial System Institute<br /> <br /> == Main Contact ==<br /> * Giacomo Bernini (g.bernini''_at_''nextworks.it)<br /> * Matteo Ravalli (m.ravalli''_at_''nextworks.it)<br /> == Contributors ==<br /> * Catalin Brezeanu (catalin.brezeanu''_at_''orange.com)<br /> * Marius Iordache (marius.iordache''_at_''orange.com)<br /> * Märten Rannu (marten.rannu''_at_''cafatech.com)<br /> * Tanel Järvet (tanel.jarvet''_at_''cafatech.com)<br /> * Christos Verikoukis (cveri''_at_''isi.gr)<br /> <br /> == Abstract ==<br /> This PoC will showcase a zero-touch network and service management solution, capable to deploy virtualized AI-enabled closed loop functions in support of prediction of network slice performance degradation in collaborative robots application scenarios. The PoC targets the AI-enabled and automated operation of vertical services and network slices through zero-touch closed loops, with deployment of services for prioritized traffic (URLLC) in support of collaborative robot operations. The goal is to validate the zero-touch deployment and operation of virtualized closed loop functions, integrated with an MLOps framework for training and deployment of ML models, that make use of ML-enabled analytics (for prediction of network slice performance) and ML-enabled decision (for network slice congestion identification and remediation) to guarantee ultra low latency communications for collaborative robots.<br /> <br /> This PoC is developed using the network and service management solutions, including an MLOps platform for lifecycle management of AI/ML models, developed in the European Commission (EC) funded project, under the Horizon Europe programme, ADROIT6G [1]. The implementation of these solutions is aligned with the ZSM standards. More specifically, the design architecture of the use case follows the automation principles of ZSM 003, while the AI-driven closed loop based automation, which integrates a closed loop governance and an MLOps platform, is aligned with the ZSM 009-1, ZSM 009-2 and ZSM 009-3. <br /> <br /> == PoC Proposal ==<br /> Full PoC proposal on ETSI portal as<br /> [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2026/ZSM(26)000050r1_ZSM_PoC_Proposal_on_AI-enabled_closed_loops.doc ZSM(26)000050r1] - [[media:ZSM POC 19.pdf|Download pdf]]<br /> <br /> == PoC Topics ==<br /> This PoC is WORKING on:<br /> * Topic 3 - [[Topic 3 - Intent-driven Closed-Loop automation|Intent-driven Closed-Loop automation]]<br /> * Topic 2 - [[Topic2 - Automation in Multi-Stakeholder Ecosystems|Automation in Multi-Stakeholder Ecosystems]]<br /> <br /> == PoC Demo ==<br /> * demo #1, June 2026, Showcasing PoC results at 2026 EuCNC &amp; 6G Summit conference.<br /> * demo #2, July 2026, Showcasing Final PoC results at 2026 IEEE MeditCom conference.<br /> <br /> == PoC Report(s) ==<br /> * PoC #19 Final report expected in July 2026</div>

Burckarda https://zsmwiki.etsi.org/index.php?title=PoC_19_AI-enabled_predictive_closed_loops&diff=332 2026-04-20T15:24:53Z

<p>Burckarda: Created page with &quot;== PoC Team == * Nextworks * Orange Romania * CAFA Tech * Industrial System Institute == Main Contact == * Giacomo Bernini (g.bernini&#039;&#039;_at_&#039;&#039;nextworks.it) * Matteo Ravalli (m.ravalli&#039;&#039;_at_&#039;&#039;nextworks.it) == Contributors == * Catalin Brezeanu (catalin.brezeanu&#039;&#039;_at_&#039;&#039;orange.com) * Marius Iordache (marius.iordache&#039;&#039;_at_&#039;&#039;orange.com) * Märten Rannu (marten.rannu&#039;&#039;_at_&#039;&#039;cafatech.com) * Tanel Järvet (tanel.jarvet&#039;&#039;_at_&#039;&#039;cafatech.com) * Christos Verikoukis (cveri&#039;&#039;_at_&#039;&#039;isi...&quot;</p> <hr /> <div>== PoC Team ==<br /> * Nextworks<br /> * Orange Romania<br /> * CAFA Tech<br /> * Industrial System Institute<br /> <br /> == Main Contact ==<br /> * Giacomo Bernini (g.bernini''_at_''nextworks.it)<br /> * Matteo Ravalli (m.ravalli''_at_''nextworks.it)<br /> == Contributors ==<br /> * Catalin Brezeanu (catalin.brezeanu''_at_''orange.com)<br /> * Marius Iordache (marius.iordache''_at_''orange.com)<br /> * Märten Rannu (marten.rannu''_at_''cafatech.com)<br /> * Tanel Järvet (tanel.jarvet''_at_''cafatech.com)<br /> * Christos Verikoukis (cveri''_at_''isi.gr)<br /> <br /> == Abstract ==<br /> This PoC will showcase a zero-touch network and service management solution, capable to deploy virtualized AI-enabled closed loop functions in support of prediction of network slice performance degradation in collaborative robots application scenarios. The PoC targets the AI-enabled and automated operation of vertical services and network slices through zero-touch closed loops, with deployment of services for prioritized traffic (URLLC) in support of collaborative robot operations. The goal is to validate the zero-touch deployment and operation of virtualized closed loop functions, integrated with an MLOps framework for training and deployment of ML models, that make use of ML-enabled analytics (for prediction of network slice performance) and ML-enabled decision (for network slice congestion identification and remediation) to guarantee ultra low latency communications for collaborative robots.<br /> <br /> This PoC is developed using the network and service management solutions, including an MLOps platform for lifecycle management of AI/ML models, developed in the European Commission (EC) funded project, under the Horizon Europe programme, ADROIT6G [1]. The implementation of these solutions is aligned with the ZSM standards. More specifically, the design architecture of the use case follows the automation principles of ZSM 003, while the AI-driven closed loop based automation, which integrates a closed loop governance and an MLOps platform, is aligned with the ZSM 009-1, ZSM 009-2 and ZSM 009-3. <br /> <br /> == PoC Proposal ==<br /> Full PoC proposal on ETSI portal as<br /> [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2026/ZSM(26)000050r1_ZSM_PoC_Proposal_on_AI-enabled_closed_loops.doc ZSM(26)000050r1] - [[media:ZSM POC 19.pdf|Download pdf]]<br /> <br /> == PoC Topics ==<br /> This PoC is WORKING on:<br /> * Topic 3 - [[Topic 3 - Intent-driven Closed-Loop automation|Intent-driven Closed-Loop automation]]<br /> * Topic 2 - [[Topic 2 - Automation in Multi-Stakeholder Ecosystems|Automation in Multi-Stakeholder Ecosystems]]<br /> <br /> == PoC Demo ==<br /> * demo #1, June 2026, Showcasing PoC results at 2026 EuCNC &amp; 6G Summit conference.<br /> * demo #2, July 2026, Showcasing Final PoC results at 2026 IEEE MeditCom conference.<br /> <br /> == PoC Report(s) ==<br /> * PoC #19 Final report expected in July 2026</div>

Burckarda https://zsmwiki.etsi.org/index.php?title=PoC_17_Agent-based_Cross_Domain_Fault_Management&diff=331 2026-04-20T15:21:23Z

<p>Burckarda: </p> <hr /> <div>== PoC Team ==<br /> * China Mobile<br /> * Huawei Technologies<br /> * China Academy of Information and Communications Technology (CAICT)<br /> <br /> == Main Contact ==<br /> * Miss yuan XIE (yuan.xie''_at_''huawei.com)<br /> == Contributors ==<br /> * Xin CHEN (chenxin''_at_''gd.chinamobile.com)<br /> * Xiaofeng Zhang (zhangxiaofeng''_at_''gd.chinamobile.com)<br /> * Xudong Liu (liuxudong2''_at_''gd.chinamobile.com)<br /> * Junfeng Ma (majunfeng''_at_''caict.ac.cn)<br /> * Zhiruo Liu (liuzhiruo''_at_''caict.ac.cn)<br /> * Xiaohan Feng (fengxiaohan''_at_''huawei.com)<br /> * Fei Guo (Guofei''_at_''huawei.com)<br /> <br /> == Abstract ==<br /> This PoC Project will demonstrate the fault management including fault detection, analysis, resolution through multi-agent collaboration, the whole process of fault management not only within single-domain but also cross-domain . The PoC aims to demonstrate:<br /> 1) How multiple agents collaborate within the ZSM framework, which supports agent capability registration and discovery, agent team formation, task assignment and collaboration.<br /> 2) Summarizing a human-readable fault resolution report, including the root cause, repair recommendations, and resolution status.<br /> 3) Trustworthiness focus - Visualization of the whole process including collaboration of multiple agents.<br /> <br /> The implementation of the solution of this PoC complies with the ZSM standards. The design architecture of the use case follows GS ZSM 002 (ZSM Framework), and uses the multi-agent systems in GR ZSM 020 (Study on the Utilization of Agents in Autonomous Networks).<br /> <br /> == PoC Proposal ==<br /> Full PoC proposal on ETSI portal as<br /> [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2025/ZSM(25)000178_PoC_Proposal__Agent-based_Cross_Domain_Fault_Management.docx ZSM(25)000178] - [[media:ZSM POC 17.pdf|Download pdf]]<br /> <br /> == PoC Topics ==<br /> This PoC is WORKING on: <br /> * Topic 5 - [[Topic 5 - Agent-based Autonomy|Agent-based Autonomy]]<br /> <br /> == PoC Demo ==<br /> * Demo, Nov 2025 (ZSM#33 meeting), Demonstrate how multiple agents collaborate within the ZSM framework, which supports agent capability registration and discovery, agent team formation, task assignment and collaboration. The scenario focuses on the escalation of a fault detected in one MD, leading to the formation of a cross-domain investigation team of agents led by the E2E SMD agent to resolve the issue.<br /> <br /> == PoC Report(s) ==<br /> * PoC #17 Final report expected in December 2025</div>

Burckarda https://zsmwiki.etsi.org/index.php?title=PoC_17_Agent-based_Cross_Domain_Fault_Management&diff=330 2026-04-20T15:15:11Z

<p>Burckarda: </p> <hr /> <div>== PoC Team ==<br /> * China Mobile<br /> * Huawei Technologies<br /> * China Academy of Information and Communications Technology (CAICT)<br /> <br /> == Main Contact ==<br /> * Miss yuan XIE (yuan.xie''_at_''huawei.com)<br /> == Contributors ==<br /> * Xin CHEN (chenxin''_at_''gd.chinamobile.com)<br /> * Xiaofeng Zhang (zhangxiaofeng''_at_''gd.chinamobile.com)<br /> * Xudong Liu (liuxudong2''_at_''gd.chinamobile.com)<br /> * Junfeng Ma (majunfeng''_at_''caict.ac.cn)<br /> * Zhiruo Liu (liuzhiruo''_at_''caict.ac.cn)<br /> * Xiaohan Feng (fengxiaohan''_at_''huawei.com)<br /> * Fei Guo (Guofei''_at_''huawei.com)<br /> <br /> == Abstract ==<br /> This PoC Project will demonstrate the fault management including fault detection, analysis, resolution through multi-agent collaboration, the whole process of fault management not only within single-domain but also cross-domain . The PoC aims to demonstrate:<br /> 1) How multiple agents collaborate within the ZSM framework, which supports agent capability registration and discovery, agent team formation, task assignment and collaboration.<br /> 2) Summarizing a human-readable fault resolution report, including the root cause, repair recommendations, and resolution status.<br /> 3) Trustworthiness focus - Visualization of the whole process including collaboration of multiple agents.<br /> <br /> The implementation of the solution of this PoC complies with the ZSM standards. The design architecture of the use case follows GS ZSM 002 (ZSM Framework), and uses the multi-agent systems in GR ZSM 020 (Study on the Utilization of Agents in Autonomous Networks).<br /> <br /> == PoC Proposal ==<br /> Full PoC proposal on ETSI portal as<br /> [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2025/ZSM(25)000178_PoC_Proposal__Agent-based_Cross_Domain_Fault_Management.docx ZSM(25)000178] - [[media:ZSM POC 17.pdf|Download pdf]]<br /> <br /> == PoC Topics ==<br /> This PoC is WORKING on: <br /> * Topic 5 - [[Topic 5 – Agent-based Autonomy|Agent-based Autonomy]]<br /> <br /> == PoC Demo ==<br /> * Demo, Nov 2025 (ZSM#33 meeting), Demonstrate how multiple agents collaborate within the ZSM framework, which supports agent capability registration and discovery, agent team formation, task assignment and collaboration. The scenario focuses on the escalation of a fault detected in one MD, leading to the formation of a cross-domain investigation team of agents led by the E2E SMD agent to resolve the issue.<br /> <br /> == PoC Report(s) ==<br /> * PoC #17 Final report expected in December 2025</div>

Burckarda https://zsmwiki.etsi.org/index.php?title=Ongoing_PoCs&diff=329 2026-04-20T14:50:41Z

<p>Burckarda: </p> <hr /> <div>==List of ZSM PoCs==<br /> This page provides the list of on-going ISG ZSM PoCs. Click on them to learn further details.<br /> <br /> ''The following ZSM Proofs of Concept are developed according to the ETSI ISG [https://www.etsi.org/deliver/etsi_gs/ZSM/001_099/006/01.02.01_60/gs_zsm006v010201p.pdf ZSM Proof of Concept Framework]. ZSM Proofs of Concept are intended to demonstrate ZSM as a viable technology. Results are fed back to the Industry Specification Group on Zero tough network and Service Management.''<br /> <br /> ''Neither ETSI, the ISG ZSM, nor their members make any endorsement of any product or implementation claiming to demonstrate or conform to ZSM. No verification or test has been performed by ETSI on any part of these ZSM Proofs of Concept.''<br /> <br /> '''[[PoC 20 Agent-based Customer Experience Assurance]]'''<br /> China Telecom - Huawei - AsiaInfo Inc. - China Academy of Information and Communications Technology (CAICT)<br /> '''new'''<br /> <br /> '''[[PoC 19 AI-enabled predictive closed loops]]'''<br /> Nextworks - Orange Romania - CAFA Tech - Industrial System Institute<br /> '''new'''<br /> <br /> '''[[PoC 18 Agent based Network Fault and Root Cause]]'''<br /> China Telecom - Asiainfo - China Academy of Information and Communications Technology (CAICT) - ZTE<br /> '''new'''<br /> <br /> '''[[PoC 17 Agent-based Cross Domain Fault Management]]'''<br /> China Mobile - Huawei Technologies - China Academy of Information and Communications Technology (CAICT)<br /> '''new'''<br /> <br /> '''[[PoC 16 Automation platform across multi-site and multi-stakeholder environments]]'''<br /> UoP - Telefónica - CTTC - UBITECH - p-NET - NOVA - K3Y - WINGS - LMI<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 15 Trustworthy Zero-touch Network and Service Management in 6G Networks with NDT support]]'''<br /> Telefónica - CNIT - UPC - TUBS - NKUA<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 14 Intent-based trust management and orchestration in network services]]'''<br /> Telefonica - Universidad Complutense de Madrid - National Centre For Scientific Research Demokritos (NCSRD) - Space Hellas - Ubitech<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 13 Intent-based RAN resource management]]'''<br /> DOCOMO Communications Lab - NTT Comware Corp - NTT Communications Corp - NTT DOCOMO INC.<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 12 Trustworthy Zero-touch Network and Service Management in 6G Networks with XAI and LLMs. ]]'''<br /> EURECOM - ISI - IQU - OTE - ORO<br /> '''new'''<br /> <br /> '''[[PoC 11 Intent-driven Energy Saving integrated with NDT. ]]'''<br /> Deutsche Telecom - Huawei Technologies - China Telecom - Xidian University<br /> '''new'''<br /> <br /> '''[[PoC 10 Building Cloud AR/VR Service on CAMARA by Using ZSM Framework (Phase Two). ]]'''<br /> Telefonica - Huawei Technologies - Centre Tecnològic de Telecomunicacions de Catalunya (CTTC)<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 9 Intent-driven Energy Saving. ]]'''<br /> Huawei Technologies - China Telecom - Deutsche Telecom - Xidian University<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 8 Building Cloud AR/VR Service on CAMARA by Using ZSM Framework. ]]'''<br /> Telefonica - Huawei Technologies - Centre Tecnològic de Telecomunicacions de Catalunya (CTTC)<br /> '''ongoing'''<br /> <br /> '''[[PoC 7 Zero-touch closed-control security management of attacks detection and mitigation. ]]'''<br /> CCTC - EURECOM - NEC - OTE<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 6 Security SLA assurance in 5G network slices. ]]'''<br /> Telefónica - Universidad de Murcia - Montimage - CTTC - THALES - EURESCOM<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 5 On-demand Non-Public Networks (NPNs) for industry 4.0: zero-touch provisioning practices in public-private network environments. ]]'''<br /> Telefónica - Fundaciò i2CAT - NextWorks - Interdigital - Universidad Carlos III de Madrid<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 4 Autonomous network slice management]]'''<br /> DOCOMO Communications Lab. - NTT Corp. - NTT Communications, Corp. - NTT DOCOMO, INC.<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 3 Automation of Intent-based cloud leased line service]]'''<br /> China Telecom - China Mobile - China Unicom - Huawei Technologies - AsiaInfo Technologies - Xidian University<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 2 Automated Network Slice Scaling in Multi-Site Environments]]'''<br /> Telefonica - Telenor - Universidad Carlos III (UC3M) - University of Patras (UoP) - Openslice<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 1 ServoCloud: efficient lifecycle and element management automation at scale]]'''<br /> EnterpriseWeb - Deutsche Telekom - Sprint - Amazon Web Services - Amdocs - EXFO - InfoSim - Fortinet - Metaswitch<br /> '''Completed'''</div>

Burckarda https://zsmwiki.etsi.org/index.php?title=File:ZSM_POC_18.pdf&diff=328 2026-03-23T07:44:21Z

<p>Burckarda: </p> <hr /> <div></div>

Burckarda https://zsmwiki.etsi.org/index.php?title=PoC_18_Agent_based_Network_Fault_and_Root_Cause&diff=327 2026-03-23T07:38:45Z

<p>Burckarda: Created page with &quot;== PoC Team == * China Telecom * Asiainfo * China Academy of Information and Communications Technology (CAICT) * ZTE == Main Contact == * Mrs. Jingwen Ning (ningjw09&#039;&#039;_at_&#039;&#039;chinatelecom.cn) == Contributors == * Yu Zeng (zengyu&#039;&#039;_at_&#039;&#039;chinatelecom.cn) * Xiao Zhou (zhouxiao.js&#039;&#039;_at_&#039;&#039;chinatelecom.cn) * Ping Shen (shenping.js&#039;&#039;_at_&#039;&#039;chinatelecom.cn) * Zheng Zhang (zhangzheng1.js&#039;&#039;_at_&#039;&#039;chinatelecom.cn) * Yongpan Zhang (zhangyongpan.js&#039;&#039;_at_&#039;&#039;chinatelecom.cn) * YuHan Chen -...&quot;</p> <hr /> <div>== PoC Team ==<br /> * China Telecom<br /> * Asiainfo<br /> * China Academy of Information and Communications Technology (CAICT)<br /> * ZTE<br /> <br /> == Main Contact ==<br /> * Mrs. Jingwen Ning (ningjw09''_at_''chinatelecom.cn)<br /> == Contributors ==<br /> * Yu Zeng (zengyu''_at_''chinatelecom.cn)<br /> * Xiao Zhou (zhouxiao.js''_at_''chinatelecom.cn)<br /> * Ping Shen (shenping.js''_at_''chinatelecom.cn)<br /> * Zheng Zhang (zhangzheng1.js''_at_''chinatelecom.cn)<br /> * Yongpan Zhang (zhangyongpan.js''_at_''chinatelecom.cn)<br /> * YuHan Chen -chenyh54''_at_''chinatelecom.cn)<br /> * Qiang Cheng (chengqiang.js''_at_''chinatelecom.cn)<br /> * You Lv (lvyou1.js''_at_''chinatelecom.cn)<br /> * Ling Lin (linling.js''_at_''chinatelecom.cn)<br /> * Yunkai Zhao (zhaoyk1''_at_''chinatelecom.cn)<br /> * Feng Zhang (zhangfeng11.js''_at_''chinatelecom.cn)<br /> * WenXing Zhang (zhangwx12''_at_''chinatelecom.cn)<br /> * Yingfeng Xie (xieyf8''_at_''chinatelecom.cn)<br /> * Dr. Zhongke Zhang (Zhangzk10''_at_''asiainfo.com)<br /> * Zhiruo Liu (liuzhiruo''_at_''caict.ac.cn)<br /> * Manchang Ju (Ju.manchang''_at_''zte.com.cn)<br /> <br /> == Abstract ==<br /> This PoC demonstrates the use case of agent-based autonomous network fault diagnosis and root cause analysis. The scope of this PoC is to validate the normative architectural extensions for Agent-Based Entities defined in ZSM020 [2] that enable intelligent fault management. It will verify how these agent-based mechanisms perform fault data collection, execute diagnostic algorithms, and interact to localize root causes within network operation frameworks. The PoC will also demonstrate the verification of analysis results and the associated security mechanisms, showcasing scenario-based solutions for network operators, OTT services, and third-party management systems as defined in the corresponding use cases.<br /> The implementation of the solution in this PoC uses the relevant ZSM specifications as a reference. The design architecture of the use case follows the ZSM framework (ZSM 002 ) and incorporates the agent-based entity concepts from ZSM020 to realize the defined requirements for autonomous fault and root cause analysis.<br /> <br /> == PoC Proposal ==<br /> Full PoC proposal on ETSI portal as<br /> [https://docbox.etsi.org/ISG/ZSM/05-Contributions/2026/ZSM(26)000024r2_New_PoC_Proposal_Agent_based_Network_Fault_and_Root_Cause_.docx ZSM(26)000024r2] - [[media:ZSM POC 18.pdf|Download pdf]]<br /> <br /> == PoC Topics ==<br /> This PoC is WORKING on: <br /> * Topic 3 - [[Topic 5 – Agent-based Autonomy|Agent-based Autonomy]]<br /> Agent based Network Fault and Root Cause related to Work Items ZSM020 and ZSM002.<br /> <br /> == PoC Demo ==<br /> * Demo, May 2026 (ZSM#35 meeting in June), Demonstrate the use case of agent-based autonomous network fault diagnosis and root cause analysis.<br /> <br /> == PoC Report(s) ==<br /> * PoC #18 Final report expected in July 2026</div>

Burckarda https://zsmwiki.etsi.org/index.php?title=Ongoing_PoCs&diff=326 2026-03-23T07:11:18Z

<p>Burckarda: </p> <hr /> <div>==List of ZSM PoCs==<br /> This page provides the list of on-going ISG ZSM PoCs. Click on them to learn further details.<br /> <br /> ''The following ZSM Proofs of Concept are developed according to the ETSI ISG [https://www.etsi.org/deliver/etsi_gs/ZSM/001_099/006/01.02.01_60/gs_zsm006v010201p.pdf ZSM Proof of Concept Framework]. ZSM Proofs of Concept are intended to demonstrate ZSM as a viable technology. Results are fed back to the Industry Specification Group on Zero tough network and Service Management.''<br /> <br /> ''Neither ETSI, the ISG ZSM, nor their members make any endorsement of any product or implementation claiming to demonstrate or conform to ZSM. No verification or test has been performed by ETSI on any part of these ZSM Proofs of Concept.''<br /> <br /> '''[[PoC 18 Agent based Network Fault and Root Cause]]'''<br /> China Telecom - Asiainfo - China Academy of Information and Communications Technology (CAICT) - ZTE<br /> '''new'''<br /> <br /> '''[[PoC 17 Agent-based Cross Domain Fault Management]]'''<br /> China Mobile - Huawei Technologies - China Academy of Information and Communications Technology (CAICT)<br /> '''new'''<br /> <br /> '''[[PoC 16 Automation platform across multi-site and multi-stakeholder environments]]'''<br /> UoP - Telefónica - CTTC - UBITECH - p-NET - NOVA - K3Y - WINGS - LMI<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 15 Trustworthy Zero-touch Network and Service Management in 6G Networks with NDT support]]'''<br /> Telefónica - CNIT - UPC - TUBS - NKUA<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 14 Intent-based trust management and orchestration in network services]]'''<br /> Telefonica - Universidad Complutense de Madrid - National Centre For Scientific Research Demokritos (NCSRD) - Space Hellas - Ubitech<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 13 Intent-based RAN resource management]]'''<br /> DOCOMO Communications Lab - NTT Comware Corp - NTT Communications Corp - NTT DOCOMO INC.<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 12 Trustworthy Zero-touch Network and Service Management in 6G Networks with XAI and LLMs. ]]'''<br /> EURECOM - ISI - IQU - OTE - ORO<br /> '''new'''<br /> <br /> '''[[PoC 11 Intent-driven Energy Saving integrated with NDT. ]]'''<br /> Deutsche Telecom - Huawei Technologies - China Telecom - Xidian University<br /> '''new'''<br /> <br /> '''[[PoC 10 Building Cloud AR/VR Service on CAMARA by Using ZSM Framework (Phase Two). ]]'''<br /> Telefonica - Huawei Technologies - Centre Tecnològic de Telecomunicacions de Catalunya (CTTC)<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 9 Intent-driven Energy Saving. ]]'''<br /> Huawei Technologies - China Telecom - Deutsche Telecom - Xidian University<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 8 Building Cloud AR/VR Service on CAMARA by Using ZSM Framework. ]]'''<br /> Telefonica - Huawei Technologies - Centre Tecnològic de Telecomunicacions de Catalunya (CTTC)<br /> '''ongoing'''<br /> <br /> '''[[PoC 7 Zero-touch closed-control security management of attacks detection and mitigation. ]]'''<br /> CCTC - EURECOM - NEC - OTE<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 6 Security SLA assurance in 5G network slices. ]]'''<br /> Telefónica - Universidad de Murcia - Montimage - CTTC - THALES - EURESCOM<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 5 On-demand Non-Public Networks (NPNs) for industry 4.0: zero-touch provisioning practices in public-private network environments. ]]'''<br /> Telefónica - Fundaciò i2CAT - NextWorks - Interdigital - Universidad Carlos III de Madrid<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 4 Autonomous network slice management]]'''<br /> DOCOMO Communications Lab. - NTT Corp. - NTT Communications, Corp. - NTT DOCOMO, INC.<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 3 Automation of Intent-based cloud leased line service]]'''<br /> China Telecom - China Mobile - China Unicom - Huawei Technologies - AsiaInfo Technologies - Xidian University<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 2 Automated Network Slice Scaling in Multi-Site Environments]]'''<br /> Telefonica - Telenor - Universidad Carlos III (UC3M) - University of Patras (UoP) - Openslice<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 1 ServoCloud: efficient lifecycle and element management automation at scale]]'''<br /> EnterpriseWeb - Deutsche Telekom - Sprint - Amazon Web Services - Amdocs - EXFO - InfoSim - Fortinet - Metaswitch<br /> '''Completed'''</div>

Burckarda https://zsmwiki.etsi.org/index.php?title=Ongoing_PoCs&diff=325 2025-12-19T09:46:05Z

<p>Burckarda: </p> <hr /> <div>==List of ZSM PoCs==<br /> This page provides the list of on-going ISG ZSM PoCs. Click on them to learn further details.<br /> <br /> ''The following ZSM Proofs of Concept are developed according to the ETSI ISG [https://www.etsi.org/deliver/etsi_gs/ZSM/001_099/006/01.02.01_60/gs_zsm006v010201p.pdf ZSM Proof of Concept Framework]. ZSM Proofs of Concept are intended to demonstrate ZSM as a viable technology. Results are fed back to the Industry Specification Group on Zero tough network and Service Management.''<br /> <br /> ''Neither ETSI, the ISG ZSM, nor their members make any endorsement of any product or implementation claiming to demonstrate or conform to ZSM. No verification or test has been performed by ETSI on any part of these ZSM Proofs of Concept.''<br /> <br /> '''[[PoC 17 Agent-based Cross Domain Fault Management]]'''<br /> China Mobile - Huawei Technologies - China Academy of Information and Communications Technology (CAICT)<br /> '''new'''<br /> <br /> '''[[PoC 16 Automation platform across multi-site and multi-stakeholder environments]]'''<br /> UoP - Telefónica - CTTC - UBITECH - p-NET - NOVA - K3Y - WINGS - LMI<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 15 Trustworthy Zero-touch Network and Service Management in 6G Networks with NDT support]]'''<br /> Telefónica - CNIT - UPC - TUBS - NKUA<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 14 Intent-based trust management and orchestration in network services]]'''<br /> Telefonica - Universidad Complutense de Madrid - National Centre For Scientific Research Demokritos (NCSRD) - Space Hellas - Ubitech<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 13 Intent-based RAN resource management]]'''<br /> DOCOMO Communications Lab - NTT Comware Corp - NTT Communications Corp - NTT DOCOMO INC.<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 12 Trustworthy Zero-touch Network and Service Management in 6G Networks with XAI and LLMs. ]]'''<br /> EURECOM - ISI - IQU - OTE - ORO<br /> '''new'''<br /> <br /> '''[[PoC 11 Intent-driven Energy Saving integrated with NDT. ]]'''<br /> Deutsche Telecom - Huawei Technologies - China Telecom - Xidian University<br /> '''new'''<br /> <br /> '''[[PoC 10 Building Cloud AR/VR Service on CAMARA by Using ZSM Framework (Phase Two). ]]'''<br /> Telefonica - Huawei Technologies - Centre Tecnològic de Telecomunicacions de Catalunya (CTTC)<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 9 Intent-driven Energy Saving. ]]'''<br /> Huawei Technologies - China Telecom - Deutsche Telecom - Xidian University<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 8 Building Cloud AR/VR Service on CAMARA by Using ZSM Framework. ]]'''<br /> Telefonica - Huawei Technologies - Centre Tecnològic de Telecomunicacions de Catalunya (CTTC)<br /> '''ongoing'''<br /> <br /> '''[[PoC 7 Zero-touch closed-control security management of attacks detection and mitigation. ]]'''<br /> CCTC - EURECOM - NEC - OTE<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 6 Security SLA assurance in 5G network slices. ]]'''<br /> Telefónica - Universidad de Murcia - Montimage - CTTC - THALES - EURESCOM<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 5 On-demand Non-Public Networks (NPNs) for industry 4.0: zero-touch provisioning practices in public-private network environments. ]]'''<br /> Telefónica - Fundaciò i2CAT - NextWorks - Interdigital - Universidad Carlos III de Madrid<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 4 Autonomous network slice management]]'''<br /> DOCOMO Communications Lab. - NTT Corp. - NTT Communications, Corp. - NTT DOCOMO, INC.<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 3 Automation of Intent-based cloud leased line service]]'''<br /> China Telecom - China Mobile - China Unicom - Huawei Technologies - AsiaInfo Technologies - Xidian University<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 2 Automated Network Slice Scaling in Multi-Site Environments]]'''<br /> Telefonica - Telenor - Universidad Carlos III (UC3M) - University of Patras (UoP) - Openslice<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 1 ServoCloud: efficient lifecycle and element management automation at scale]]'''<br /> EnterpriseWeb - Deutsche Telekom - Sprint - Amazon Web Services - Amdocs - EXFO - InfoSim - Fortinet - Metaswitch<br /> '''Completed'''</div>

Burckarda https://zsmwiki.etsi.org/index.php?title=File:ZSM(25)000266_ZSM_PoC_15_Final_Report.pdf&diff=324 2025-12-19T09:42:48Z

<p>Burckarda: </p> <hr /> <div></div>

Burckarda https://zsmwiki.etsi.org/index.php?title=PoC_15_Trustworthy_Zero-touch_Network_and_Service_Management_in_6G_Networks_with_NDT_support&diff=323 2025-12-19T09:42:12Z

<p>Burckarda: </p> <hr /> <div>== PoC Team ==<br /> * Telefónica (TID)<br /> * Consorzio Nazionale Interuniversitario per le Telecomunicazioni (CNIT)<br /> * Universitat Politècnica de Catalunya (UPC)<br /> * Technische Universität Braunschweig (TUBS)<br /> * National and Kapodistrian University of Athens (NKUA)<br /> <br /> == Main Contact ==<br /> * Diego Lopez (diego.r.lopez''_at_''telefonica.com)<br /> <br /> == Abstract ==<br /> This PoC intends to demonstrate the use of Network Digital Twins (NDTs) in a cybersecurity context, as part of a 6G network. This approach includes two different Network Digital Twins as part of a sandbox environment, working together to mitigate cyberattacks. Those NDTs are applied for prediction and prevention, and to analyse the impact of mitigation actions. The combination of both NDTs supports minimally invasive smart automated threat management.<br /> <br /> == PoC Proposal ==<br /> Full PoC proposal on ETSI portal at [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2025/ZSM(25)000055r2_PoC_Proposal__Security_Management_with_NDT_support.docx ZSM(25)000055r2]<br /> <br /> == PoC Topics ==<br /> This PoC is WORKING on: <br /> * Topic 3 - [[Topic 3 - Intent-driven Closed-Loop automation|Intent-driven Closed-Loop automation]]<br /> <br /> == PoC Demo ==<br /> At ZSM#33 meeting in Granada, November 2025<br /> <br /> == PoC Report(s) ==<br /> * PoC #15 Final report was provided in December 2025 - [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2025/ZSM(25)000266_ZSM_PoC_15_Final_Report.pdf ZSM(25)000266] on ETSI portal - [[media:ZSM(25)000266_ZSM_PoC_15_Final_Report.pdf |Download pdf]]<br /> '''PoC Successfully Completed'''</div>

Burckarda https://zsmwiki.etsi.org/index.php?title=Ongoing_PoCs&diff=322 2025-12-11T14:11:10Z

<p>Burckarda: </p> <hr /> <div>==List of ZSM PoCs==<br /> This page provides the list of on-going ISG ZSM PoCs. Click on them to learn further details.<br /> <br /> ''The following ZSM Proofs of Concept are developed according to the ETSI ISG [https://www.etsi.org/deliver/etsi_gs/ZSM/001_099/006/01.02.01_60/gs_zsm006v010201p.pdf ZSM Proof of Concept Framework]. ZSM Proofs of Concept are intended to demonstrate ZSM as a viable technology. Results are fed back to the Industry Specification Group on Zero tough network and Service Management.''<br /> <br /> ''Neither ETSI, the ISG ZSM, nor their members make any endorsement of any product or implementation claiming to demonstrate or conform to ZSM. No verification or test has been performed by ETSI on any part of these ZSM Proofs of Concept.''<br /> <br /> '''[[PoC 17 Agent-based Cross Domain Fault Management]]'''<br /> China Mobile - Huawei Technologies - China Academy of Information and Communications Technology (CAICT)<br /> '''new'''<br /> <br /> '''[[PoC 16 Automation platform across multi-site and multi-stakeholder environments]]'''<br /> UoP - Telefónica - CTTC - UBITECH - p-NET - NOVA - K3Y - WINGS - LMI<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 15 Trustworthy Zero-touch Network and Service Management in 6G Networks with NDT support]]'''<br /> Telefónica - CNIT - UPC - TUBS - NKUA<br /> '''new'''<br /> <br /> '''[[PoC 14 Intent-based trust management and orchestration in network services]]'''<br /> Telefonica - Universidad Complutense de Madrid - National Centre For Scientific Research Demokritos (NCSRD) - Space Hellas - Ubitech<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 13 Intent-based RAN resource management]]'''<br /> DOCOMO Communications Lab - NTT Comware Corp - NTT Communications Corp - NTT DOCOMO INC.<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 12 Trustworthy Zero-touch Network and Service Management in 6G Networks with XAI and LLMs. ]]'''<br /> EURECOM - ISI - IQU - OTE - ORO<br /> '''new'''<br /> <br /> '''[[PoC 11 Intent-driven Energy Saving integrated with NDT. ]]'''<br /> Deutsche Telecom - Huawei Technologies - China Telecom - Xidian University<br /> '''new'''<br /> <br /> '''[[PoC 10 Building Cloud AR/VR Service on CAMARA by Using ZSM Framework (Phase Two). ]]'''<br /> Telefonica - Huawei Technologies - Centre Tecnològic de Telecomunicacions de Catalunya (CTTC)<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 9 Intent-driven Energy Saving. ]]'''<br /> Huawei Technologies - China Telecom - Deutsche Telecom - Xidian University<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 8 Building Cloud AR/VR Service on CAMARA by Using ZSM Framework. ]]'''<br /> Telefonica - Huawei Technologies - Centre Tecnològic de Telecomunicacions de Catalunya (CTTC)<br /> '''ongoing'''<br /> <br /> '''[[PoC 7 Zero-touch closed-control security management of attacks detection and mitigation. ]]'''<br /> CCTC - EURECOM - NEC - OTE<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 6 Security SLA assurance in 5G network slices. ]]'''<br /> Telefónica - Universidad de Murcia - Montimage - CTTC - THALES - EURESCOM<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 5 On-demand Non-Public Networks (NPNs) for industry 4.0: zero-touch provisioning practices in public-private network environments. ]]'''<br /> Telefónica - Fundaciò i2CAT - NextWorks - Interdigital - Universidad Carlos III de Madrid<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 4 Autonomous network slice management]]'''<br /> DOCOMO Communications Lab. - NTT Corp. - NTT Communications, Corp. - NTT DOCOMO, INC.<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 3 Automation of Intent-based cloud leased line service]]'''<br /> China Telecom - China Mobile - China Unicom - Huawei Technologies - AsiaInfo Technologies - Xidian University<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 2 Automated Network Slice Scaling in Multi-Site Environments]]'''<br /> Telefonica - Telenor - Universidad Carlos III (UC3M) - University of Patras (UoP) - Openslice<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 1 ServoCloud: efficient lifecycle and element management automation at scale]]'''<br /> EnterpriseWeb - Deutsche Telekom - Sprint - Amazon Web Services - Amdocs - EXFO - InfoSim - Fortinet - Metaswitch<br /> '''Completed'''</div>

Burckarda https://zsmwiki.etsi.org/index.php?title=File:ZSM(25)000265_ZSM_PoC_16_Final_Report.pdf&diff=321 2025-12-11T14:08:45Z

<p>Burckarda: </p> <hr /> <div></div>

Burckarda https://zsmwiki.etsi.org/index.php?title=PoC_16_Automation_platform_across_multi-site_and_multi-stakeholder_environments&diff=320 2025-12-11T14:07:45Z

<p>Burckarda: </p> <hr /> <div>== PoC Team ==<br /> * UoP<br /> * Telefónica<br /> * CTTC<br /> * WINGS<br /> * UBITECH<br /> * p-NET<br /> * UPM<br /> * NOVA<br /> * LMI<br /> * K3Y<br /> <br /> == Main Contact ==<br /> * Kostis Trantzas (ktrantzas''_at_''ece.upatras.gr )<br /> <br /> == Abstract ==<br /> This PoC assumes that an open orchestration platform already manages a certain domain in the city of Athens. Upon request, the PoC begins with the demonstration of (i) the expansion of the orchestration platform towards a new private domain in a zero-trust fashion and with high-degree of automation, (ii) the automated provisioning of compute, network, and end user services across the new and the existing domains, and (iii) policy-based access control towards service component coupled with a proactive preservation of a multi-domain SLA in a truly zero-touch manner.<br /> <br /> == PoC Proposal ==<br /> Full PoC proposal on ETSI portal at [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2025/ZSM(25)000163_PoC_Proposal__Automation_platform_across_multi-site_and_mult.docx ZSM(25)000163]<br /> <br /> == PoC Topics ==<br /> This PoC is WORKING on: <br /> * The Automation in Multi-Stakeholder Ecosystems (Topic 2) <br /> <br /> * The Cross-domain user-driven E2E services (Topic 4)<br /> <br /> == PoC Demo ==<br /> At ZSM#32 meeting in Sophia-Antipolis, September 2025<br /> <br /> == PoC Report(s) ==<br /> * PoC #16 Final report was provided in December 2025 - [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2025/ZSM(25)000265_ZSM_PoC_16_Final_Report.pdf ZSM(25)000265] on ETSI portal - [[media:ZSM(25)000265_ZSM_PoC_16_Final_Report.pdf |Download pdf]]<br /> '''PoC Successfully Completed'''</div>

Burckarda https://zsmwiki.etsi.org/index.php?title=Ongoing_PoCs&diff=314 2025-12-03T14:53:45Z

<p>Burckarda: </p> <hr /> <div>==List of ZSM PoCs==<br /> This page provides the list of on-going ISG ZSM PoCs. Click on them to learn further details.<br /> <br /> ''The following ZSM Proofs of Concept are developed according to the ETSI ISG [https://www.etsi.org/deliver/etsi_gs/ZSM/001_099/006/01.02.01_60/gs_zsm006v010201p.pdf ZSM Proof of Concept Framework]. ZSM Proofs of Concept are intended to demonstrate ZSM as a viable technology. Results are fed back to the Industry Specification Group on Zero tough network and Service Management.''<br /> <br /> ''Neither ETSI, the ISG ZSM, nor their members make any endorsement of any product or implementation claiming to demonstrate or conform to ZSM. No verification or test has been performed by ETSI on any part of these ZSM Proofs of Concept.''<br /> <br /> '''[[PoC 17 Agent-based Cross Domain Fault Management]]'''<br /> China Mobile - Huawei Technologies - China Academy of Information and Communications Technology (CAICT)<br /> '''new'''<br /> <br /> '''[[PoC 16 Automation platform across multi-site and multi-stakeholder environments]]'''<br /> UoP - Telefónica - CTTC - UBITECH - p-NET - NOVA - K3Y - WINGS - LMI<br /> '''new'''<br /> <br /> '''[[PoC 15 Trustworthy Zero-touch Network and Service Management in 6G Networks with NDT support]]'''<br /> Telefónica - CNIT - UPC - TUBS - NKUA<br /> '''new'''<br /> <br /> '''[[PoC 14 Intent-based trust management and orchestration in network services]]'''<br /> Telefonica - Universidad Complutense de Madrid - National Centre For Scientific Research Demokritos (NCSRD) - Space Hellas - Ubitech<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 13 Intent-based RAN resource management]]'''<br /> DOCOMO Communications Lab - NTT Comware Corp - NTT Communications Corp - NTT DOCOMO INC.<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 12 Trustworthy Zero-touch Network and Service Management in 6G Networks with XAI and LLMs. ]]'''<br /> EURECOM - ISI - IQU - OTE - ORO<br /> '''new'''<br /> <br /> '''[[PoC 11 Intent-driven Energy Saving integrated with NDT. ]]'''<br /> Deutsche Telecom - Huawei Technologies - China Telecom - Xidian University<br /> '''new'''<br /> <br /> '''[[PoC 10 Building Cloud AR/VR Service on CAMARA by Using ZSM Framework (Phase Two). ]]'''<br /> Telefonica - Huawei Technologies - Centre Tecnològic de Telecomunicacions de Catalunya (CTTC)<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 9 Intent-driven Energy Saving. ]]'''<br /> Huawei Technologies - China Telecom - Deutsche Telecom - Xidian University<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 8 Building Cloud AR/VR Service on CAMARA by Using ZSM Framework. ]]'''<br /> Telefonica - Huawei Technologies - Centre Tecnològic de Telecomunicacions de Catalunya (CTTC)<br /> '''ongoing'''<br /> <br /> '''[[PoC 7 Zero-touch closed-control security management of attacks detection and mitigation. ]]'''<br /> CCTC - EURECOM - NEC - OTE<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 6 Security SLA assurance in 5G network slices. ]]'''<br /> Telefónica - Universidad de Murcia - Montimage - CTTC - THALES - EURESCOM<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 5 On-demand Non-Public Networks (NPNs) for industry 4.0: zero-touch provisioning practices in public-private network environments. ]]'''<br /> Telefónica - Fundaciò i2CAT - NextWorks - Interdigital - Universidad Carlos III de Madrid<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 4 Autonomous network slice management]]'''<br /> DOCOMO Communications Lab. - NTT Corp. - NTT Communications, Corp. - NTT DOCOMO, INC.<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 3 Automation of Intent-based cloud leased line service]]'''<br /> China Telecom - China Mobile - China Unicom - Huawei Technologies - AsiaInfo Technologies - Xidian University<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 2 Automated Network Slice Scaling in Multi-Site Environments]]'''<br /> Telefonica - Telenor - Universidad Carlos III (UC3M) - University of Patras (UoP) - Openslice<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 1 ServoCloud: efficient lifecycle and element management automation at scale]]'''<br /> EnterpriseWeb - Deutsche Telekom - Sprint - Amazon Web Services - Amdocs - EXFO - InfoSim - Fortinet - Metaswitch<br /> '''Completed'''</div>

Burckarda https://zsmwiki.etsi.org/index.php?title=File:ZSM(25)000228_ZSM_PoC_14_Trust_management_and_orchestration_Final_Report.pdf&diff=313 2025-12-03T14:50:10Z

<p>Burckarda: </p> <hr /> <div></div>

Burckarda https://zsmwiki.etsi.org/index.php?title=PoC_14_Intent-based_trust_management_and_orchestration_in_network_services&diff=312 2025-12-03T14:49:50Z

<p>Burckarda: </p> <hr /> <div>== PoC Team ==<br /> * Telefonica<br /> * Universidad Complutense de Madrid<br /> * National Centre For Scientific Research Demokritos <br /> * Space Hellas<br /> * Ubitech<br /> <br /> == Main Contact ==<br /> * Antonio Pastor (antonio.pastorperales''_at_''telefonica.com)<br /> == Abstract ==<br /> This PoC introduces a framework that leverages intent-based networking (IBN) principles to enhance trust in next-generation network services. The proposed solution focuses on provisioning service slices with a guaranteed minimum Level of Trust (LoT) while employing ZSM closed-loop automation to adapt dynamically to potential trust degradation scenarios in different domains.<br /> <br /> == PoC Proposal ==<br /> Full PoC proposal on ETSI portal as<br /> <br /> [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2025/ZSM(25)000053_ZSM_PoC_Proposal_IBN_Trust_Management.doc ZSM(25)000053]<br /> <br /> == PoC Topics ==<br /> This PoC is WORKING on: <br /> * Topic 3 - [[Topic 3 - Intent-driven Closed-Loop automation|Intent-driven Closed-Loop automation]]<br /> <br /> == PoC Demo ==<br /> * Candidate places: NetSoft 2025, EuCNC 2025.<br /> <br /> == PoC Report(s) ==<br /> * PoC #14 Final report was presented at the ZSM#33 meeting (25 November 2025) - [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2025/ZSM(25)000228_ZSM_PoC_14_Trust_management_and_orchestration_Final_Report.doc ZSM(25)000228] on ETSI portal - [[media:ZSM(25)000228_ZSM_PoC_14_Trust_management_and_orchestration_Final_Report.pdf |Download pdf]]<br /> '''PoC Successfully Completed'''</div>

Burckarda https://zsmwiki.etsi.org/index.php?title=File:ZSM(25)000231_Final_report_for_ZSM_PoC_10_NaaS_PoC_phase_two.pdf&diff=311 2025-12-03T14:39:36Z

<p>Burckarda: </p> <hr /> <div></div>

Burckarda https://zsmwiki.etsi.org/index.php?title=PoC_10_Building_Cloud_AR/VR_Service_on_CAMARA_by_Using_ZSM_Framework_(Phase_Two).&diff=310 2025-12-03T14:38:15Z

<p>Burckarda: </p> <hr /> <div>== PoC Team ==<br /> * Telefonica<br /> * Huawei Technologies<br /> * Centre Tecnològic de Telecomunicacions de Catalunya (CTTC)<br /> <br /> == Main Contact ==<br /> * Henry YU (henry.yu1''_at_''huawei.com)<br /> <br /> == Abstract ==<br /> This PoC is the second phase of the collaborative project on using ZSM framework to build a CAMARA NaaS platform. The first phase of this project has been carried out by ZSM PoC #8, where the architectural framework and basic functionality of a NaaS platform have been implemented, and where a cloud-based AR/VR service, offered via CAMARA APIs, has also been demonstrated. For phase two, we propose developing advanced NaaS QoD features for app-flows, including app-flow service classification and differentiation, service status monitoring, and closed-loop operations for service assurance.<br /> <br /> == PoC Proposal ==<br /> Full PoC proposal on ETSI portal as<br /> [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2024/ZSM(24)000146_ZSM_PoC_Proposal____Building_Cloud_AR_VR_Service_on_CAMARA_b.docx] - [[media:ZSM POC 10.pdf|Download pdf]]<br /> <br /> == PoC Topics ==<br /> This PoC is WORKING on: <br /> * Topic 4 - [[Topic 4 - Cross-domain user-driven E2E services|Cross-domain user-driven E2E services]]<br /> <br /> == PoC Demo ==<br /> * Feb 2025, Public demonstration of app-flow service classification and differentiation at Mobile World Congress (Barcelona, Feb 2025)<br /> * Feb 2026, Public demonstration of app-flow service status monitoring, and closed-loop operations for service assurance at Mobile World Congress (Barcelona, Feb 2026)<br /> <br /> == Other links ==<br /> Information about CAMARA, OSM, TFS, and IETF Kafka-YANG is available at the following links respectively:<br /> * https://camaraproject.org/<br /> * https://osm.etsi.org/<br /> * https://tfs.etsi.org/ <br /> * https://github.com/network-analytics/draft-daisy-kafka-yang-integration/blob/main/draft-daisy-kafka-yang-integration-04.md<br /> <br /> == PoC Report(s) ==<br /> * PoC #10 Final report was presented at the ZSM#33 meeting (25 November 2025) - [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2025/ZSM(25)000231_Final_report_for_ZSM_PoC_10__NaaS_PoC_phase_two.pdf ZSM(25)000231] on ETSI portal - [[media:ZSM(25)000231_Final_report_for_ZSM_PoC_10__NaaS_PoC_phase_two.pdf |Download pdf]]<br /> '''PoC Successfully Completed'''</div>

Burckarda https://zsmwiki.etsi.org/index.php?title=PoC_17_Agent-based_Cross_Domain_Fault_Management&diff=309 2025-09-24T07:14:13Z

<p>Burckarda: Created page with &quot;== PoC Team == * China Mobile * Huawei Technologies * China Academy of Information and Communications Technology (CAICT) == Main Contact == * Miss yuan XIE (yuan.xie&#039;&#039;_at_&#039;&#039;huawei.com) == Contributors == * Xin CHEN (chenxin&#039;&#039;_at_&#039;&#039;gd.chinamobile.com) * Xiaofeng Zhang (zhangxiaofeng&#039;&#039;_at_&#039;&#039;gd.chinamobile.com) * Xudong Liu (liuxudong2&#039;&#039;_at_&#039;&#039;gd.chinamobile.com) * Junfeng Ma (majunfeng&#039;&#039;_at_&#039;&#039;caict.ac.cn) * Zhiruo Liu (liuzhiruo&#039;&#039;_at_&#039;&#039;caict.ac.cn) * Xiaohan Feng (fengxiao...&quot;</p> <hr /> <div>== PoC Team ==<br /> * China Mobile<br /> * Huawei Technologies<br /> * China Academy of Information and Communications Technology (CAICT)<br /> <br /> == Main Contact ==<br /> * Miss yuan XIE (yuan.xie''_at_''huawei.com)<br /> == Contributors ==<br /> * Xin CHEN (chenxin''_at_''gd.chinamobile.com)<br /> * Xiaofeng Zhang (zhangxiaofeng''_at_''gd.chinamobile.com)<br /> * Xudong Liu (liuxudong2''_at_''gd.chinamobile.com)<br /> * Junfeng Ma (majunfeng''_at_''caict.ac.cn)<br /> * Zhiruo Liu (liuzhiruo''_at_''caict.ac.cn)<br /> * Xiaohan Feng (fengxiaohan''_at_''huawei.com)<br /> * Fei Guo (Guofei''_at_''huawei.com)<br /> <br /> == Abstract ==<br /> This PoC Project will demonstrate the fault management including fault detection, analysis, resolution through multi-agent collaboration, the whole process of fault management not only within single-domain but also cross-domain . The PoC aims to demonstrate:<br /> 1) How multiple agents collaborate within the ZSM framework, which supports agent capability registration and discovery, agent team formation, task assignment and collaboration.<br /> 2) Summarizing a human-readable fault resolution report, including the root cause, repair recommendations, and resolution status.<br /> 3) Trustworthiness focus - Visualization of the whole process including collaboration of multiple agents.<br /> <br /> The implementation of the solution of this PoC complies with the ZSM standards. The design architecture of the use case follows GS ZSM 002 (ZSM Framework), and uses the multi-agent systems in GR ZSM 020 (Study on the Utilization of Agents in Autonomous Networks).<br /> <br /> == PoC Proposal ==<br /> Full PoC proposal on ETSI portal as<br /> [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2025/ZSM(25)000178_PoC_Proposal__Agent-based_Cross_Domain_Fault_Management.docx ZSM(25)000178] - [[media:ZSM POC 17.pdf|Download pdf]]<br /> <br /> == PoC Topics ==<br /> This PoC is WORKING on: <br /> * Topic 3 - [[Topic 5 – Agent-based Autonomy|Agent-based Autonomy]]<br /> <br /> == PoC Demo ==<br /> * Demo, Nov 2025 (ZSM#33 meeting), Demonstrate how multiple agents collaborate within the ZSM framework, which supports agent capability registration and discovery, agent team formation, task assignment and collaboration. The scenario focuses on the escalation of a fault detected in one MD, leading to the formation of a cross-domain investigation team of agents led by the E2E SMD agent to resolve the issue.<br /> <br /> == PoC Report(s) ==<br /> * PoC #17 Final report expected in December 2025</div>

Burckarda https://zsmwiki.etsi.org/index.php?title=Ongoing_PoCs&diff=308 2025-09-24T07:11:54Z

<p>Burckarda: </p> <hr /> <div>==List of ZSM PoCs==<br /> This page provides the list of on-going ISG ZSM PoCs. Click on them to learn further details.<br /> <br /> ''The following ZSM Proofs of Concept are developed according to the ETSI ISG [https://www.etsi.org/deliver/etsi_gs/ZSM/001_099/006/01.02.01_60/gs_zsm006v010201p.pdf ZSM Proof of Concept Framework]. ZSM Proofs of Concept are intended to demonstrate ZSM as a viable technology. Results are fed back to the Industry Specification Group on Zero tough network and Service Management.''<br /> <br /> ''Neither ETSI, the ISG ZSM, nor their members make any endorsement of any product or implementation claiming to demonstrate or conform to ZSM. No verification or test has been performed by ETSI on any part of these ZSM Proofs of Concept.''<br /> <br /> '''[[PoC 17 Agent-based Cross Domain Fault Management]]'''<br /> China Mobile - Huawei Technologies - China Academy of Information and Communications Technology (CAICT)<br /> '''new'''<br /> <br /> '''[[PoC 16 Automation platform across multi-site and multi-stakeholder environments]]'''<br /> UoP - Telefónica - CTTC - UBITECH - p-NET - NOVA - K3Y - WINGS - LMI<br /> '''new'''<br /> <br /> '''[[PoC 15 Trustworthy Zero-touch Network and Service Management in 6G Networks with NDT support]]'''<br /> Telefónica - CNIT - UPC - TUBS - NKUA<br /> '''new'''<br /> <br /> '''[[PoC 14 Intent-based trust management and orchestration in network services]]'''<br /> Telefonica - Universidad Complutense de Madrid - National Centre For Scientific Research Demokritos (NCSRD) - Space Hellas - Ubitech<br /> '''new'''<br /> <br /> '''[[PoC 13 Intent-based RAN resource management]]'''<br /> DOCOMO Communications Lab - NTT Comware Corp - NTT Communications Corp - NTT DOCOMO INC.<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 12 Trustworthy Zero-touch Network and Service Management in 6G Networks with XAI and LLMs. ]]'''<br /> EURECOM - ISI - IQU - OTE - ORO<br /> '''new'''<br /> <br /> '''[[PoC 11 Intent-driven Energy Saving integrated with NDT. ]]'''<br /> Deutsche Telecom - Huawei Technologies - China Telecom - Xidian University<br /> '''new'''<br /> <br /> '''[[PoC 10 Building Cloud AR/VR Service on CAMARA by Using ZSM Framework (Phase Two). ]]'''<br /> Telefonica - Huawei Technologies - Centre Tecnològic de Telecomunicacions de Catalunya (CTTC)<br /> '''new'''<br /> <br /> '''[[PoC 9 Intent-driven Energy Saving. ]]'''<br /> Huawei Technologies - China Telecom - Deutsche Telecom - Xidian University<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 8 Building Cloud AR/VR Service on CAMARA by Using ZSM Framework. ]]'''<br /> Telefonica - Huawei Technologies - Centre Tecnològic de Telecomunicacions de Catalunya (CTTC)<br /> '''ongoing'''<br /> <br /> '''[[PoC 7 Zero-touch closed-control security management of attacks detection and mitigation. ]]'''<br /> CCTC - EURECOM - NEC - OTE<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 6 Security SLA assurance in 5G network slices. ]]'''<br /> Telefónica - Universidad de Murcia - Montimage - CTTC - THALES - EURESCOM<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 5 On-demand Non-Public Networks (NPNs) for industry 4.0: zero-touch provisioning practices in public-private network environments. ]]'''<br /> Telefónica - Fundaciò i2CAT - NextWorks - Interdigital - Universidad Carlos III de Madrid<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 4 Autonomous network slice management]]'''<br /> DOCOMO Communications Lab. - NTT Corp. - NTT Communications, Corp. - NTT DOCOMO, INC.<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 3 Automation of Intent-based cloud leased line service]]'''<br /> China Telecom - China Mobile - China Unicom - Huawei Technologies - AsiaInfo Technologies - Xidian University<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 2 Automated Network Slice Scaling in Multi-Site Environments]]'''<br /> Telefonica - Telenor - Universidad Carlos III (UC3M) - University of Patras (UoP) - Openslice<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 1 ServoCloud: efficient lifecycle and element management automation at scale]]'''<br /> EnterpriseWeb - Deutsche Telekom - Sprint - Amazon Web Services - Amdocs - EXFO - InfoSim - Fortinet - Metaswitch<br /> '''Completed'''</div>

Burckarda https://zsmwiki.etsi.org/index.php?title=PoC_11_Intent-driven_Energy_Saving_integrated_with_NDT.&diff=307 2025-09-24T06:47:56Z

<p>Burckarda: </p> <hr /> <div>== PoC Team ==<br /> * Deutsche Telekom<br /> * Huawei Technologies<br /> * China Telecom<br /> * Xidian University<br /> <br /> == Main Contact ==<br /> * Miss yuan XIE (yuan.xie''_at_''huawei.com)<br /> == Abstract ==<br /> This PoC Project will describe the enhanced intent-driven approach for radio network Energy Saving in the radio network domain by utilizing NDT. The PoC aims to demonstrate:<br /> <br /> 1) How to express different RAN UE throughput targets for different Frequencies or RATs in the specified area in the same intent, and receive the fulfilment results for different RAN UE throughput targets for different frequencies or RATs.<br /> <br /> 2) How an NOP uses an intent-driven approach connected with NDT capabilities to enable MnS consumer to provide the best values for intent targets and contexts based on a specific intent during intent investigation or pre-evaluation phases (i.e. before the MnS consumer expresses the intent to be fulfilled) to find out the MnS producer's capabilities. <br /> <br /> (Note: NOP - Network Operator; NEP - Network Equipment Provider)<br /> The implementation of the solution of this PoC complies with the 3GPP and ZSM specifications. The design architecture of the use case follows ZSM 002 (ZSM framework), and uses the intent-driven management service (including intent management operations and intent information model) defined in 3GPP TS 28.312 and 3GPP TR 28.914.<br /> <br /> == PoC Proposal ==<br /> Full PoC proposal on ETSI portal as<br /> [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2024/ZSM(24)000149_ZSM_PoC_Proposal_Intent-driven_Energy_Saving_integrated_with.docx ZSM(24)000149] - [[media:ZSM POC 11.pdf|Download pdf]]<br /> <br /> == PoC Topics ==<br /> This PoC is WORKING on: <br /> * Topic 3 - [[Topic 3 - Intent-driven Closed-Loop automation|Intent-driven Closed-Loop automation]]<br /> <br /> == PoC Demo ==<br /> * Demo 1, Nov 2024 (ZSM#29 meeting), Demonstrate enhanced standardized intent-driven interface for different Frequencies or RATs in the specified area in the same intent. - [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2024/ZSM(24)000205_ZSM_PoC_Intent-driven_Energy_Saving_integrated_with_NDT_Demo.pptx ZSM(24)000205] on ETSI portal - [[media:ZSM_POC_11_Interim_Report.pdf |Download pdf]]<br /> * Demo 2, Sep 2025 (ZSM#32 meeting), Demonstrate intent can negotiate the best combination of parameters during investigation or pre-evaluation phases. - [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2025/ZSM(25)000170_ZSM_PoC_11_Intent-Driven_Energy-Saving_integrated_with_NDT_p.pptx ZSM(25)000170] on ETSI portal<br /> <br /> == PoC Report(s) ==<br /> * PoC #11 Final report was presented at the ZSM#32 meeting (8th September 2025) - [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2025/ZSM(25)000171_ZSM_PoC_11_Intent-Driven_Energy-Saving_integrated_with_NDT_F.docx ZSM(25)000171] on ETSI portal</div>

Burckarda https://zsmwiki.etsi.org/index.php?title=Topic_5_-_Agent-based_Autonomy&diff=304 2025-07-28T08:23:34Z

<p>Burckarda: Created page with &quot;= Description = Agent-based operations enable self-learning and self-adapting capabilities within the ZSM framework, serving as a critical enabler for the shift from automation to autonomous, zero-touch networks. By leveraging agents, networks can dynamically optimize performance, mitigate disruptions, and achieve human-independent decision-making—delivering on the promise of true zero-touch management. = Status = &lt;span style=&quot;color:green;&quot;&gt;&#039;&#039;&#039;ACTIVE&#039;&#039;&#039;&lt;/span&gt; (Appro...&quot;</p> <hr /> <div>= Description =<br /> Agent-based operations enable self-learning and self-adapting capabilities within the ZSM framework, serving as a critical enabler for the shift from automation to autonomous, zero-touch networks. By leveraging agents, networks can dynamically optimize performance, mitigate disruptions, and achieve human-independent decision-making—delivering on the promise of true zero-touch management.<br /> <br /> = Status = <br /> &lt;span style=&quot;color:green;&quot;&gt;'''ACTIVE'''&lt;/span&gt; (Approved at ZSM#31a, July 2025)<br /> <br /> = Points to prove/refute =<br /> What aspects of automation were used to support the PoC, which means were used, and how did it enrich the PoC?<br /> <br /> = Criteria of success =<br /> Document how the scenarios, management solutions or management interfaces have been implemented. <br /> <br /> = Technical information to be provided by the PoC Team =<br /> • Scenario, management solution or management interface description <br /> <br /> • High-level PoC architecture <br /> <br /> • Specifics on the issues faced <br /> <br /> • Specifics on the solutions provided <br /> <br /> • Specifics on the lessons learnt<br /> <br /> = Template for the PoC Feedback Contribution =<br /> No specific template. POC Teams are expected to submit a Technical Report covering the points mentioned above. <br /> <br /> = Concerned WIs =<br /> * [https://portal.etsi.org/webapp/WorkProgram/Report_WorkItem.asp?WKI_ID=54295 ZSM-002] “Reference Architecture”<br /> <br /> * [https://portal.etsi.org/webapp/WorkProgram/Report_WorkItem.asp?WKI_ID=73740 ZSM-020] “Study on the Utilization of Agents in Autonomous Networks”<br /> <br /> * [https://portal.etsi.org/webapp/WorkProgram/Report_WorkItem.asp?WKI_ID=73738 ZSM-021] “Study of ZSM Framework from Automation to Autonomy”</div>

Burckarda https://zsmwiki.etsi.org/index.php?title=PoC_Topics&diff=303 2025-07-28T08:22:41Z

<p>Burckarda: </p> <hr /> <div>=== Rationale ===<br /> ZSM PoC Topics are specific areas, often linked to a Work Item, where input or feedback from the ZSM Proofs of Concept is needed. ZSM PoC Topics help to focus PoC Projects on the most relevant topics for the ISG ZSM, and to increase the relevance of their contributions.<br /> <br /> ZSM PoC Topics are identified and documented by ISG ZSM. ZSM PoC Topics may include templates for the PoC Contributions and deadlines to ensure that the PoC Contributions arrive on-time to be taken into account by the targeted WIs.<br /> <br /> ===ZSM PoC Topics ===<br /> * Topic 1 - [[Topic1 - Demonstration of ZSM Scenarios | Demonstration of ZSM Scenarios]] (&lt;span style=&quot;color:red;&quot;&gt;OBSOLETE &lt;/span&gt;) <br /> * Topic 2 - [[Topic2 - Automation in Multi-Stakeholder Ecosystems|Automation in Multi-Stakeholder Ecosystems]] (&lt;span style=&quot;color:green;&quot;&gt;'''ACTIVE'''&lt;/span&gt;)<br /> * Topic 3 - [[Topic 3 - Intent-driven Closed-Loop automation|Intent-driven Closed-Loop automation]] (&lt;span style=&quot;color:green;&quot;&gt;'''ACTIVE'''&lt;/span&gt;)<br /> * Topic 4 - [[Topic 4 - Cross-domain user-driven E2E services|Cross-domain user-driven E2E services]] (&lt;span style=&quot;color:green;&quot;&gt;'''ACTIVE'''&lt;/span&gt;)<br /> * Topic 5 - [[Topic 5 - Agent-based Autonomy|Agent-based Autonomy]] (&lt;span style=&quot;color:green;&quot;&gt;'''ACTIVE'''&lt;/span&gt;)<br /> <br /> ===Addressing a PoC Topic in a PoC Project ===<br /> PoC Teams specify the targeted PoC Topic(s) in their PoC Proposal, and commit to provide the expected input or feedback in the requested format (template, if applicable) in a timely manner.<br /> <br /> ===Feeding back the results ===<br /> As soon as experimental results relevant for a given ZSM PoC Topic are available (no need to wait for the PoC Project to be completed), the PoC Team creates a contribution and informs the ISG ZSM by email (if the PoC Topic had a specific template for feedback contributions, this should be used). PoC Teams are also encouraged to contribute additional results and lessons learned during the PoC Project to the ISG ZSM.</div>

Burckarda https://zsmwiki.etsi.org/index.php?title=File:ZSM(25)000043_ZSM_PoC_13_Final_Report.pdf&diff=301 2025-05-14T15:06:03Z

<p>Burckarda: </p> <hr /> <div></div>

Burckarda https://zsmwiki.etsi.org/index.php?title=PoC_13_Intent-based_RAN_resource_management&diff=300 2025-05-14T15:04:24Z

<p>Burckarda: </p> <hr /> <div>== PoC Team ==<br /> * DOCOMO Communications Lab.<br /> * NTT Comware Corp.<br /> * NTT Communications Corp.<br /> * NTT DOCOMO INC.<br /> <br /> == Main Contact ==<br /> * Choonming Chen (choonming.chen.nu''_at_''nttdocomo.com)<br /> == Abstract ==<br /> This PoC demonstrates the use case of the Intent-based RAN resource management. The scope of this PoC is to verify how the RAN MD checks the feasibility of RAN intent delivered from E2E MD based on RAN resource usage and reservation status, and sends the result of the intent feasibility check and recommendation to E2E MD.<br /> <br /> The implementation of the solution of this PoC use the 3GPP standards and ZSM standards as a reference. The design architecture of the use case follows ZSM 002 (ZSM framework) and uses the intent-driven management service (including intent management operations and intent information model) defined in 3GPP TS 28.312.<br /> <br /> == PoC Proposal ==<br /> Full PoC proposal on ETSI portal as<br /> [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2024/ZSM(24)000198r1_ZSM_PoC_Proposal_Intent-based_RAN_resource_management.docx ZSM(24)000198r1]<br /> <br /> == PoC Topics ==<br /> This PoC is WORKING on: <br /> * Topic 3 - [[Topic 3 - Intent-driven Closed-Loop automation|Intent-driven Closed-Loop automation]]<br /> <br /> == PoC Demo ==<br /> * [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2025/ZSM(25)000042r1_ZSM_PoC_13_Intent-based_RAN_resource_management_Demo_Video.zip Demo 1], Apr 2025 (ZSM#30 meeting), Demonstrate feasibility check of RAN intent and notification about the result of the intent feasibility check and recommendation.<br /> <br /> == PoC Report(s) ==<br /> * PoC #13 Final report was presented at the ZSM#30 meeting (23 April 2025) - [http://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2025/ZSM(25)000043_ZSM_PoC_13_Final_Report.docx ZSM(25)000043] on ETSI portal - [[media:ZSM(25)000043_ZSM_PoC_13_Final_Report.pdf |Download pdf]]<br /> '''PoC Successfully Completed'''</div>

Burckarda https://zsmwiki.etsi.org/index.php?title=Ongoing_PoCs&diff=299 2025-05-14T09:55:05Z

<p>Burckarda: </p> <hr /> <div>==List of ZSM PoCs==<br /> This page provides the list of on-going ISG ZSM PoCs. Click on them to learn further details.<br /> <br /> ''The following ZSM Proofs of Concept are developed according to the ETSI ISG [https://www.etsi.org/deliver/etsi_gs/ZSM/001_099/006/01.02.01_60/gs_zsm006v010201p.pdf ZSM Proof of Concept Framework]. ZSM Proofs of Concept are intended to demonstrate ZSM as a viable technology. Results are fed back to the Industry Specification Group on Zero tough network and Service Management.''<br /> <br /> ''Neither ETSI, the ISG ZSM, nor their members make any endorsement of any product or implementation claiming to demonstrate or conform to ZSM. No verification or test has been performed by ETSI on any part of these ZSM Proofs of Concept.''<br /> <br /> '''[[PoC 15 Trustworthy Zero-touch Network and Service Management in 6G Networks with NDT support]]'''<br /> Telefónica - CNIT - UPC - TUBS - NKUA<br /> '''new'''<br /> <br /> '''[[PoC 14 Intent-based trust management and orchestration in network services]]'''<br /> Telefonica - Universidad Complutense de Madrid - National Centre For Scientific Research Demokritos (NCSRD) - Space Hellas - Ubitech<br /> '''new'''<br /> <br /> '''[[PoC 13 Intent-based RAN resource management]]'''<br /> DOCOMO Communications Lab - NTT Comware Corp - NTT Communications Corp - NTT DOCOMO INC.<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 12 Trustworthy Zero-touch Network and Service Management in 6G Networks with XAI and LLMs. ]]'''<br /> EURECOM - ISI - IQU - OTE - ORO<br /> '''new'''<br /> <br /> '''[[PoC 11 Intent-driven Energy Saving integrated with NDT. ]]'''<br /> Deutsche Telecom - Huawei Technologies - China Telecom - Xidian University<br /> '''new'''<br /> <br /> '''[[PoC 10 Building Cloud AR/VR Service on CAMARA by Using ZSM Framework (Phase Two). ]]'''<br /> Telefonica - Huawei Technologies - Centre Tecnològic de Telecomunicacions de Catalunya (CTTC)<br /> '''new'''<br /> <br /> '''[[PoC 9 Intent-driven Energy Saving. ]]'''<br /> Huawei Technologies - China Telecom - Deutsche Telecom - Xidian University<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 8 Building Cloud AR/VR Service on CAMARA by Using ZSM Framework. ]]'''<br /> Telefonica - Huawei Technologies - Centre Tecnològic de Telecomunicacions de Catalunya (CTTC)<br /> '''ongoing'''<br /> <br /> '''[[PoC 7 Zero-touch closed-control security management of attacks detection and mitigation. ]]'''<br /> CCTC - EURECOM - NEC - OTE<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 6 Security SLA assurance in 5G network slices. ]]'''<br /> Telefónica - Universidad de Murcia - Montimage - CTTC - THALES - EURESCOM<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 5 On-demand Non-Public Networks (NPNs) for industry 4.0: zero-touch provisioning practices in public-private network environments. ]]'''<br /> Telefónica - Fundaciò i2CAT - NextWorks - Interdigital - Universidad Carlos III de Madrid<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 4 Autonomous network slice management]]'''<br /> DOCOMO Communications Lab. - NTT Corp. - NTT Communications, Corp. - NTT DOCOMO, INC.<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 3 Automation of Intent-based cloud leased line service]]'''<br /> China Telecom - China Mobile - China Unicom - Huawei Technologies - AsiaInfo Technologies - Xidian University<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 2 Automated Network Slice Scaling in Multi-Site Environments]]'''<br /> Telefonica - Telenor - Universidad Carlos III (UC3M) - University of Patras (UoP) - Openslice<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 1 ServoCloud: efficient lifecycle and element management automation at scale]]'''<br /> EnterpriseWeb - Deutsche Telekom - Sprint - Amazon Web Services - Amdocs - EXFO - InfoSim - Fortinet - Metaswitch<br /> '''Completed'''</div>

Burckarda https://zsmwiki.etsi.org/index.php?title=PoC_13_Intent-based_RAN_resource_management&diff=298 2025-05-14T09:50:40Z

<p>Burckarda: </p> <hr /> <div>== PoC Team ==<br /> * DOCOMO Communications Lab.<br /> * NTT Comware Corp.<br /> * NTT Communications Corp.<br /> * NTT DOCOMO INC.<br /> <br /> == Main Contact ==<br /> * Choonming Chen (choonming.chen.nu''_at_''nttdocomo.com)<br /> == Abstract ==<br /> This PoC demonstrates the use case of the Intent-based RAN resource management. The scope of this PoC is to verify how the RAN MD checks the feasibility of RAN intent delivered from E2E MD based on RAN resource usage and reservation status, and sends the result of the intent feasibility check and recommendation to E2E MD.<br /> <br /> The implementation of the solution of this PoC use the 3GPP standards and ZSM standards as a reference. The design architecture of the use case follows ZSM 002 (ZSM framework) and uses the intent-driven management service (including intent management operations and intent information model) defined in 3GPP TS 28.312.<br /> <br /> == PoC Proposal ==<br /> Full PoC proposal on ETSI portal as<br /> [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2024/ZSM(24)000198r1_ZSM_PoC_Proposal_Intent-based_RAN_resource_management.docx ZSM(24)000198r1]<br /> <br /> == PoC Topics ==<br /> This PoC is WORKING on: <br /> * Topic 3 - [[Topic 3 - Intent-driven Closed-Loop automation|Intent-driven Closed-Loop automation]]<br /> <br /> == PoC Demo ==<br /> * [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2025/ZSM(25)000042r1_ZSM_PoC_13_Intent-based_RAN_resource_management_Demo_Video.zip Demo 1], Apr 2025 (ZSM#30 meeting), Demonstrate feasibility check of RAN intent and notification about the result of the intent feasibility check and recommendation.<br /> <br /> == PoC Report(s) ==<br /> * PoC #13 Final report was presented at the ZSM#30 meeting (23 April 2025) - [http://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2025/ZSM(25)000043_ZSM_PoC_13_Final_Report.docx ZSM(25)000043] on ETSI portal - [[media: ZSM(25)000043_ZSM_PoC_13_Final_Report.docx |Download pdf]]<br /> '''PoC Successfully Completed'''</div>

Burckarda https://zsmwiki.etsi.org/index.php?title=PoC_14_Intent-based_trust_management_and_orchestration_in_network_services&diff=297 2025-04-29T07:34:18Z

<p>Burckarda: Created page with &quot;== PoC Team == * Telefonica * Universidad Complutense de Madrid * National Centre For Scientific Research Demokritos * Space Hellas * Ubitech == Main Contact == * Antonio Pastor (antonio.pastorperales&#039;&#039;_at_&#039;&#039;telefonica.com) == Abstract == This PoC introduces a framework that leverages intent-based networking (IBN) principles to enhance trust in next-generation network services. The proposed solution focuses on provisioning service slices with a guaranteed minimum Level...&quot;</p> <hr /> <div>== PoC Team ==<br /> * Telefonica<br /> * Universidad Complutense de Madrid<br /> * National Centre For Scientific Research Demokritos <br /> * Space Hellas<br /> * Ubitech<br /> <br /> == Main Contact ==<br /> * Antonio Pastor (antonio.pastorperales''_at_''telefonica.com)<br /> == Abstract ==<br /> This PoC introduces a framework that leverages intent-based networking (IBN) principles to enhance trust in next-generation network services. The proposed solution focuses on provisioning service slices with a guaranteed minimum Level of Trust (LoT) while employing ZSM closed-loop automation to adapt dynamically to potential trust degradation scenarios in different domains.<br /> <br /> == PoC Proposal ==<br /> Full PoC proposal on ETSI portal as<br /> <br /> [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2025/ZSM(25)000053_ZSM_PoC_Proposal_IBN_Trust_Management.doc ZSM(25)000053]<br /> <br /> == PoC Topics ==<br /> This PoC is WORKING on: <br /> * Topic 3 - [[Topic 3 - Intent-driven Closed-Loop automation|Intent-driven Closed-Loop automation]]<br /> <br /> == PoC Demo ==<br /> * Candidate places: NetSoft 2025, EuCNC 2025.<br /> <br /> == PoC Report(s) ==<br /> * Final report expected in End of 2025</div>

Burckarda https://zsmwiki.etsi.org/index.php?title=Ongoing_PoCs&diff=296 2025-04-29T07:24:20Z

<p>Burckarda: </p> <hr /> <div>==List of ZSM PoCs==<br /> This page provides the list of on-going ISG ZSM PoCs. Click on them to learn further details.<br /> <br /> ''The following ZSM Proofs of Concept are developed according to the ETSI ISG [https://www.etsi.org/deliver/etsi_gs/ZSM/001_099/006/01.02.01_60/gs_zsm006v010201p.pdf ZSM Proof of Concept Framework]. ZSM Proofs of Concept are intended to demonstrate ZSM as a viable technology. Results are fed back to the Industry Specification Group on Zero tough network and Service Management.''<br /> <br /> ''Neither ETSI, the ISG ZSM, nor their members make any endorsement of any product or implementation claiming to demonstrate or conform to ZSM. No verification or test has been performed by ETSI on any part of these ZSM Proofs of Concept.''<br /> <br /> '''[[PoC 15 Trustworthy Zero-touch Network and Service Management in 6G Networks with NDT support]]'''<br /> Telefónica - CNIT - UPC - TUBS - NKUA<br /> '''new'''<br /> <br /> '''[[PoC 14 Intent-based trust management and orchestration in network services]]'''<br /> Telefonica - Universidad Complutense de Madrid - National Centre For Scientific Research Demokritos (NCSRD) - Space Hellas - Ubitech<br /> '''new'''<br /> <br /> '''[[PoC 13 Intent-based RAN resource management]]'''<br /> DOCOMO Communications Lab - NTT Comware Corp - NTT Communications Corp - NTT DOCOMO INC.<br /> '''new'''<br /> <br /> '''[[PoC 12 Trustworthy Zero-touch Network and Service Management in 6G Networks with XAI and LLMs. ]]'''<br /> EURECOM - ISI - IQU - OTE - ORO<br /> '''new'''<br /> <br /> '''[[PoC 11 Intent-driven Energy Saving integrated with NDT. ]]'''<br /> Deutsche Telecom - Huawei Technologies - China Telecom - Xidian University<br /> '''new'''<br /> <br /> '''[[PoC 10 Building Cloud AR/VR Service on CAMARA by Using ZSM Framework (Phase Two). ]]'''<br /> Telefonica - Huawei Technologies - Centre Tecnològic de Telecomunicacions de Catalunya (CTTC)<br /> '''new'''<br /> <br /> '''[[PoC 9 Intent-driven Energy Saving. ]]'''<br /> Huawei Technologies - China Telecom - Deutsche Telecom - Xidian University<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 8 Building Cloud AR/VR Service on CAMARA by Using ZSM Framework. ]]'''<br /> Telefonica - Huawei Technologies - Centre Tecnològic de Telecomunicacions de Catalunya (CTTC)<br /> '''ongoing'''<br /> <br /> '''[[PoC 7 Zero-touch closed-control security management of attacks detection and mitigation. ]]'''<br /> CCTC - EURECOM - NEC - OTE<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 6 Security SLA assurance in 5G network slices. ]]'''<br /> Telefónica - Universidad de Murcia - Montimage - CTTC - THALES - EURESCOM<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 5 On-demand Non-Public Networks (NPNs) for industry 4.0: zero-touch provisioning practices in public-private network environments. ]]'''<br /> Telefónica - Fundaciò i2CAT - NextWorks - Interdigital - Universidad Carlos III de Madrid<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 4 Autonomous network slice management]]'''<br /> DOCOMO Communications Lab. - NTT Corp. - NTT Communications, Corp. - NTT DOCOMO, INC.<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 3 Automation of Intent-based cloud leased line service]]'''<br /> China Telecom - China Mobile - China Unicom - Huawei Technologies - AsiaInfo Technologies - Xidian University<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 2 Automated Network Slice Scaling in Multi-Site Environments]]'''<br /> Telefonica - Telenor - Universidad Carlos III (UC3M) - University of Patras (UoP) - Openslice<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 1 ServoCloud: efficient lifecycle and element management automation at scale]]'''<br /> EnterpriseWeb - Deutsche Telekom - Sprint - Amazon Web Services - Amdocs - EXFO - InfoSim - Fortinet - Metaswitch<br /> '''Completed'''</div>

Burckarda https://zsmwiki.etsi.org/index.php?title=PoC_9_Intent-driven_Energy_Saving.&diff=295 2025-04-23T09:39:18Z

<p>Burckarda: </p> <hr /> <div>== PoC Team ==<br /> * Huawei Technologies<br /> * China Telecom<br /> * Deutsche Telekom<br /> * Xidian University<br /> <br /> == Main Contact ==<br /> * Miss yuan XIE (yuan.xie''_at_''huawei.com)<br /> == Abstract ==<br /> This PoC Project describes the use of an intent-driven approach for Energy Saving in the radio network domain. The PoC aims to demonstrate:<br /> <br /> 1) How an intent-driven approach used by a NOP (as MnS consumer/intent owner) to express the RAN energy saving expectation (including energy efficiency targets and user experience targets) to a NEP (as MnS producer/intent handler/intent management entity).<br /> <br /> 2) How the NOP monitors the RAN energy saving effects, by obtaining a detailed intent report (e.g. regarding energy consumption) from NEP.<br /> <br /> (Note: NOP - Network Operator; NEP - Network Equipment Provider)<br /> The implementation of the solution of this PoC complies with the 3GPP and the ZSM specifications. The design architecture of the use case follows ZSM 002 (ZSM framework), and uses the intent-driven management service (including intent management operations and intent information model) defined in 3GPP TS 28.312.<br /> <br /> == PoC Proposal ==<br /> Full PoC proposal on ETSI portal as<br /> [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2023/ZSM(23)000229r2_ZSM_PoC_Proposal__Intent-driven_Energy_Saving.docx ZSM(23)000229r2] - [[media:ZSM POC 9.pdf|Download pdf]]<br /> <br /> == PoC Topics ==<br /> This PoC is WORKING on: <br /> * Topic 3 - [[Topic 3 - Intent-driven Closed-Loop automation|Intent-driven Closed-Loop automation]]<br /> <br /> == PoC Demo ==<br /> * Demo 1, Mar 2024 (ZSM#26 meeting), Demonstrate standardized intent-driven interface.<br /> [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2024/ZSM(24)000044r1_ZSM_PoC_9_Intent-driven_Energy_Saving_demo_1.pptx Demo 1]<br /> * Demo 2, May 2024 (ZSM#27 meeting), Demonstrate intent handling, and RAN energy saving action execution, with intent report returned for energy saving effect evaluation and monitor.<br /> [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2024/ZSM(24)000109r1__ZSM_PoC_9_Intent-Driven_Energy-Saving_demo_2.pptx Demo 2]<br /> <br /> == PoC Report(s) ==<br /> * PoC #9 Final report was presented at the ZSM#30 meeting (23 April 2025) - [http://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2025/ZSM(25)000081r1_ZSM_PoC_9_Intent-Driven_Energy-Saving_Final_Report.docx ZSM(25)000081r1] on ETSI portal - [[media:ZSM(25)000081r1_ZSM_PoC_9_Intent-Driven_Energy-Saving_Final_Report.pdf |Download pdf]]<br /> '''PoC Successfully Completed'''</div>

Burckarda https://zsmwiki.etsi.org/index.php?title=File:ZSM(25)000081r1_ZSM_PoC_9_Intent-Driven_Energy-Saving_Final_Report.pdf&diff=294 2025-04-23T09:32:38Z

<p>Burckarda: </p> <hr /> <div></div>

Burckarda https://zsmwiki.etsi.org/index.php?title=Ongoing_PoCs&diff=293 2025-04-23T09:14:52Z

<p>Burckarda: </p> <hr /> <div>==List of ZSM PoCs==<br /> This page provides the list of on-going ISG ZSM PoCs. Click on them to learn further details.<br /> <br /> ''The following ZSM Proofs of Concept are developed according to the ETSI ISG [https://www.etsi.org/deliver/etsi_gs/ZSM/001_099/006/01.02.01_60/gs_zsm006v010201p.pdf ZSM Proof of Concept Framework]. ZSM Proofs of Concept are intended to demonstrate ZSM as a viable technology. Results are fed back to the Industry Specification Group on Zero tough network and Service Management.''<br /> <br /> ''Neither ETSI, the ISG ZSM, nor their members make any endorsement of any product or implementation claiming to demonstrate or conform to ZSM. No verification or test has been performed by ETSI on any part of these ZSM Proofs of Concept.''<br /> <br /> '''[[PoC 13 Intent-based RAN resource management]]'''<br /> DOCOMO Communications Lab - NTT Comware Corp - NTT Communications Corp - NTT DOCOMO INC.<br /> '''new'''<br /> <br /> '''[[PoC 12 Trustworthy Zero-touch Network and Service Management in 6G Networks with XAI and LLMs. ]]'''<br /> EURECOM - ISI - IQU - OTE - ORO<br /> '''new'''<br /> <br /> '''[[PoC 11 Intent-driven Energy Saving integrated with NDT. ]]'''<br /> Deutsche Telecom - Huawei Technologies - China Telecom - Xidian University<br /> '''new'''<br /> <br /> '''[[PoC 10 Building Cloud AR/VR Service on CAMARA by Using ZSM Framework (Phase Two). ]]'''<br /> Telefonica - Huawei Technologies - Centre Tecnològic de Telecomunicacions de Catalunya (CTTC)<br /> '''new'''<br /> <br /> '''[[PoC 9 Intent-driven Energy Saving. ]]'''<br /> Huawei Technologies - China Telecom - Deutsche Telecom - Xidian University<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 8 Building Cloud AR/VR Service on CAMARA by Using ZSM Framework. ]]'''<br /> Telefonica - Huawei Technologies - Centre Tecnològic de Telecomunicacions de Catalunya (CTTC)<br /> '''ongoing'''<br /> <br /> '''[[PoC 7 Zero-touch closed-control security management of attacks detection and mitigation. ]]'''<br /> CCTC - EURECOM - NEC - OTE<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 6 Security SLA assurance in 5G network slices. ]]'''<br /> Telefónica - Universidad de Murcia - Montimage - CTTC - THALES - EURESCOM<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 5 On-demand Non-Public Networks (NPNs) for industry 4.0: zero-touch provisioning practices in public-private network environments. ]]'''<br /> Telefónica - Fundaciò i2CAT - NextWorks - Interdigital - Universidad Carlos III de Madrid<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 4 Autonomous network slice management]]'''<br /> DOCOMO Communications Lab. - NTT Corp. - NTT Communications, Corp. - NTT DOCOMO, INC.<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 3 Automation of Intent-based cloud leased line service]]'''<br /> China Telecom - China Mobile - China Unicom - Huawei Technologies - AsiaInfo Technologies - Xidian University<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 2 Automated Network Slice Scaling in Multi-Site Environments]]'''<br /> Telefonica - Telenor - Universidad Carlos III (UC3M) - University of Patras (UoP) - Openslice<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 1 ServoCloud: efficient lifecycle and element management automation at scale]]'''<br /> EnterpriseWeb - Deutsche Telekom - Sprint - Amazon Web Services - Amdocs - EXFO - InfoSim - Fortinet - Metaswitch<br /> '''Completed'''</div>

Burckarda https://zsmwiki.etsi.org/index.php?title=PoC_9_Intent-driven_Energy_Saving.&diff=292 2025-04-23T09:04:30Z

<p>Burckarda: </p> <hr /> <div>== PoC Team ==<br /> * Huawei Technologies<br /> * China Telecom<br /> * Deutsche Telekom<br /> * Xidian University<br /> <br /> == Main Contact ==<br /> * Miss yuan XIE (yuan.xie''_at_''huawei.com)<br /> == Abstract ==<br /> This PoC Project describes the use of an intent-driven approach for Energy Saving in the radio network domain. The PoC aims to demonstrate:<br /> <br /> 1) How an intent-driven approach used by a NOP (as MnS consumer/intent owner) to express the RAN energy saving expectation (including energy efficiency targets and user experience targets) to a NEP (as MnS producer/intent handler/intent management entity).<br /> <br /> 2) How the NOP monitors the RAN energy saving effects, by obtaining a detailed intent report (e.g. regarding energy consumption) from NEP.<br /> <br /> (Note: NOP - Network Operator; NEP - Network Equipment Provider)<br /> The implementation of the solution of this PoC complies with the 3GPP and the ZSM specifications. The design architecture of the use case follows ZSM 002 (ZSM framework), and uses the intent-driven management service (including intent management operations and intent information model) defined in 3GPP TS 28.312.<br /> <br /> == PoC Proposal ==<br /> Full PoC proposal on ETSI portal as<br /> [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2023/ZSM(23)000229r2_ZSM_PoC_Proposal__Intent-driven_Energy_Saving.docx ZSM(23)000229r2] - [[media:ZSM POC 9.pdf|Download pdf]]<br /> <br /> == PoC Topics ==<br /> This PoC is WORKING on: <br /> * Topic 3 - [[Topic 3 - Intent-driven Closed-Loop automation|Intent-driven Closed-Loop automation]]<br /> <br /> == PoC Demo ==<br /> * Demo 1, Mar 2024 (ZSM#26 meeting), Demonstrate standardized intent-driven interface.<br /> [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2024/ZSM(24)000044r1_ZSM_PoC_9_Intent-driven_Energy_Saving_demo_1.pptx Demo 1]<br /> * Demo 2, May 2024 (ZSM#27 meeting), Demonstrate intent handling, and RAN energy saving action execution, with intent report returned for energy saving effect evaluation and monitor.<br /> [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2024/ZSM(24)000109r1__ZSM_PoC_9_Intent-Driven_Energy-Saving_demo_2.pptx Demo 2]<br /> <br /> == PoC Report(s) ==<br /> * PoC #9 Final report was presented at the ZSM#30 meeting (23 April 2025) - [http://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2025/ZSM(25)000081r1_ZSM_PoC_9_Intent-Driven_Energy-Saving_Final_Report.docx ZSM(25)000081r1] on ETSI portal - [[media: ZSM(25)000081r1_ZSM_PoC_9_Intent-Driven_Energy-Saving_Final_Report.docx |Download pdf]]<br /> '''PoC Successfully Completed'''</div>

Burckarda https://zsmwiki.etsi.org/index.php?title=PoC_13_Intent-based_RAN_resource_management&diff=291 2025-02-20T08:11:52Z

<p>Burckarda: Created page with &quot;== PoC Team == * DOCOMO Communications Lab. * NTT Comware Corp. * NTT Communications Corp. * NTT DOCOMO INC. == Main Contact == * Choonming Chen (choonming.chen.nu&#039;&#039;_at_&#039;&#039;nttdocomo.com) == Abstract == This PoC demonstrates the use case of the Intent-based RAN resource management. The scope of this PoC is to verify how the RAN MD checks the feasibility of RAN intent delivered from E2E MD based on RAN resource usage and reservation status, and sends the result of the inte...&quot;</p> <hr /> <div>== PoC Team ==<br /> * DOCOMO Communications Lab.<br /> * NTT Comware Corp.<br /> * NTT Communications Corp.<br /> * NTT DOCOMO INC.<br /> <br /> == Main Contact ==<br /> * Choonming Chen (choonming.chen.nu''_at_''nttdocomo.com)<br /> == Abstract ==<br /> This PoC demonstrates the use case of the Intent-based RAN resource management. The scope of this PoC is to verify how the RAN MD checks the feasibility of RAN intent delivered from E2E MD based on RAN resource usage and reservation status, and sends the result of the intent feasibility check and recommendation to E2E MD.<br /> <br /> The implementation of the solution of this PoC use the 3GPP standards and ZSM standards as a reference. The design architecture of the use case follows ZSM 002 (ZSM framework) and uses the intent-driven management service (including intent management operations and intent information model) defined in 3GPP TS 28.312.<br /> <br /> == PoC Proposal ==<br /> Full PoC proposal on ETSI portal as<br /> [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2024/ZSM(24)000198r1_ZSM_PoC_Proposal_Intent-based_RAN_resource_management.docx ZSM(24)000198r1]<br /> <br /> == PoC Topics ==<br /> This PoC is WORKING on: <br /> * Topic 3 - [[Topic 3 - Intent-driven Closed-Loop automation|Intent-driven Closed-Loop automation]]<br /> <br /> == PoC Demo ==<br /> * Demo 1, Apr 2025 (ZSM#30 meeting), Demonstrate feasibility check of RAN intent and notification about the result of the intent feasibility check and recommendation.<br /> <br /> == PoC Report(s) ==<br /> * PoC #13 Final report expected in April 2025</div>

Burckarda https://zsmwiki.etsi.org/index.php?title=Ongoing_PoCs&diff=290 2025-02-20T08:10:49Z

<p>Burckarda: </p> <hr /> <div>==List of ZSM PoCs==<br /> This page provides the list of on-going ISG ZSM PoCs. Click on them to learn further details.<br /> <br /> ''The following ZSM Proofs of Concept are developed according to the ETSI ISG [https://www.etsi.org/deliver/etsi_gs/ZSM/001_099/006/01.02.01_60/gs_zsm006v010201p.pdf ZSM Proof of Concept Framework]. ZSM Proofs of Concept are intended to demonstrate ZSM as a viable technology. Results are fed back to the Industry Specification Group on Zero tough network and Service Management.''<br /> <br /> ''Neither ETSI, the ISG ZSM, nor their members make any endorsement of any product or implementation claiming to demonstrate or conform to ZSM. No verification or test has been performed by ETSI on any part of these ZSM Proofs of Concept.''<br /> <br /> '''[[PoC 13 Intent-based RAN resource management]]'''<br /> DOCOMO Communications Lab - NTT Comware Corp - NTT Communications Corp - NTT DOCOMO INC.<br /> '''new'''<br /> <br /> '''[[PoC 12 Trustworthy Zero-touch Network and Service Management in 6G Networks with XAI and LLMs. ]]'''<br /> EURECOM - ISI - IQU - OTE - ORO<br /> '''new'''<br /> <br /> '''[[PoC 11 Intent-driven Energy Saving integrated with NDT. ]]'''<br /> Deutsche Telecom - Huawei Technologies - China Telecom - Xidian University<br /> '''new'''<br /> <br /> '''[[PoC 10 Building Cloud AR/VR Service on CAMARA by Using ZSM Framework (Phase Two). ]]'''<br /> Telefonica - Huawei Technologies - Centre Tecnològic de Telecomunicacions de Catalunya (CTTC)<br /> '''new'''<br /> <br /> '''[[PoC 9 Intent-driven Energy Saving. ]]'''<br /> Huawei Technologies - China Telecom - Deutsche Telecom - Xidian University<br /> '''ongoing'''<br /> <br /> '''[[PoC 8 Building Cloud AR/VR Service on CAMARA by Using ZSM Framework. ]]'''<br /> Telefonica - Huawei Technologies - Centre Tecnològic de Telecomunicacions de Catalunya (CTTC)<br /> '''ongoing'''<br /> <br /> '''[[PoC 7 Zero-touch closed-control security management of attacks detection and mitigation. ]]'''<br /> CCTC - EURECOM - NEC - OTE<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 6 Security SLA assurance in 5G network slices. ]]'''<br /> Telefónica - Universidad de Murcia - Montimage - CTTC - THALES - EURESCOM<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 5 On-demand Non-Public Networks (NPNs) for industry 4.0: zero-touch provisioning practices in public-private network environments. ]]'''<br /> Telefónica - Fundaciò i2CAT - NextWorks - Interdigital - Universidad Carlos III de Madrid<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 4 Autonomous network slice management]]'''<br /> DOCOMO Communications Lab. - NTT Corp. - NTT Communications, Corp. - NTT DOCOMO, INC.<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 3 Automation of Intent-based cloud leased line service]]'''<br /> China Telecom - China Mobile - China Unicom - Huawei Technologies - AsiaInfo Technologies - Xidian University<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 2 Automated Network Slice Scaling in Multi-Site Environments]]'''<br /> Telefonica - Telenor - Universidad Carlos III (UC3M) - University of Patras (UoP) - Openslice<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 1 ServoCloud: efficient lifecycle and element management automation at scale]]'''<br /> EnterpriseWeb - Deutsche Telekom - Sprint - Amazon Web Services - Amdocs - EXFO - InfoSim - Fortinet - Metaswitch<br /> '''Completed'''</div>

Burckarda https://zsmwiki.etsi.org/index.php?title=PoC_12_Trustworthy_Zero-touch_Network_and_Service_Management_in_6G_Networks_with_XAI_and_LLMs.&diff=289 2025-01-29T15:52:12Z

<p>Burckarda: Created page with &quot;== PoC Team == * EURECOM * ISI * IQU * OTE * ORO == Main Contact == * Prof. Adlen Ksentini (adlen.ksentini&quot;_at_&quot;eurecom.fr) == Abstract == The proof-of-concept (PoC) will showcase the 6G-Intense project’s Domain Manager and Orchestrator (DMO) solution, which manages hosting services (ZSM002) through a closed-loop control mechanism (ZSM009-1). This mechanism detects and resolves anomalies while providing human-friendly explanations (intent reporting, ZSM011). The PoC f...&quot;</p> <hr /> <div>== PoC Team ==<br /> * EURECOM<br /> * ISI<br /> * IQU<br /> * OTE<br /> * ORO<br /> <br /> == Main Contact ==<br /> * Prof. Adlen Ksentini (adlen.ksentini&quot;_at_&quot;eurecom.fr)<br /> == Abstract ==<br /> The proof-of-concept (PoC) will showcase the 6G-Intense project’s Domain Manager and Orchestrator (DMO) solution, which manages hosting services (ZSM002) through a closed-loop control mechanism (ZSM009-1). This mechanism detects and resolves anomalies while providing human-friendly explanations (intent reporting, ZSM011). The PoC features a pipeline integrating Artificial Intelligence (AI) for anomaly detection, eXplainable AI (XAI) for root cause analysis, and Large Language Models (LLMs) for user-friendly anomaly explanations and resolution.<br /> <br /> The demonstration will highlight the closed-control loop implemented using 6G-Intense management services within the DMO. The key components include:<br /> * Monitoring System (MS): Interacts with a cloud-native cluster to collect real-time data on microservice applications running within the cluster.<br /> * Anomaly Detection Engines (ADEs): Utilize AI and XAI algorithms to detect anomalies in microservice applications and provide numerical feature importance analysis via XAI for root cause insights.<br /> * Analytics Engine (AE): Employs machine reasoning to analyze and resolve detected anomalies while offering human-friendly explanations through LLMs.<br /> <br /> The closed-control loop dynamically adjusts CPU and RAM resources for microservice applications deployed on a computing infrastructure managed by the DMO. This adaptive resource allocation ensures compliance with SLA latency requirements and prevents performance violations.<br /> <br /> == PoC Proposal ==<br /> Full PoC proposal on ETSI portal as [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2025//ZSM(25)000006r1_ISG_ZSM_PoC_Proposal__Trustworthy_Zero-touch_Network_and_Ser.docx ZSM(25)000006r1]<br /> == PoC Topics ==<br /> This PoC is WORKING on:<br /> * Topic 3 - [[Topic 3 - Intent-driven Closed-Loop automation|Intent-driven Closed-Loop automation]]<br /> == PoC Demo ==<br /> The demo is expected to be shown in IoT solutions World congress May 2025 or EuCNC &amp; 6G Summit May 2025<br /> == PoC Report(s) ==<br /> * PoC #12 Final report expected in May 2025</div>

Burckarda https://zsmwiki.etsi.org/index.php?title=Ongoing_PoCs&diff=288 2025-01-29T15:49:31Z

<p>Burckarda: </p> <hr /> <div>==List of ZSM PoCs==<br /> This page provides the list of on-going ISG ZSM PoCs. Click on them to learn further details.<br /> <br /> ''The following ZSM Proofs of Concept are developed according to the ETSI ISG [https://www.etsi.org/deliver/etsi_gs/ZSM/001_099/006/01.02.01_60/gs_zsm006v010201p.pdf ZSM Proof of Concept Framework]. ZSM Proofs of Concept are intended to demonstrate ZSM as a viable technology. Results are fed back to the Industry Specification Group on Zero tough network and Service Management.''<br /> <br /> ''Neither ETSI, the ISG ZSM, nor their members make any endorsement of any product or implementation claiming to demonstrate or conform to ZSM. No verification or test has been performed by ETSI on any part of these ZSM Proofs of Concept.''<br /> <br /> '''[[PoC 12 Trustworthy Zero-touch Network and Service Management in 6G Networks with XAI and LLMs. ]]'''<br /> EURECOM - ISI - IQU - OTE - ORO<br /> '''new'''<br /> <br /> '''[[PoC 11 Intent-driven Energy Saving integrated with NDT. ]]'''<br /> Deutsche Telecom - Huawei Technologies - China Telecom - Xidian University<br /> '''new'''<br /> <br /> '''[[PoC 10 Building Cloud AR/VR Service on CAMARA by Using ZSM Framework (Phase Two). ]]'''<br /> Telefonica - Huawei Technologies - Centre Tecnològic de Telecomunicacions de Catalunya (CTTC)<br /> '''new'''<br /> <br /> '''[[PoC 9 Intent-driven Energy Saving. ]]'''<br /> Huawei Technologies - China Telecom - Deutsche Telecom - Xidian University<br /> '''ongoing'''<br /> <br /> '''[[PoC 8 Building Cloud AR/VR Service on CAMARA by Using ZSM Framework. ]]'''<br /> Telefonica - Huawei Technologies - Centre Tecnològic de Telecomunicacions de Catalunya (CTTC)<br /> '''ongoing'''<br /> <br /> '''[[PoC 7 Zero-touch closed-control security management of attacks detection and mitigation. ]]'''<br /> CCTC - EURECOM - NEC - OTE<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 6 Security SLA assurance in 5G network slices. ]]'''<br /> Telefónica - Universidad de Murcia - Montimage - CTTC - THALES - EURESCOM<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 5 On-demand Non-Public Networks (NPNs) for industry 4.0: zero-touch provisioning practices in public-private network environments. ]]'''<br /> Telefónica - Fundaciò i2CAT - NextWorks - Interdigital - Universidad Carlos III de Madrid<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 4 Autonomous network slice management]]'''<br /> DOCOMO Communications Lab. - NTT Corp. - NTT Communications, Corp. - NTT DOCOMO, INC.<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 3 Automation of Intent-based cloud leased line service]]'''<br /> China Telecom - China Mobile - China Unicom - Huawei Technologies - AsiaInfo Technologies - Xidian University<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 2 Automated Network Slice Scaling in Multi-Site Environments]]'''<br /> Telefonica - Telenor - Universidad Carlos III (UC3M) - University of Patras (UoP) - Openslice<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 1 ServoCloud: efficient lifecycle and element management automation at scale]]'''<br /> EnterpriseWeb - Deutsche Telekom - Sprint - Amazon Web Services - Amdocs - EXFO - InfoSim - Fortinet - Metaswitch<br /> '''Completed'''</div>

Burckarda https://zsmwiki.etsi.org/index.php?title=PoC_10_Building_Cloud_AR/VR_Service_on_CAMARA_by_Using_ZSM_Framework_(Phase_Two).&diff=287 2024-11-20T08:20:32Z

<p>Burckarda: Created page with &quot;== PoC Team == * Telefonica * Huawei Technologies * Centre Tecnològic de Telecomunicacions de Catalunya (CTTC) == Main Contact == * Henry YU (henry.yu1&#039;&#039;_at_&#039;&#039;huawei.com) == Abstract == This PoC is the second phase of the collaborative project on using ZSM framework to build a CAMARA NaaS platform. The first phase of this project has been carried out by ZSM PoC #8, where the architectural framework and basic functionality of a NaaS platform have been implemented, and...&quot;</p> <hr /> <div>== PoC Team ==<br /> * Telefonica<br /> * Huawei Technologies<br /> * Centre Tecnològic de Telecomunicacions de Catalunya (CTTC)<br /> <br /> == Main Contact ==<br /> * Henry YU (henry.yu1''_at_''huawei.com)<br /> <br /> == Abstract ==<br /> This PoC is the second phase of the collaborative project on using ZSM framework to build a CAMARA NaaS platform. The first phase of this project has been carried out by ZSM PoC #8, where the architectural framework and basic functionality of a NaaS platform have been implemented, and where a cloud-based AR/VR service, offered via CAMARA APIs, has also been demonstrated. For phase two, we propose developing advanced NaaS QoD features for app-flows, including app-flow service classification and differentiation, service status monitoring, and closed-loop operations for service assurance.<br /> <br /> == PoC Proposal ==<br /> Full PoC proposal on ETSI portal as<br /> [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2024/ZSM(24)000146_ZSM_PoC_Proposal____Building_Cloud_AR_VR_Service_on_CAMARA_b.docx] - [[media:ZSM POC 10.pdf|Download pdf]]<br /> <br /> == PoC Topics ==<br /> This PoC is WORKING on: <br /> * Topic 4 - [[Topic 4 - Cross-domain user-driven E2E services|Cross-domain user-driven E2E services]]<br /> <br /> == PoC Demo ==<br /> * Feb 2025, Public demonstration of app-flow service classification and differentiation at Mobile World Congress (Barcelona, Feb 2025)<br /> * Feb 2026, Public demonstration of app-flow service status monitoring, and closed-loop operations for service assurance at Mobile World Congress (Barcelona, Feb 2026)<br /> <br /> == Other links ==<br /> Information about CAMARA, OSM, TFS, and IETF Kafka-YANG is available at the following links respectively:<br /> * https://camaraproject.org/<br /> * https://osm.etsi.org/<br /> * https://tfs.etsi.org/ <br /> * https://github.com/network-analytics/draft-daisy-kafka-yang-integration/blob/main/draft-daisy-kafka-yang-integration-04.md<br /> <br /> == PoC Report(s) ==<br /> * PoC #10 Final report expected in March 2026</div>

Burckarda https://zsmwiki.etsi.org/index.php?title=Ongoing_PoCs&diff=286 2024-11-20T08:16:24Z

<p>Burckarda: </p> <hr /> <div>==List of ZSM PoCs==<br /> This page provides the list of on-going ISG ZSM PoCs. Click on them to learn further details.<br /> <br /> ''The following ZSM Proofs of Concept are developed according to the ETSI ISG [https://www.etsi.org/deliver/etsi_gs/ZSM/001_099/006/01.02.01_60/gs_zsm006v010201p.pdf ZSM Proof of Concept Framework]. ZSM Proofs of Concept are intended to demonstrate ZSM as a viable technology. Results are fed back to the Industry Specification Group on Zero tough network and Service Management.''<br /> <br /> ''Neither ETSI, the ISG ZSM, nor their members make any endorsement of any product or implementation claiming to demonstrate or conform to ZSM. No verification or test has been performed by ETSI on any part of these ZSM Proofs of Concept.''<br /> <br /> '''[[PoC 11 Intent-driven Energy Saving integrated with NDT. ]]'''<br /> Deutsche Telecom - Huawei Technologies - China Telecom - Xidian University<br /> '''new'''<br /> <br /> '''[[PoC 10 Building Cloud AR/VR Service on CAMARA by Using ZSM Framework (Phase Two). ]]'''<br /> Telefonica - Huawei Technologies - Centre Tecnològic de Telecomunicacions de Catalunya (CTTC)<br /> '''new'''<br /> <br /> '''[[PoC 9 Intent-driven Energy Saving. ]]'''<br /> Huawei Technologies - China Telecom - Deutsche Telecom - Xidian University<br /> '''ongoing'''<br /> <br /> '''[[PoC 8 Building Cloud AR/VR Service on CAMARA by Using ZSM Framework. ]]'''<br /> Telefonica - Huawei Technologies - Centre Tecnològic de Telecomunicacions de Catalunya (CTTC)<br /> '''ongoing'''<br /> <br /> '''[[PoC 7 Zero-touch closed-control security management of attacks detection and mitigation. ]]'''<br /> CCTC - EURECOM - NEC - OTE<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 6 Security SLA assurance in 5G network slices. ]]'''<br /> Telefónica - Universidad de Murcia - Montimage - CTTC - THALES - EURESCOM<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 5 On-demand Non-Public Networks (NPNs) for industry 4.0: zero-touch provisioning practices in public-private network environments. ]]'''<br /> Telefónica - Fundaciò i2CAT - NextWorks - Interdigital - Universidad Carlos III de Madrid<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 4 Autonomous network slice management]]'''<br /> DOCOMO Communications Lab. - NTT Corp. - NTT Communications, Corp. - NTT DOCOMO, INC.<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 3 Automation of Intent-based cloud leased line service]]'''<br /> China Telecom - China Mobile - China Unicom - Huawei Technologies - AsiaInfo Technologies - Xidian University<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 2 Automated Network Slice Scaling in Multi-Site Environments]]'''<br /> Telefonica - Telenor - Universidad Carlos III (UC3M) - University of Patras (UoP) - Openslice<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 1 ServoCloud: efficient lifecycle and element management automation at scale]]'''<br /> EnterpriseWeb - Deutsche Telekom - Sprint - Amazon Web Services - Amdocs - EXFO - InfoSim - Fortinet - Metaswitch<br /> '''Completed'''</div>

Burckarda https://zsmwiki.etsi.org/index.php?title=PoC_9_Intent-driven_Energy_Saving.&diff=285 2024-11-12T17:25:11Z

<p>Burckarda: </p> <hr /> <div>== PoC Team ==<br /> * Huawei Technologies<br /> * China Telecom<br /> * Deutsche Telekom<br /> * Xidian University<br /> <br /> == Main Contact ==<br /> * Miss yuan XIE (yuan.xie''_at_''huawei.com)<br /> == Abstract ==<br /> This PoC Project describes the use of an intent-driven approach for Energy Saving in the radio network domain. The PoC aims to demonstrate:<br /> <br /> 1) How an intent-driven approach used by a NOP (as MnS consumer/intent owner) to express the RAN energy saving expectation (including energy efficiency targets and user experience targets) to a NEP (as MnS producer/intent handler/intent management entity).<br /> <br /> 2) How the NOP monitors the RAN energy saving effects, by obtaining a detailed intent report (e.g. regarding energy consumption) from NEP.<br /> <br /> (Note: NOP - Network Operator; NEP - Network Equipment Provider)<br /> The implementation of the solution of this PoC complies with the 3GPP and the ZSM specifications. The design architecture of the use case follows ZSM 002 (ZSM framework), and uses the intent-driven management service (including intent management operations and intent information model) defined in 3GPP TS 28.312.<br /> <br /> == PoC Proposal ==<br /> Full PoC proposal on ETSI portal as<br /> [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2023/ZSM(23)000229r2_ZSM_PoC_Proposal__Intent-driven_Energy_Saving.docx ZSM(23)000229r2] - [[media:ZSM POC 9.pdf|Download pdf]]<br /> <br /> == PoC Topics ==<br /> This PoC is WORKING on: <br /> * Topic 3 - [[Topic 3 - Intent-driven Closed-Loop automation|Intent-driven Closed-Loop automation]]<br /> <br /> == PoC Demo ==<br /> * Demo 1, Mar 2024 (ZSM#26 meeting), Demonstrate standardized intent-driven interface.<br /> [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2024/ZSM(24)000044r1_ZSM_PoC_9_Intent-driven_Energy_Saving_demo_1.pptx Demo 1]<br /> * Demo 2, May 2024 (ZSM#27 meeting), Demonstrate intent handling, and RAN energy saving action execution, with intent report returned for energy saving effect evaluation and monitor.<br /> [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2024/ZSM(24)000109r1__ZSM_PoC_9_Intent-Driven_Energy-Saving_demo_2.pptx Demo 2]<br /> <br /> == PoC Report(s) ==<br /> * PoC #9 Final report expected in June 2024</div>

Burckarda https://zsmwiki.etsi.org/index.php?title=PoC_11_Intent-driven_Energy_Saving_integrated_with_NDT.&diff=284 2024-11-12T17:23:48Z

<p>Burckarda: </p> <hr /> <div>== PoC Team ==<br /> * Deutsche Telekom<br /> * Huawei Technologies<br /> * China Telecom<br /> * Xidian University<br /> <br /> == Main Contact ==<br /> * Miss yuan XIE (yuan.xie''_at_''huawei.com)<br /> == Abstract ==<br /> This PoC Project will describe the enhanced intent-driven approach for radio network Energy Saving in the radio network domain by utilizing NDT. The PoC aims to demonstrate:<br /> <br /> 1) How to express different RAN UE throughput targets for different Frequencies or RATs in the specified area in the same intent, and receive the fulfilment results for different RAN UE throughput targets for different frequencies or RATs.<br /> <br /> 2) How an NOP uses an intent-driven approach connected with NDT capabilities to enable MnS consumer to provide the best values for intent targets and contexts based on a specific intent during intent investigation or pre-evaluation phases (i.e. before the MnS consumer expresses the intent to be fulfilled) to find out the MnS producer's capabilities. <br /> <br /> (Note: NOP - Network Operator; NEP - Network Equipment Provider)<br /> The implementation of the solution of this PoC complies with the 3GPP and ZSM specifications. The design architecture of the use case follows ZSM 002 (ZSM framework), and uses the intent-driven management service (including intent management operations and intent information model) defined in 3GPP TS 28.312 and 3GPP TR 28.914.<br /> <br /> == PoC Proposal ==<br /> Full PoC proposal on ETSI portal as<br /> [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2024/ZSM(24)000149_ZSM_PoC_Proposal_Intent-driven_Energy_Saving_integrated_with.docx ZSM(24)000149] - [[media:ZSM POC 11.pdf|Download pdf]]<br /> <br /> == PoC Topics ==<br /> This PoC is WORKING on: <br /> * Topic 3 - [[Topic 3 - Intent-driven Closed-Loop automation|Intent-driven Closed-Loop automation]]<br /> <br /> == PoC Demo ==<br /> * Demo 1, Nov 2024 (ZSM#29 meeting), Demonstrate enhanced standardized intent-driven interface for different Frequencies or RATs in the specified area in the same intent. - [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2024/ZSM(24)000205_ZSM_PoC_Intent-driven_Energy_Saving_integrated_with_NDT_Demo.pptx ZSM(24)000205] on ETSI portal - [[media:ZSM_POC_11_Interim_Report.pdf |Download pdf]]<br /> * Demo 2, Apr 2024 (ZSM#30 meeting), Demonstrate intent can negotiate the best combination of parameters during investigation or pre-evaluation phases.<br /> <br /> == PoC Report(s) ==<br /> * PoC #11 Final report expected in June 2025</div>

Burckarda https://zsmwiki.etsi.org/index.php?title=PoC_9_Intent-driven_Energy_Saving.&diff=283 2024-11-12T15:14:41Z

<p>Burckarda: </p> <hr /> <div>== PoC Team ==<br /> * Huawei Technologies<br /> * China Telecom<br /> * Deutsche Telekom<br /> * Xidian University<br /> <br /> == Main Contact ==<br /> * Miss yuan XIE (yuan.xie''_at_''huawei.com)<br /> == Abstract ==<br /> This PoC Project describes the use of an intent-driven approach for Energy Saving in the radio network domain. The PoC aims to demonstrate:<br /> <br /> 1) How an intent-driven approach used by a NOP (as MnS consumer/intent owner) to express the RAN energy saving expectation (including energy efficiency targets and user experience targets) to a NEP (as MnS producer/intent handler/intent management entity).<br /> <br /> 2) How the NOP monitors the RAN energy saving effects, by obtaining a detailed intent report (e.g. regarding energy consumption) from NEP.<br /> <br /> (Note: NOP - Network Operator; NEP - Network Equipment Provider)<br /> The implementation of the solution of this PoC complies with the 3GPP and the ZSM specifications. The design architecture of the use case follows ZSM 002 (ZSM framework), and uses the intent-driven management service (including intent management operations and intent information model) defined in 3GPP TS 28.312.<br /> <br /> == PoC Proposal ==<br /> Full PoC proposal on ETSI portal as<br /> [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2023/ZSM(23)000229r2_ZSM_PoC_Proposal__Intent-driven_Energy_Saving.docx ZSM(23)000229r2] - [[media:ZSM POC 9.pdf|Download pdf]]<br /> <br /> == PoC Topics ==<br /> This PoC is WORKING on: <br /> * Topic 3 - [[Topic 3 - Intent-driven Closed-Loop automation|Intent-driven Closed-Loop automation]]<br /> <br /> == PoC Demo ==<br /> * Demo 1, Mar 2024 (ZSM#26 meeting), Demonstrate standardized intent-driven interface.<br /> [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2024/ZSM(24)000044r1_ZSM_PoC_9_Intent-driven_Energy_Saving_demo_1.pptx Demo 1]<br /> * Demo 1, May 2024 (ZSM#27 meeting), Demonstrate intent handling, and RAN energy saving action execution, with intent report returned for energy saving effect evaluation and monitor.<br /> [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2024/ZSM(24)000109r1__ZSM_PoC_9_Intent-Driven_Energy-Saving_demo_2.pptx Demo 2]<br /> <br /> == PoC Report(s) ==<br /> * PoC #9 Final report expected in June 2024</div>

Burckarda https://zsmwiki.etsi.org/index.php?title=PoC_9_Intent-driven_Energy_Saving.&diff=282 2024-11-12T15:10:30Z

<p>Burckarda: </p> <hr /> <div>== PoC Team ==<br /> * Huawei Technologies<br /> * China Telecom<br /> * Deutsche Telekom<br /> * Xidian University<br /> <br /> == Main Contact ==<br /> * Miss yuan XIE (yuan.xie''_at_''huawei.com)<br /> == Abstract ==<br /> This PoC Project describes the use of an intent-driven approach for Energy Saving in the radio network domain. The PoC aims to demonstrate:<br /> <br /> 1) How an intent-driven approach used by a NOP (as MnS consumer/intent owner) to express the RAN energy saving expectation (including energy efficiency targets and user experience targets) to a NEP (as MnS producer/intent handler/intent management entity).<br /> <br /> 2) How the NOP monitors the RAN energy saving effects, by obtaining a detailed intent report (e.g. regarding energy consumption) from NEP.<br /> <br /> (Note: NOP - Network Operator; NEP - Network Equipment Provider)<br /> The implementation of the solution of this PoC complies with the 3GPP and the ZSM specifications. The design architecture of the use case follows ZSM 002 (ZSM framework), and uses the intent-driven management service (including intent management operations and intent information model) defined in 3GPP TS 28.312.<br /> <br /> == PoC Proposal ==<br /> Full PoC proposal on ETSI portal as<br /> [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2023/ZSM(23)000229r2_ZSM_PoC_Proposal__Intent-driven_Energy_Saving.docx ZSM(23)000229r2] - [[media:ZSM POC 9.pdf|Download pdf]]<br /> <br /> == PoC Topics ==<br /> This PoC is WORKING on: <br /> * Topic 3 - [[Topic 3 - Intent-driven Closed-Loop automation|Intent-driven Closed-Loop automation]]<br /> <br /> == PoC Demo ==<br /> * Demo 1, Mar 2024 (ZSM#26 meeting), Demonstrate standardized intent-driven interface.<br /> [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2024/ZSM(24)000044r1_ZSM_PoC_9_Intent-driven_Energy_Saving_demo_1.pptx]<br /> * Demo 1, May 2024 (ZSM#27 meeting), Demonstrate intent handling, and RAN energy saving action execution, with intent report returned for energy saving effect evaluation and monitor.<br /> [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2024/ZSM(24)000109r1__ZSM_PoC_9_Intent-Driven_Energy-Saving_demo_2.pptx]<br /> <br /> == PoC Report(s) ==<br /> * PoC #9 Final report expected in June 2024</div>

Burckarda https://zsmwiki.etsi.org/index.php?title=PoC_11_Intent-driven_Energy_Saving_integrated_with_NDT.&diff=281 2024-11-12T14:48:29Z

<p>Burckarda: Created page with &quot;== PoC Team == * Deutsche Telekom * Huawei Technologies * China Telecom * Xidian University == Main Contact == * Miss yuan XIE (yuan.xie&#039;&#039;_at_&#039;&#039;huawei.com) == Abstract == This PoC Project will describe the enhanced intent-driven approach for radio network Energy Saving in the radio network domain by utilizing NDT. The PoC aims to demonstrate: 1) How to express different RAN UE throughput targets for different Frequencies or RATs in the specified area in the same int...&quot;</p> <hr /> <div>== PoC Team ==<br /> * Deutsche Telekom<br /> * Huawei Technologies<br /> * China Telecom<br /> * Xidian University<br /> <br /> == Main Contact ==<br /> * Miss yuan XIE (yuan.xie''_at_''huawei.com)<br /> == Abstract ==<br /> This PoC Project will describe the enhanced intent-driven approach for radio network Energy Saving in the radio network domain by utilizing NDT. The PoC aims to demonstrate:<br /> <br /> 1) How to express different RAN UE throughput targets for different Frequencies or RATs in the specified area in the same intent, and receive the fulfilment results for different RAN UE throughput targets for different frequencies or RATs.<br /> <br /> 2) How an NOP uses an intent-driven approach connected with NDT capabilities to enable MnS consumer to provide the best values for intent targets and contexts based on a specific intent during intent investigation or pre-evaluation phases (i.e. before the MnS consumer expresses the intent to be fulfilled) to find out the MnS producer's capabilities. <br /> <br /> (Note: NOP - Network Operator; NEP - Network Equipment Provider)<br /> The implementation of the solution of this PoC complies with the 3GPP and ZSM specifications. The design architecture of the use case follows ZSM 002 (ZSM framework), and uses the intent-driven management service (including intent management operations and intent information model) defined in 3GPP TS 28.312 and 3GPP TR 28.914.<br /> <br /> == PoC Proposal ==<br /> Full PoC proposal on ETSI portal as<br /> [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2024/ZSM(24)000149_ZSM_PoC_Proposal_Intent-driven_Energy_Saving_integrated_with.docx ZSM(24)000149] - [[media:ZSM POC 11.pdf|Download pdf]]<br /> <br /> == PoC Topics ==<br /> This PoC is WORKING on: <br /> * Topic 3 - [[Topic 3 - Intent-driven Closed-Loop automation|Intent-driven Closed-Loop automation]]<br /> <br /> == PoC Demo ==<br /> * Demo 1, Nov 2024 (ZSM#29 meeting), Demonstrate enhanced standardized intent-driven interface for different Frequencies or RATs in the specified area in the same intent. - [https://docbox.etsi.org/ISG/ZSM/05-CONTRIBUTIONS/2024/ZSM(24)000205_ZSM_PoC_Intent-driven_Energy_Saving_integrated_with_NDT_Demo.pptx ZSM(24)000205] on ETSI portal - [[media:ZSM_POC_11_Interim_Report.pdf |Download pdf]]<br /> * Demo 1, Apr 2024 (ZSM#30 meeting), Demonstrate intent can negotiate the best combination of parameters during investigation or pre-evaluation phases.<br /> <br /> == PoC Report(s) ==<br /> * PoC #11 Final report expected in June 2025</div>

Burckarda https://zsmwiki.etsi.org/index.php?title=Ongoing_PoCs&diff=280 2024-11-12T14:47:25Z

<p>Burckarda: </p> <hr /> <div>==List of ZSM PoCs==<br /> This page provides the list of on-going ISG ZSM PoCs. Click on them to learn further details.<br /> <br /> ''The following ZSM Proofs of Concept are developed according to the ETSI ISG [https://www.etsi.org/deliver/etsi_gs/ZSM/001_099/006/01.02.01_60/gs_zsm006v010201p.pdf ZSM Proof of Concept Framework]. ZSM Proofs of Concept are intended to demonstrate ZSM as a viable technology. Results are fed back to the Industry Specification Group on Zero tough network and Service Management.''<br /> <br /> ''Neither ETSI, the ISG ZSM, nor their members make any endorsement of any product or implementation claiming to demonstrate or conform to ZSM. No verification or test has been performed by ETSI on any part of these ZSM Proofs of Concept.''<br /> <br /> '''[[PoC 11 Intent-driven Energy Saving integrated with NDT. ]]'''<br /> Deutsche Telecom - Huawei Technologies - China Telecom - Xidian University<br /> '''new'''<br /> <br /> '''[[PoC 9 Intent-driven Energy Saving. ]]'''<br /> Huawei Technologies - China Telecom - Deutsche Telecom - Xidian University<br /> '''ongoing'''<br /> <br /> '''[[PoC 8 Building Cloud AR/VR Service on CAMARA by Using ZSM Framework. ]]'''<br /> Telefonica - Huawei Technologies - Centre Tecnològic de Telecomunicacions de Catalunya (CTTC)<br /> '''ongoing'''<br /> <br /> '''[[PoC 7 Zero-touch closed-control security management of attacks detection and mitigation. ]]'''<br /> CCTC - EURECOM - NEC - OTE<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 6 Security SLA assurance in 5G network slices. ]]'''<br /> Telefónica - Universidad de Murcia - Montimage - CTTC - THALES - EURESCOM<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 5 On-demand Non-Public Networks (NPNs) for industry 4.0: zero-touch provisioning practices in public-private network environments. ]]'''<br /> Telefónica - Fundaciò i2CAT - NextWorks - Interdigital - Universidad Carlos III de Madrid<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 4 Autonomous network slice management]]'''<br /> DOCOMO Communications Lab. - NTT Corp. - NTT Communications, Corp. - NTT DOCOMO, INC.<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 3 Automation of Intent-based cloud leased line service]]'''<br /> China Telecom - China Mobile - China Unicom - Huawei Technologies - AsiaInfo Technologies - Xidian University<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 2 Automated Network Slice Scaling in Multi-Site Environments]]'''<br /> Telefonica - Telenor - Universidad Carlos III (UC3M) - University of Patras (UoP) - Openslice<br /> '''Completed: PoC Report available'''<br /> <br /> '''[[PoC 1 ServoCloud: efficient lifecycle and element management automation at scale]]'''<br /> EnterpriseWeb - Deutsche Telekom - Sprint - Amazon Web Services - Amdocs - EXFO - InfoSim - Fortinet - Metaswitch<br /> '''Completed'''</div>

Burckarda