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Day and time:
- Thursday, February 9 at 17:00 UTC / 9:00AM PST
- Add Telecom SIG calls to your calendar
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- From computer: https://zoom.us/my/hyperledger.community?pwd=STZQd0xMZU9xRVVOVnpQM3JNQ2dqZz09
- From phone: +1(855)880-1246 (toll free US number) or view International numbers
- Meeting ID: 403 498 3298
Speakers:
- Nikos Kapsoulis, Research Assistant and PhD Candidate at ICCS NTUA
- Alexandros Psychas, Research Engineer and Distributed Systems Architect at National Technical University of AthensDr. Alexandros Psychas, Technical Coordination at Pledger
- Nikolaos Kapsoulis, Blockchain Governance at Pledger
About the Event:
- Self-Assessing Service Level Agreements (SLAs) with Hyperledger Fabric
Nikos and Alexandros will discuss the recent white paper that describes a prototype Presenting the Telecom SIG White Paper Self-Assessing Service Level Agreements (SLAs) with Hyperledger Fabric (https://www.hyperledger.org/wp-content/uploads/2023/01/HL_SolutionsBrief_SLAs_120922.pdf). The white paper describes a prototype approach for the self-assessment of Service Level Agreements (SLAs) in the Telecom industry, although this approach may be used in any industry. The proposed approach uses the Hyperledger Fabric framework for a permissioned blockchain network hosting Trusted Execution Environments. The intended audience includes executives, developers, and clients of any organization that does business using any type of SLA. The proposed generic approach aims to cover different types of SLAs with the roles of the various actors—service provider, service vendor, service seller, application provider, application client, customer, or end user—and their contract activity all defined and addressed within the proposed frameworkSLAs on a Telecom industry perspective. Standard SLA assessment grants the control of SLA guarantees monitoring and computation over to the providers of the service. The business intelligence of the proposed solution aims in creating a fairer way of assessing SLAs in the broader Web3.0 Ecosystem by making use of the Hyperledger Fabric distributed ledger software hosting Trusted Execution Environments (TEEs).