We will start by mentioning the project's Antitrust Policy, which you can find linked from the LF and project websites. The policy is important where multiple companies, including potential industry competitors, are participating in meetings. Please review and if you have any questions, please contact your company legal counsel. Members of the LF may contact Andrew Updegrove at the firm Gesmer Updegrove LLP, which provides legal counsel to the LF.
Welcome all. new attendees. If you have any questions about participating in this community, please contact Louis Illuzzi (lilluzzi@linuxfoundation.org).
Updated demo that includes RA failure. Target end of Feb
Submit for DARPA approvals by mid-March
Established Baselines:
Environmental Sensor Use Case will be a separate entry into the Library as opposed to adding to the existing SEDIMENT entry
DARPA approval is required. Both Environmental Sensor Use Case for Library submission, as well as ONE Summit presentation, and updated demo will be sent for approval at the same time.
April 25 deadline for ONE Summit material submission.
DARPA needs 15 business days (3 weeks) for approval process.
DARPA approval items should be summitted by mid-March
Project L3AF uses eBPF for LSM (Linux Security Modules). There may be a potential for alignment around security; zero-trust capabilities-.
Are there Industry vertical support templates for KubeArmor? @ron victor to followup
Next Steps:
Ron to take it up with KubeArmor technical team. LJ Illuzzi send L3AF info to Ron.
Ron to follow up on Industry vertical support templates
Can SEDIMENT be ported to Linux to expand it capabilities to say, self-attestation.
Zahir shared that SEDIMENT can be used on Linux and uses the notion of user-defined functions so that for Linux devices, with much larger storage spaces then IoT devices, specific files can be specified to be attested to insure they have not been tampered with.
Drilling deeper it is proposed that SEDIMENT might be used to attest a Linux host before deployment. For example, when a CSP deploys Kubernetes infrastructure on Linux based platforms there is a capability where SEDIMENT can attest the host before deployment. A base-level Use Case can show the concept of using Linux to deploy different security-level SLAs
Expand to confidencial computing?
Next Steps:
Zahir flushing out the idea internally at Peraton Labs
Overview- Showcase Level 4 Autonomous 5G Network that can be provisioned using Intents and also maintain intents by effectively managing and resolving conflicts without manual interventions. Use case would use TMF 921 standards for the intent management.
Operators are required to maintain highly complex 5G network based on the varied business requirements/intents.
Following are the solutions to be addressed in this usecase (Scope)
Automatically manage network availability, scalability and other quality of services as per business requirements/intents with minimal or zero manual interventions.
Standardize the construct used to write Intents and maintain the same.
Scalable to fulfill Edge, Core and RAN Requirements using intents
Provide agility to autonomously resolve conflicts between the intents
There is a need to set up a recurring call on India/China friendly time to keep this moving forward. This may occur through the AI Task Force where an APAC-friendly time is being established
The AI Taskforce will serve as another platform to move this initiative forward
Current Work-in Progress:
Add Large Model Interactive Interface
Create the llm-adaptation service
Integrate llm-adaptation with OpenAI.
Integrate llm-adaptation with intent-analysis.
Fine tune China Mobile's Jiutian large model to obtain a large model suitable for ONAP knowledge question answering and ONAP intent processing
Next Steps/Goals:
Present relevant large model demo at ONE Summit in April
Potential add Nephio integration
A bi-weekly call on Mondays has been established at an APAC friendly time for this project.
How do we advertise this initiative to outside world; DT, AT&T?
A demo on Constraint-based search is created; needs legal approval to make available
Lumen technologies will act as distributor
What existing capabiliites can be included/added to the 5G Super Blueprint Library? Constraint-based search, demo
Next Steps:
Improve algorithms for constraint based search
Path validation with a different proof algorithm to improve the performance
Inclusion into 5G SBP Library
Scope: Constraint-based search, Can be done where RAN and other resources are deployed on a 5G network. If there are any contraints, for example disk space or CPU latency, and have a placement problem, thats where SABREs shines. The demo shows constraint-based search
Proposal to add a column for higher level network function associated with each entry, example; slicing, security, UPF integration, IoT (visual inspection), etc.
Marketing Plan
The goal is that each completed project get the same marketing treatment (i.e. Marketing Plan execution) where the technology is highligthed and the participants and contributing companies are recognized.