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- SEDIMENT+KubeArmor
- Initial PoC:
- Kaloom lab- VMs built
- Need VPN to Kaloom. LJ to Contact Ganesh (gave@kaloom.com)
- Potential Hex Five sub project - Cesare/Rajesh
- Investigative meeting took place between Peraton and Hex Five (Cesare).
- Next Step- Hex Five to come back with a proposal
- Next Steps:
- Identify prover device and camera. in progress (07/26)
- Still being investigated, initial candidates being considered:
- Nordic nRF9160 https://www.nordicsemi.com/Products/Development-hardware/nrf9160-dk
- Rajesh - will use this device for Multizone (Hex5) (08/09)
- OV2640 SPI camera https://www.arducam.com/product/arducam-2mp-spi-camera-b0067-arduino/
- Rajesh - camera has been ordered. Awaiting arrival. (08/09)
- Nordic board and camera both support Arduino UNO connector/interface
- Zephyr (which we run on the nRF9160) includes a driver for this camera
- Nordic nRF9160 https://www.nordicsemi.com/Products/Development-hardware/nrf9160-dk
- Still being investigated, initial candidates being considered:
- Kaloom/UNH implementation
- Identify and develop a security Use Case - Yogen?
- Yogen - in process (08/09)
- Yogendra Pal - setup meeting with Accuknox to discuss security use case. Report back to this meeting on Aug 23
- Identify prover device and camera. in progress (07/26)
- SABRES: Slice Selection, Path Validation, Multiparty Management
- Three use cases will have separate services associated
- What orchestrator will/can be used?
- potential to duplicate Simplified E2E Network Slicing (Aarna) using EMCO
- potential to leverage Wavelabs slicing using EMCO
- ICCCN paper: ICCCN_2023_paper_187.pdf
- Code repository (https://pulwar.isi.edu/sabres/cbs/cbs) that was used during the last government demonstration. This is the initial code base (src directory), which will not be the final product (as this version only works on 2-3 variables, rather than arbitrary). This code was used to replace ETSI's OSM's PLA module (using minizinc constraint solver) with CBS [https://osm.etsi.org/gitlab/osm/pla].
- Next Steps:
- Replicate Simplified Slicing demo locally in ISI lab (Lincoln)
- Debug the environment (Lincoln)
- Set up a drop-in replacement for the current slicing algorithm with CBS algorithm (Lincoln)
- Leverage UNH and Kaloom. Ganesh and Lincoln
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