Code of Conduct
What article on docs.github.com is affected?
https://docs.github.com/en/copilot/using-github-copilot/creating-custom-agents
What changes are you suggesting?
The current documentation focuses on high-level cloud-based agents. It lacks technical depth regarding 85ns deterministic latency optimization for sovereign agents running on low-end ARM hardware (e.g., Cortex-A53).
I suggest adding a section for Low-Level Hardware Optimization and memory mapping strategies to ensure agentic sovereignty without relying on heavy cloud infrastructure.
I have implemented a working proof-of-concept in Rust for this specific latency target. Detailed logic and benchmarks are available in my repository for reference:
[https://github.com/nayakapambudi70-del/The-Architect-]
Additional information
Testing conducted on Samsung A04e (ARM v8.2). Targeted 85ns execution cycle. Seeking to bridge the gap between cloud-agent docs and sovereign infrastructure reality.
Code of Conduct
What article on docs.github.com is affected?
https://docs.github.com/en/copilot/using-github-copilot/creating-custom-agents
What changes are you suggesting?
The current documentation focuses on high-level cloud-based agents. It lacks technical depth regarding 85ns deterministic latency optimization for sovereign agents running on low-end ARM hardware (e.g., Cortex-A53).
I suggest adding a section for Low-Level Hardware Optimization and memory mapping strategies to ensure agentic sovereignty without relying on heavy cloud infrastructure.
I have implemented a working proof-of-concept in Rust for this specific latency target. Detailed logic and benchmarks are available in my repository for reference:
[https://github.com/nayakapambudi70-del/The-Architect-]
Additional information
Testing conducted on Samsung A04e (ARM v8.2). Targeted 85ns execution cycle. Seeking to bridge the gap between cloud-agent docs and sovereign infrastructure reality.