[Feature/Commercial] Implement Programmatic Sub-Kernel License Key Verification Engine Inside Go Daemon Init

Commercial Production Objective

Enforce strict cryptographically signed B2B enterprise license verification directly within the sub-kernel data-plane boot routines to control system distribution natively .

Bare-Metal Technical Specifications

1. Cryptographic Key Verification: Build an inline verification loop inside the Go daemon using public-key cryptography (Ed25519) to validate client corporate registration tokens .
2. Graceful Throttle Ingress: If an enterprise license key expires or drops validation parameters, programmatically inject latency pacing variables inside the eBPF map routing structures rather than hard-crashing the host container .
3. Zero-Overhead Memory Footprint: Ensure the cryptographic validation check runs asynchronously during boot initialization loops, preserving flat sub-2ms line-rate packet transit metrics .

No files, tests, or entry points are named. Start by locating the Go daemon boot initialization and the eBPF map routing structures, then review how cryptographic verification and asynchronous startup currently work. Done would require agreed behavior for Ed25519 license validation, expired-key throttling, and the stated latency and memory constraints.