[Feature/Monopoly] Build Asynchronous TCP Sequence and ACK Offsets Correction Engine inside Kernel-Space Proxy

Commercial Production Objective

Prevent TCP connection resets (RST drops) and sequence out-of-order errors when splicing flying network lines onto standby targets within sub-2ms bounds flat .

Bare-Metal Technical Specifications

1. Sequence Shadow Logging: Maintain a lock-free indexing map inside the Go daemon tracking realtime packet sequence indicators per tenant socket connection.
2. In-Flight Header Correction: When a container failover anomaly triggers, inject adaptive sequence correction delta variables directly into incoming TCP transport headers natively
3. Transparent Splicing Pipeline: Upstream AI agent applications and client SDKs experience absolute zero socket disruption, masking node drops completely .

Start by locating the Go daemon and any existing failover or TCP-handling entry points; the issue names no files or tests. First determine how socket connections and packet headers are represented, then define how sequence shadowing, correction, and transparent splicing would be validated against the stated reset, ordering, and latency goals.