docs: replace prd with public specification

Author: Rxflex

README.md

@@ -5,7 +5,7 @@
 
 Moss is an embeddable P2P mesh core written in Go and exported through CGO as a C-shared library. This repository is the runtime layer, not the end-user chat application.
 
-The current implementation covers the `PRD.md` scope with a pragmatic v1 runtime:
+The current implementation follows the public technical specification in [docs/SPECIFICATION.md](docs/SPECIFICATION.md) with a pragmatic v1 runtime:
 
 - tracker-based bootstrapping via BEP 15 UDP and BEP 3 HTTP announces
 - encrypted peer transport with Noise XX (`25519_ChaChaPoly_BLAKE2s`) plus identity binding

docs/KNOWN_LIMITATIONS.md

@@ -10,8 +10,8 @@ This document exists to keep repository claims aligned with current runtime beha
 
 ## Specification parity
 
-- The repository tracks the `PRD.md` scope with a practical v1 implementation.
-- Some production-grade goals from the PRD are only partially proven by automated tests and not by broad public telemetry.
+- The repository tracks [docs/SPECIFICATION.md](SPECIFICATION.md) with a practical v1 implementation.
+- Some production-grade goals from the specification are only partially proven by automated tests and not by broad public telemetry.
 
 ## Performance and scale
 

PRD.md docs/SPECIFICATION.mdPRD.md renamed to docs/SPECIFICATION.md

@@ -1,18 +1,18 @@
 
-# Product Requirements Document (PRD): Project Moss
+# Moss Technical Specification
 
 **Document Version:** 2.0  
 **Last Updated:** March 2026  
-**Project Codename:** Moss  
+**Project:** Moss  
 **Core Technologies:** Go 1.22+, CGO (`-buildmode=c-shared`), BitTorrent UDP/HTTP Trackers (BEP 15), GossipSub v1.1+, Noise Protocol Framework, Autonomous NAT Traversal (STUN/TURN/ICE-lite).
 
 ---
 
 ## 1. Executive Summary
 
-**Project Moss** is a zero-infrastructure, embeddable Peer-to-Peer (P2P) networking core written in Go. Compiled via CGO into C-shared libraries (`.dll`, `.so`, `.dylib`), Moss allows any application — written in C, C++, C#, Python, Rust, or any language with C FFI support — to seamlessly join a decentralized data-exchange mesh with a single function call.
+**Moss** is a zero-infrastructure, embeddable Peer-to-Peer (P2P) networking core written in Go. Compiled via CGO into C-shared libraries (`.dll`, `.so`, `.dylib`), Moss allows any application — written in C, C++, C#, Python, Rust, or any language with C FFI support — to join a decentralized data-exchange mesh with a small host integration layer.
 
-The defining characteristic of Moss is its **complete elimination of centralized infrastructure**:
+The defining characteristic of Moss is its **minimization of centralized infrastructure requirements**:
 
 1. **Bootstrapping** — Public BitTorrent trackers (BEP 15 UDP, BEP 3 HTTP) serve as zero-cost, high-availability rendezvous points for initial peer discovery.
 2. **NAT Traversal** — An autonomous SuperNode promotion system turns publicly reachable peers into distributed STUN/TURN relays, guaranteeing connectivity across all NAT types including Symmetric NAT and Carrier-Grade NAT (CGNAT).

examples/python_chat/README.md

@@ -41,7 +41,7 @@ For a second machine on the same LAN, use the first machine's hostname or LAN IP
 python examples\python_chat\moss_chat.py --nickname Pi --listen-port 41030 --peer rpi1.local:41030 --room lobby
 ```
 
-For autonomous bootstrap closer to the PRD, start nodes without `--no-trackers`. In that mode the chat uses the default public tracker set and peers should discover each other without manual `/connect`.
+For autonomous bootstrap closer to the Moss specification, start nodes without `--no-trackers`. In that mode the chat uses the default public tracker set and peers should discover each other without manual `/connect`.
 
 Or launch both demo windows automatically: