Run2Go System Documentation
In-depth technical architecture, protocol specifications, audio DSP routing, and offline-first guidelines for all active Run2Go projects.
Run2Go Technical Architecture Overview
Run2Go Studio International prioritizes deterministic, offline-first client-side systems over multi-tenant SaaS abstractions. Our core engineering principle dictates that tools and games must function autonomously without mandatory remote telemetry or cloud lock-in.
All active software releases (such as Forgify) operate over local peer-to-peer network topologies, utilizing direct UDP beacons and localized HTTP synchronization with verifiable cryptographic hashes.
// UDP Discovery Beacon Broadcast Frame (Port: 5051)
{
"protocol": "forgify-lan-v1",
"endpoint": "{HostIp}:5050",
"user": "developer-identity",
"heartbeatIntervalMs": 3000,
"safeVaultPartition": "git-forgify/host/{user}/{repo}.git"
}Technical Articles & Specifications
Introduction to Run2Go
Studio principles, technology foundation, and product ecosystem layout.
Local-First Architecture
Engineering design philosophy emphasizing offline resilience and zero cloud lock-in.
Architecture & Protocols
Deep dive into UDP beacon discovery, HTTP fallback, and safe file transaction semantics.
LAN Peer Topology
How peer discovery keys physical host endpoints and maintains decentralized consistency.
Safety Stashing & Revert Guards
Worktree safeguards ensuring zero accidental code loss during reset operations.
Auvra Audio Physics
Raycast-driven occlusion pipelines and DSP mixer routing configuration.
OptiTerra Pipeline
Terrain virtualization and GPU memory budget configuration under Unity HDRP.
OptiDraw Batching
Setup guide for indirect instancing and automated atlas UV remaps.
Khodam Technical Case Study
Physical lighting execution, custom volumetric fog, and atmospheric performance budgets.