ethrxdocs
DRAGONCHAOSHALORAIDRFOUNDRY
Product
RAIDR
Version
Overview
  • RAIDR overview
  • Getting started
  • Concepts and architecture
  • Propagation physics engine
  • Geo and terrain
  • Server and API
  • Frontend and WASM client
  • LLM integration
  • Configuration and operations
RAIDR · v0.1.0

RAIDR

Edge data capture and replay.

INTRODUCTION
RAIDR overview

RAIDR is an API-first 3D mission-planning platform for tactical radio networks with ITU-R-grade propagation physics.

GET STARTED
Getting started

Build and run the RAIDR server, optionally build the WASM physics bundle, and open the frontend.

CONCEPTS
Concepts and architecture

The core domain model — deployments, nodes, links, coverage — and how the RAIDR crates compose into a request lifecycle.

PHYSICS
Propagation physics engine

The RAIDR link budget — FSPL, diffraction, atmospheric, rain, and fade margin — and the ITU-R recommendations behind each term.

SUBSYSTEMS
Geo and terrain

WGS84 geodesy, Vincenty geodesics, the EGM96 geoid, and the SRTM elevation provider that feed RAIDR terrain profiles.

API
Server and API

The RAIDR REST API under /api/v1 — deployments, nodes, links, coverage streaming, relay planning, mesh routing, and the error format.

CLIENT
Frontend and WASM client

The Cesium 3D frontend, its visual modes, and the WASM physics bundle that computes link math in the browser.

ROADMAP
LLM integration

The proposed natural-language orchestration layer over the RAIDR engine — design, model recommendations, and the telemetry calibration loop.

OPERATIONS
Configuration and operations

Environment variables, presets, persistence, and operating the RAIDR server in production.