SkyRelay Node Operator Portal
Decentralizing low-Earth orbit Doppler attestation across independent geographic ground terminals. Connect your existing Starlink terminal immediately via Channel A or preview Channel B hardware grants.
Physical Starlink Terminal (Node 01) Connected to SkyRelay
ut01000000-00000000-00e1c9f7Instant Starlink Dish Onboarding (BYOD)
Whether you operate a Starlink Mini, Standard (Gen 2/3), or High Performance dish, you can connect directly to the SkyRelay space verification network via the local unauthenticated gRPC telemetry interface (192.168.100.1:9200). Planned: participate in multi-station Doppler quorum and receive gas rebates from the protocol treasury. No rebate mechanism exists in the contracts yet.
Interactive Node Configurator & Command Generator
Live Command Previewgit clone https://github.com/SkyRelay/protocol cd protocol pnpm install pnpm run node:start --dish-ip=192.168.100.1:9200 --station=ORBIT-NODE-01 --operator=0x... --interval=60
📡Local Starlink gRPC Diagnostic Simulator
Verify local host connectivity to Starlink dish 192.168.100.1:9200 gRPC endpoint and Ku-band carrier telemetry
BYOD Protocol Architecture & Incentive Flow
Connect your host device (Raspberry Pi, industrial PC, or server) via Ethernet to the Starlink network. When using the stock router, enable Bypass mode or connect directly to 192.168.100.1. No hardware cracking or custom firmware required.
The SkyRelay daemon requires CPU < 1% and RAM < 50MB across Linux, macOS, and Windows. It only queries dish azimuth, elevation, and Doppler carrier shifts, never intercepting user internet traffic.
Local SGP4 propagation calculates the theoretical Doppler S-curve (Δf = -f₀ · vᵣ / c). Observed carrier residual must strictly converge within ±12 Hz tolerance. Falsified data cannot satisfy LEO high-velocity orbital constraints.
Planned: attestations aggregated into multi-station Merkle quorums, with gas rebates and a share of the 1.25% Hardware Reserve. The contracts contain no rebate or reward mechanism today.
