STARGATE RTK aggregates fragmented public and private GNSS infrastructure into a unified, universal service for high-precision positioning. This platform provides seamless RTK roaming and multi-provider compatibility using single credentials for centimeter-level accuracy across diverse geographical areas. The service ensures rapid convergence times and supports industry-standard RTCM formats, adapting to various GNSS hardware needs.
Funding
$70K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Existing GNSS RTK networks are fragmented, requiring users to manage multiple subscriptions and hardware configurations when operating across different geographical areas. This complexity hinders seamless access to reliable, high-precision positioning services, especially for fleets operating in multiple regions.
Solution
Stargate RTK aggregates existing public and private GNSS infrastructure into a unified correction service, providing centimeter-level positioning accuracy across multiple geographical areas. By integrating diverse GNSS networks, Stargate RTK eliminates the need for users to switch providers or adjust hardware settings when moving between coverage zones. The service supports industry-standard protocols and data formats, ensuring compatibility with a wide range of GNSS RTK receivers. Stargate RTK offers instant access to GNSS correction services, reducing convergence time and improving operational efficiency for various applications.
Target Audience
The primary target audience includes fleet operators, autonomous vehicle developers, GNSS integrators, geomatics professionals, and GNSS manufacturers requiring precise positioning solutions across diverse geographical areas.
Features
- NTRIP nearest base mode with configurable distance thresholds
- Seamless roaming between Stargate zones, RTK providers, and networks
- Single credentials for access across all covered areas
- Support for RTCM V2, RTCM V3.0 Compact/Full, and RTCM V3.3 (MSM1-MSM7) correction formats
- RTCM conversion, coordinate adjustment, and antenna PCV compensation (Beta)
- Satellite system and signal filter (Beta)
- Observation resampling (0.1 Hz
- 100 Hz) (Beta)
- Delivery via NTRIP V1/V2 over TCP, NTRIP V2 over RTP/UDP, and MQTT (Beta)