Satraka provides high‑performance, low‑SWaP satellite and cellular antennas for mobile and remote applications. Its Mercury flat‑panel antennas deliver broadband connectivity to moving assets via LEO satellites, while the Terra antenna boosts cellular signal up to tenfold for platforms such as autonomous vehicles.
Funding
Funding not disclosed
Founders
Product
Problem
Mobile assets, remote sites, and rural communities often lack reliable high‑bandwidth connectivity because traditional satellite and cellular antennas are bulky, power‑hungry, and expensive to deploy at scale.
Solution
Satraka offers a portfolio of low‑SWaP flat‑panel and tracking antennas that combine satellite (LEO) and terrestrial 4G/5G links to deliver broadband connectivity to moving platforms, aerial vehicles, and fixed remote locations. The Mercury flat‑panel antenna provides high‑throughput links to LEO constellations for fleets operating on land, sea, or air, while the Terra antenna concentrates cellular signals to boost reception up to tenfold for autonomous vehicles and other mobile platforms. For stationary deployments, the Jupiter fixed‑tracking antenna and Olympus multi‑beam antenna enable rapid, cost‑effective broadband distribution to multiple households or businesses from a single feeder link. All products are engineered for minimal size, weight, and power, allowing integration across diverse enterprise, energy, government, and mobility use cases.
Target Audience
Primary customers include operators of mobile platforms such as autonomous vehicles, drones, and maritime vessels, as well as enterprises, energy sites, and public institutions seeking broadband for remote or rural locations.
Features
- Flat‑panel Mercury antenna with electronic beam‑steering for high‑performance LEO satellite connectivity on mobile assets
- Terra antenna that focuses cellular beams to increase signal strength up to tenfold, optimized for autonomous vehicles and other moving platforms
- Jupiter fixed‑tracking antenna for precise, low‑power satellite tracking to serve remote community broadband hubs
- Olympus multi‑beam antenna capable of simultaneously delivering broadband to multiple households or businesses from a single feeder link
- Low SWaP design across all models, enabling installation on drones, HAPS, trains, trucks, boats, and field robots
- Network‑agnostic operation that seamlessly integrates non‑terrestrial (satellite) and terrestrial (4G/5G) networks for resilient connectivity