ENWAVE builds a low‑Earth‑orbit relay constellation that gives satellites continuous, API‑driven connectivity, eliminating the need for scheduled ground‑station passes. By integrating a relay module or existing radio, spacecraft automatically link to the nearest ENWAVE node, providing near‑100% daily contact and simplifying data downlink for LEO operators.
Funding
Funding not disclosed
Founders
Product
Problem
LEO satellite operators rely on ground‑station passes that provide only a few hours of contact per day, leaving spacecraft unreachable for the majority of their orbit and limiting real‑time data downlink and command capabilities.
Solution
ENWAVE operates a low‑Earth‑orbit relay constellation that automatically links satellites to the nearest relay node via an integrated module or existing radio. The network routes data through an encrypted mesh and delivers it to customers’ API endpoints, eliminating the need to schedule ground‑station passes. By handling inter‑satellite routing and ground infrastructure, ENWAVE offers near‑continuous (≈96%) daily connectivity, enabling responsive operations and simplifying communications for LEO missions.
Target Audience
Primary customers are LEO satellite operators and space startups that require frequent data downlink and real‑time command capabilities without the expense and complexity of multiple ground‑station contracts.
Features
- Plug‑and‑play relay module or compatibility with existing spacecraft radios for automatic node attachment
- Encrypted, mesh‑based inter‑satellite routing that abstracts the ground segment from the user
- API‑driven interface delivering data directly to customer endpoints as if a permanent link existed
- Near‑100% daily contact time across the constellation, vastly exceeding traditional ground‑station coverage
- Managed ground infrastructure and routing, removing the need for operators to schedule or maintain ground stations