HARDWARE / PRODUCT

KepNet LEO Connectivity Network

Kepler Communications
KepNet LEO Connectivity Network

Low-latency LEO satellite broadband connectivity service for maritime, aviation, and remote industrial sites — real-time data relay and IoT sensor connectivity from growing constellation.

Technical specifications

Orbit
LEO (~550 km)
Latency
<50 ms round-trip (LEO advantage)
Service Type
Broadband, real-time data relay, IoT
Coverage
Global including high-latitude regions
Markets
Maritime, aviation, remote industrial, oil & gas
Integration
Terrestrial IP network compatible

About

KepNet is Kepler Communications’ satellite connectivity service, providing low-latency broadband and real-time data relay from a growing constellation of LEO microsatellites. The service targets customers in maritime, aviation, energy, and remote industrial sectors where terrestrial broadband is unavailable and GEO satellite internet introduces unacceptable latency for operational applications.

The KepNet architecture leverages LEO altitude advantages — approximately 550 km compared to GEO’s 36,000 km — to deliver round-trip latencies below 50 ms for interactive applications and real-time operational data. The service supports vessel tracking, remote field operations, satellite-to-satellite data relay, and IoT sensor connectivity from offshore platforms, remote mining operations, pipeline monitoring, and mobile platforms that move beyond cellular coverage.

Kepler’s KIPP-series microsatellites provide the network nodes, with onboard processing capable of routing and prioritizing traffic before retransmission. The company is expanding its constellation to improve coverage density and revisit time, working toward continuous real-time connectivity over high-latitude and polar regions that are underserved by GEO systems. KepNet is designed to integrate with terrestrial IP networks, enabling seamless handoff as assets move in and out of cellular coverage.

Documentation

No public datasheet yet — request the datasheet / ICD from the supplier.

Source: kepler.space ↗