Head of RF
Apolink
Apolink provides a continuous, low‑latency communication network for satellite operators by leveraging a distributed constellation of ground stations and optional space‑based relays. Its cloud‑based platform delivers real‑time telemetry streaming and command uplink via automated link selection, secure encrypted channels, and standard APIs, enabling operators to monitor health, issue tasks, and respond to anomalies without coverage gaps.
- Telecommunications
Updated 5 months ago
Funding
Raised to date
$4.3MRaised 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.
Funding rounds are not available yet.
Founders
Product
Problem
Current space communication systems depend on a limited number of ground stations and long transmission windows, resulting in dead zones, delayed telemetry, and unreliable command links for satellite operators.
Solution
Apolink offers a continuous, low‑latency communication network that keeps satellites connected to operators in real time. By leveraging a distributed constellation of ground stations (and potentially space‑based relays), the platform provides always‑on telemetry streaming and command uplink capabilities. The service automatically routes data through the optimal path to minimize latency and avoid coverage gaps. Operators can monitor satellite health, issue tasking commands, and respond to anomalies without buffering or waiting for scheduled passes. The solution is delivered via a cloud‑based interface that aggregates links, presents live data dashboards, and integrates with existing mission‑control software through standard APIs.
Target Audience
Primary customers are satellite operators, including commercial constellations, government and defense agencies, and organizations that require real‑time data for disaster response or remote sensing missions.
Features
- Global network of ground stations delivering near‑continuous line‑of‑sight coverage
- Automated link selection and handoff to maintain low‑latency telemetry and command paths
- Secure, encrypted data channels with end‑to‑end authentication
- Cloud‑hosted dashboard for real‑time telemetry visualization and alerting
- RESTful and WebSocket APIs for seamless integration with mission‑control and analytics tools
- Scalable architecture supporting fleets of small‑satellite constellations