Gotonomi SATCOM Integrated with Embention Autopilots for Enhanced BVLOS Connectivity

Why It Matters

The integration delivers resilient, low‑latency command and control for UAVs operating beyond cellular coverage, expanding mission range and meeting stricter BVLOS safety standards.

Key Takeaways

• SATCOM acts as IP gateway for BVLOS UAVs
• Supports 1‑2 Hz telemetry at up to 200 kbps
• Uses Viasat L‑band network for satellite link
• Veronte Autopilot 1x connects via native Ethernet port
• Can serve as primary or redundant C2 link

Pulse Analysis

Beyond Visual Line of Sight (BVLOS) operations are a cornerstone of commercial drone expansion, allowing utilities, agriculture, and logistics firms to cover hundreds of square miles in a single flight. The primary obstacle remains reliable command and control (C2) when terrestrial networks fade, especially over remote terrain or maritime routes. Satellite communication (SATCOM) has emerged as the most viable solution, offering global reach and resilience against interference. However, integrating SATCOM without overwhelming the limited bandwidth of UAV telemetry has required careful engineering to balance data fidelity with link efficiency.

Gotonomi’s Velaris‑200 terminal paired with Embention’s Veronte autopilot 1x delivers exactly that balance. The terminal functions as an IP gateway, tunneling data through Viasat’s L‑band network and feeding it into the VeronteLink cloud, while the autopilot’s native Ethernet port provides a direct, low‑latency connection. Telemetry streams are throttled to 1‑2 Hz and capped at 200 kbps, ensuring only essential flight parameters traverse the satellite link. Operators can prioritize variables, filter out non‑critical data, and choose TCP or UDP transport, creating a flexible, bidirectional C2 channel that can act as primary or fallback link.

The integration arrives at a pivotal moment as regulators worldwide tighten BVLOS certification requirements, demanding demonstrable redundancy and fail‑safe communications. By offering a satellite‑backed C2 path that consumes minimal bandwidth, Gotonomi and Embention lower the barrier for operators to meet those standards without investing in costly high‑throughput payload links. Early adopters in energy inspection and coastal monitoring are already piloting the solution, reporting extended mission ranges and reduced reliance on spotty cellular coverage. As more UAV fleets adopt SATCOM‑centric architectures, the market for low‑latency, low‑bandwidth satellite terminals is poised for rapid growth.