Software-Defined Ultra-Reliable Low-Latency Communications

Drop-in embedded software libraries for ultra-reliable, deterministic data delivery across contested, jammed, and severely degraded RF environments.

Drone operator launches fixed wing ISR drone.
Mads Rolf Ahrenskjær | The Danish Armed Forces
The Fregat Peter Willemoes, Vestmanna Sund, Faroe Islands, serving as a platform for launching fixed-wing drones.
Rune Dyrholm | The Royal Danish Navi
Danish soldier flying a FPV drone.
Lærke Weensgaard | The Danish Armed Forces
Soldiers training with quad-drones.
Christian Radil | The Danish Armed Forces
Search and Rescue Vessel, Qoornoq, Greenland, sailing at high speed during exercise.
Jacob Kongsmar | The Danish Home Guard
Rescue helicopter over civilian freighter during search and rescue exercise.
Niels Juel | The Joint Arctic Command
Naval vessel and helicopter, Qoornoq, Greenland.
Steffen Fog | The Royal Danish Army
Soldier conducting arial observations, defending against drones and other hybrids threats.
Tue Skals | The Danish Armed Forces

The Network is Your Critical Bottleneck

Autonomous platforms, robotics, and time-critical decision systems increasingly rely on wireless networks operating in environments for which conventional communication stacks were never designed.

In contested or obstructed environments, conventional protocols suffer from packet drops and retransmission delays, introducing unpredictable jitter and performance degradation. Hardening the communication layer can preserve platform capability when legacy architectures reach their limits.

Engineered for Extreme Constraints

Our cross-platform software libraries integrate directly into your existing communication stack to deliver deterministic performance over unreliable networks:

Proactive Erasure Coding

Recovers lost data at packet loss rates of 50% and beyond.

Deterministic Low Latency

Maintains predictable data delivery with sub-millisecond jitter.

Feedbackless Operation

Supports asymmetric links and applications where minimizing the active radio profile matters.

100% Software-Defined

Upgrade existing products without replacing radios, redesigning hardware, or overhauling the communication stack.

Memory-Safe Embedded

Designed for constrained systems with a highly optimized CPU and memory footprint.

Harden Your Mission-Critical Stack

Don't let degraded networks become the limiting factor in your platform's performance.

Contact our protocol engineers to evaluate your system requirements.