IN Brief:
- Doodle Labs will demonstrate Mesh Rider radios and Sense EW-resilience features.
- The systems target ISR drones, loitering munitions, and autonomous platforms.
- Frequency agility, mesh routing, anti-jamming, and dual-frequency links are key features.
Doodle Labs will showcase wireless networking technology for uncrewed and autonomous systems at SOF Week, including Mesh Rider radios, Sense electronic-warfare resilience capabilities, and multi-band networking for contested environments.
The company’s systems are aimed at intelligence, surveillance, and reconnaissance platforms, tactical drones, loitering munitions, and autonomous systems that need to maintain control, telemetry, and payload data links under degraded spectrum conditions. The technologies being shown include adaptive mesh networking, long-range datalinks, frequency agility, dual-frequency operation, anti-jamming features, and low-probability-of-intercept/detection techniques.
Mesh Rider radios combine radio hardware with mesh networking software that can adjust routing, prioritisation, and network behaviour as RF conditions change. The Sense feature set is designed to improve interference avoidance for mission-critical robotics and connected teams by helping the radio system adapt when spectrum becomes congested, contested, or deliberately disrupted.
Autonomous platforms are becoming more distributed, more data-heavy, and more dependent on reliable connectivity at the edge. ISR drones need to move video and sensor data. Loitering munitions and robotic systems need command links and telemetry. Multi-platform teams require routing that can survive movement, obstruction, interference, and partial network failure.
That operating environment is pushing RF systems away from simple point-to-point radios and toward resilient networked architectures. A datalink in a contested environment cannot depend on clean spectrum, fixed topology, or stable line-of-sight. It must reroute traffic, manage link degradation, prioritise command data, and maintain useful connectivity when part of the network is compromised.
For embedded system design, the radio is no longer a peripheral module added late in the platform. It becomes part of the autonomy architecture, affecting power budget, antenna placement, processor load, encryption, thermal management, payload integration, and operator workflow. A small unmanned system that loses its data link at the wrong moment can lose mission value even if the airframe and payload remain functional.
Dual-frequency operation and anti-jamming features reflect the pace of electronic warfare adaptation. Autonomous platforms are increasingly deployed in environments where adversaries can monitor, jam, spoof, or locate RF emissions. Low-probability-of-intercept/detection behaviour and agile routing are therefore becoming core design requirements for systems expected to operate close to contested spectrum.
Doodle Labs’ SOF Week focus places RF resilience at the centre of autonomous system performance. As uncrewed platforms move deeper into tactical operations, the strength of the datalink is becoming one of the defining limits of range, survivability, and usefulness.
