Resource Library
Brochures and spec sheets covering automatic target recognition (ATR), AOI tracking and video analytics, drone autonomy, UGV and robotic dog (quadruped) autonomy, controlled and monitored autonomy, swarm control, tactical video teleoperation and NOMAD multi-robot C2I — including STANAG 4609 / 4817 / 4818 and CoT / TAK / ATAK interoperability. Product documentation is also available on each product page.
Type
Product
Edge-AI video analytics for automatic detection, classification and persistent tracking from EO and IR video. Covers ATR, automatic target recognition, video analytics, AI video analytics, AOI tracker, area of interest tracker.
Onboard autonomy for navigation, mission execution, sensor control, target tracking and autonomous mission behaviors. Covers drone autonomy, UAV autonomy, ground robotics autonomy, autonomy box, UGV, robotic dog.
A retrofit autonomy computer that upgrades existing ground robotic platforms with navigation, obstacle avoidance and autonomous mission behaviors. Covers drone autonomy, UAV autonomy, ground robotics autonomy, autonomy box, UGV, robotic dog.
Low-latency video, teleoperation and control for drones, UGVs and robotic dogs operating over RF, mesh, cellular and bandwidth-constrained tactical networks. Covers tactical video, teleoperation, low latency video, UGV teleoperation, robotic dog teleoperation, mesh radio video.
A tactical C2I autonomy gateway that sits beneath an existing command system and connects mixed UAV, UGV and quadruped fleets. Covers tactical C2I autonomy gateway, multi-robot command and control, C2, C2I, swarm, robotic swarm.
Interfaces, supported platforms, standards and integration details for the Video Analytics Suite — ATR, automatic target recognition, video analytics, AI video analytics, AOI tracker.
Interfaces, supported platforms, standards and integration details for the Drone Autonomy Suite — drone autonomy, UAV autonomy, ground robotics autonomy, autonomy box, UGV.
Interfaces, supported platforms, standards and integration details for the Ground Robotics Autonomy Box — drone autonomy, UAV autonomy, ground robotics autonomy, autonomy box, UGV.
Interfaces, supported platforms, standards and integration details for the Tactical Video & Teleoperation Suite — tactical video, teleoperation, low latency video, UGV teleoperation, robotic dog teleoperation.
Interfaces, supported platforms, standards and integration details for the NOMAD Tactical Robotic C2 — tactical C2I autonomy gateway, multi-robot command and control, C2, C2I, swarm.
A short overview of the Neuronic stack: edge perception, platform autonomy, tactical video and multi-robot command and control.
A robotic dog receives a building scan mission, enters the structure, navigates corridors, scans rooms and reports video and position back to the operator — without teleoperation.
A tracked UGV runs the Neuronic autonomy stack against a physics-based simulation, with real hardware in the loop, to validate navigation and obstacle avoidance before field deployment.
Neuronic edge analytics detect, classify and track multiple targets in real time from EO and IR video, holding track identity through occlusion and platform motion.
A drone detects a moving ground target, follows it autonomously and keeps the gimbal locked while continuing its mission without continuous operator control.
A low-cost FPV drone fitted with a Raspberry Pi companion computer holds a loiter pattern around a point of interest while streaming video and telemetry.
See NOMAD connect heterogeneous UAV, UGV and robotic-dog feeds, normalize their video and metadata, and hand a shared target between platforms.
A tracked UGV executes an assigned outdoor route, assesses traversability and avoids obstacles that were not in the plan.
An operator holds live video, telemetry and control of a robotic platform while available bandwidth drops and the link degrades.
Detailed interface specifications and performance data are released on request, subject to export control.
