Pathfinder. Autonomous tracked ground platform.

AI-driven path planning and obstacle avoidance through unstructured terrain. Fused LiDAR and GNSS positioning. Deploys, operates, and returns without human intervention.

Self-forming mesh network maintains connectivity across terrain where line-of-sight is broken. GNSS antenna for precise geolocation of all collected data. Operates in areas with no existing comms infrastructure.

Continuous 360-degree point cloud capture at ground level. Captures infrastructure detail under canopy, inside structures, and along surfaces where airborne data falls short.

Close-range sensing fills the gaps that aerial surveys miss. Underside of bridges, interior of tunnels, base of structures, vegetation-obscured assets. Validates and completes airborne datasets.

Active construction zones, unstable terrain, steep grades, confined spaces, and areas with restricted access. Continuous operation in conditions that delay or prevent manual survey.

Ground and air platforms share positioning, sensor data, and project plans in real-time. Combined datasets eliminate gaps between aerial coverage and ground-level detail. One operator manages both platforms from a single interface.

Extended endurance for continuous day-night cycles without downtime. When aerial platforms are grounded by weather or darkness, Pathfinder maintains the project on the ground.

Unified command interface controls both Pathfinder and Trinity through a common operational picture. Plan, adjust, and coordinate air and ground survey platforms from a unified interface without scaling headcount.