From the launch pad to the edge of the map.

A handheld capture and reconstruction service that turns an airframe, a runway or a hangar into a measurable model. Panel gaps, skin deformation and repair history become dimensions that can be queried and compared against the previous inspection.

• A handheld pass produces a measurable model, not photographs
• Panel gaps, deformation and repair history become queryable dimensions
• Every survey compares against the one before it
• The same stack surveys runways, hangars and ground infrastructure

A handheld pass around an airframe produces a measurable model rather than a folder of photographs. Panel gaps, skin deformation and repair history become dimensions you can query and compare against the last inspection, not impressions recorded in a notebook. The same capture stack surveys runways, hangars and ground infrastructure.

A positioning engine that fuses inertial, terrain-referenced and contextual signals into a position that survives losing the satellites, and that reports its own confidence instead of presenting a guess with the certainty of a fix.

• Position held when the satellites are degraded, shadowed or denied
• Inertial, terrain-referenced and contextual signals fused into one estimate
• Confidence reported honestly alongside the position

GNSS is a claim, not a fact — it degrades, it gets shadowed by terrain, and it can be denied outright. T.R.U.E. fuses inertial, terrain-referenced and contextual signals into a position that survives losing the satellites, and reports its own confidence honestly rather than presenting a guess with the same certainty as a fix.

Guidance and control tuned for the moment a sensor starts lying, a surface stops responding, or the model of the world diverges from the world. It is built to detect that it is wrong, which is a different discipline from being right.

• Tuned for sensor failure, unresponsive surfaces and model divergence
• Detects that it is wrong rather than assuming it is right
• Degrades gracefully instead of failing at the boundary

Systems are usually engineered for the nominal case and hope for the rest. DEADSTICK inverts that: guidance and control tuned for the moment a sensor starts lying, a surface stops responding or the model of the world diverges from the world. It is built to detect that it is wrong and degrade gracefully, which is a different discipline from being right.