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Active Task Assistance
The right data, on the asset, at the moment of work. Assistance is dynamic, not a static work instruction.
Technical data packages define the ideal, but they are static, and the physical asset changes. Translating 2D diagrams onto physical surfaces by hand invites misplaced boundaries, drifting curves, and inconsistent scale. Physical errors are inevitable, and costly when discovered after the work is done.
SPIDER anchors patterns, boundaries, and placement zones directly on the part, so every technician works from the same aligned reference.
Where manual transfer breaks down
The plate, mask zone, or camo pattern is shown on the real part.
Deviations are flagged as they happen, not found at inspection.
Manuals, diagrams, and plate positions appear on the asset itself.
Each step is confirmed before paint, fastener, or capture.
Dynamic assistance on the asset’s own digital twin
Assistance is dynamic, not a static work instruction. SPIDER detects the asset, aligns its digital twin to the physical surface, and delivers the right data on the asset, on demand: flagging errors in-process as they happen and confirming each step as it is completed correctly, before anything is committed.
Using commercial off-the-shelf devices like Apple Vision Pro, SPIDER localizes the asset, aligns the digital reference to the physical surface, and anchors the required task in context.
The asset is localized and its twin fitted to the surface, with no markers
Patterns, placements, and procedures on the asset, on demand
Each step is confirmed before anything irreversible
The asset is recognized and localized on a commercial off-the-shelf device.
The digital twin is fitted to the physical surface as it actually sits.
The target appears in place: pattern, placement zone, or procedure step.
Deviations are flagged in-process and each step is confirmed before it is committed.
Validated task data goes straight to robotic systems and the digital record.
No manual transfer from 2D drawings at any step.
Tasks anchored to the exact location on the physical asset, never interpreted from a separate drawing.
Uniform results across technicians of every experience level, on every shift.
Validation before irreversible steps reduces rework, wasted materials, and added inspection time.
Validated task data transmits straight to robotic systems, removing manual transfer steps.
The same spatial workflow carries any task that starts as a drawing, a pattern, or a procedure.
Tell us which task your technicians still transfer by hand, and we will follow up.
SPIDER overlays camouflage patterns and boundaries onto the physical surface, auto-aligned to the asset. Technicians place and verify each zone before paint is applied, validated in-process rather than caught in rework.
Once the digital twin aligns to the part, AR stencils mark each plate’s target location and confirm placement in real time. Sessions save and recall, with results mapped back onto the asset in context.
SPIDER auto-aligns the digital twin to the structure, then overlays mark each component’s location and sequence, confirming correct placement as work progresses and leaving a verifiable record.
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