Menu
Every reading anchored to its exact place on the asset.
Inspection readings, sensor outputs, and defect locations are usually captured by hand or stored apart from the asset, slowing maintenance cycles and limiting traceability. SPIDER tracks inspection tools in real time and anchors every reading to its location on the physical part and its digital twin, on a single unified data layer.
Defect Detection and Characterization
SPIDER supports non-destructive testing workflows with automated crack detection, measurement, and classification. Marker-based sizing produces a consistent record where visual assessment would otherwise be subjective. Reports and pass/fail results generate from the inspection itself, leaving a documented audit trail.
Tool Tracking and Data Mapping
SPIDER tracks the inspection tool in real time and maps each reading to its location on the part and the CAD model, building a spatial record as the capture proceeds.
SPIDER detects foreign or missing objects and flags areas for further inspection.
SPIDER automatically segments objects of interest from large-area 3D model generation, producing XR-ready content in minutes. Inspection records connect to existing PLM and enterprise systems through standard APIs, returning to the system of record rather than sitting in a separate tool.
A complete, spatially anchored record for every inspection.
Standard APIs into existing PLM and enterprise systems.
Object recognition, scene understanding, and automatic segmentation.
On-premises, secure government or private cloud, or fully disconnected.
A self-contained, deployable inspection system — local compute, isolated network, headset, tablet, and your chosen instrument in one transportable case. No cloud, no internet, no enterprise network. Every modality feeds one unified record.
A tactile sensor captures high-resolution surface topography — dents, scratches, corrosion. SPIDER tracks it in real time and anchors each capture to its exact location on the part and digital twin.
SPIDER tracks the probe in 6DoF, traces the inspection path with coordinates, and overlays its live pose on the digital twin — so coverage is verifiable and any finding can be relocated exactly for repair.
Microwave inspection reveals delaminations, disbonds, moisture ingress, and thickness variation in composites and coatings. SPIDER overlays scan results onto the part and its twin, anchored in place.
SPIDER automatically detects and classifies surface-breaking defects revealed by the penetrant, with marker-based sizing and instant pass/fail reports — removing subjective visual judgment from the process.
SPIDER identifies the areas to be masked and works through each stage with the technician. Completed regions are marked done, building a validated digital work record and a fully traceable history of the job.
Products
Resources
Industries
Company