01
Visual navigation
Pose estimation, target tracking, inspection cues, and proximity-operations awareness for cooperative and non-cooperative objects.
Edge perception · space + air
Perception systems for missions that cannot wait for the ground.
Technetium turns imagery into detection, pose, and RTOS-aware action for targets that are unknown, distant, or hard to see.
EdgeReal-time perception outputs
SpaceNon-cooperative visual navigation
AirCompact DroneViz payloads
SatViz pose loop
in-space imagery
Aerospace Corporation imagery with SatViz pose estimation on a fully unknown object.
What we build
From pixels to action.
We focus on the hard middle layer: perception that can be integrated into the platform, validated before flight, and trusted enough to inform autonomous behavior.
02
3D reconstruction
Scene understanding and reconstruction pipelines that support geometry recovery, inspection, and change detection.
03
Small-object detection
Low-SWaP payloads and AI models for drone detection, tracking, and discrimination in field imagery.
04
Digital twin validation
Synthetic scenes, sensor effects, lighting sweeps, and failure-case generation for faster testing before field deployment.
05
RTOS-aware autonomy
Decision loops designed around timing, telemetry, watchdogs, safe fallback behavior, and embedded-system constraints.
06
Flight-test engineering
Operationally grounded engineering support for system integration, test planning, and mission-readiness evaluation.
SatViz
Vision-based awareness for spacecraft operating near unknown objects.
SatViz is designed to estimate state from imagery when a mission does not have a clean CAD model, cooperative markers, or ideal lighting. It converts vision into information the spacecraft can use: detection, tracking, pose, confidence, and guidance-relevant context.
No target CAD dependency
Pose estimation from real imagery
Inspection and RPOD support
Designed for onboard integration
DroneViz
Compact airborne perception for C-UAS.
DroneViz packages detection hardware and software for teams that need a deployable perception payload rather than a lab-only demo.
Digital twin + embedded validation
Find the edge cases before they become mission cases.
Autonomy fails in the gaps between beautiful demos and real operating constraints. Technetium uses synthetic data, simulation, hardware-in-the-loop thinking, and flight-test discipline to expose those gaps early.
01Model environmentLighting, geometry, range, sensor effects
02Stress perceptionOcclusion, blur, saturation, unknown targets
03Integrate loopTiming, confidence, watchdogs, telemetry
04Test decisionInspect, avoid, reacquire, alert, hold
Built for teams moving from prototype to mission integration.
01Space companies
Inspection, proximity operations, on-orbit servicing, and visual navigation.
02Defense and UAS teams
Small-object detection, edge sensing, payload integration, and field validation.
03Research partners
Digital twin generation, perception test campaigns, and autonomy experiments.
Start a mission conversation
Tell us what your platform needs to see, estimate, or decide.
Share the sensor, environment, target type, platform constraints, and the decision the system needs to support. We will respond with a practical integration path.
info@technetiumengineering.com