Triangulation Engine

Time-Difference-of-Arrival (TDoA) & Angle-of-Arrival (AoA)

By measuring the precise picosecond arrival offset of UWB radio pulses across fixed anchor nodes, our telemetry server calculates 3D X, Y, Z coordinates with sub-centimeter fidelity. Fused with Angle-of-Arrival phase measurement, targets maintain spatial orientation even when partially obstructed.

  • Sub-nanosecond clock sync across all mesh anchors
  • Dynamic Kalman filter signal smoothing
  • Low CPU overhead on edge computing gateway nodes
Spotliofindoram UWB Time-Difference-of-Arrival picosecond signal triangulation testing matrix in high-frequency hardware setup
Visual Telemetry

Panoramic Visual SLAM Integration

UWB signals provide robust global indoor coordinates, while panoramic optical cameras generate high-density spatial depth maps. By fusing both streams, Spotliofindoram creates a live digital twin of facilities where assets, mobile robots, and structural modifications are updated continuously.

  • Real-time point cloud synthesis
  • Automatic spatial obstacle recognition
  • Zero drift in reflective glass or corridor zones
3D panoramic visual SLAM depth map point cloud matrix scanning facility interior layout
Enterprise Data Protocols

Seamless Developer & Systems Integration

REST API & WebSockets

Stream real-time spatial X, Y, Z telemetry to warehouse management systems (WMS) or ERP platforms with low-latency WebSocket sockets.

ROS2 Native Driver

Pre-packaged ROS/ROS2 driver packages allow robotics teams to plug Spotliofindoram rangefinders directly into navigation stacks.

MQTT Telemetry Broker

Lightweight messaging standard ideal for low-bandwidth industrial IoT sensors, remote diagnostics, and cloud sync.

Explore API Documentation & SDK Downloads

Access our SDKs for Python, C++, and Rust to evaluate spatial telemetry stream processing on your test nodes.

Request SDK Access