Request Radar Demo

Spatial Journal & Engineering Research

Whitepapers, technical analysis, and spatial localization engineering insights from the Spotliofindoram R&D team.

High-tech UWB and optical time of flight positioning laboratory test system
AUGUST 12, 2026 // ENGINEERING

Achieving Sub-Centimeter Indoor Positioning via Hybrid UWB & Optical ToF

An analysis of signal fusion algorithms combining IEEE 802.15.4z ultra-wideband timing pulses with optical time-of-flight rangefinders in high-density facilities.

Read Research Whitepaper →
Automated logistics warehouse steel racks showing multi-path signal reflection environment
JULY 28, 2026 // SYSTEM ARCHITECTURE

Eliminating Multi-Path Interference in Metal-Dense Automated Logistics Hubs

How nanosecond pulse-isolation techniques allow rangefinder radar signals to bypass heavy metallic reflections in automated rack environments.

Read Research Whitepaper →
Printed circuit board design for ultra low power UWB asset tracking beacon
JUNE 15, 2026 // HARDWARE DESIGN

Designing Ultra-Low Power UWB Asset Beacons with 7-Year Lifespans

Exploring power management states, adaptive sleep cycles, and accelerometer-triggered beacon bursts for long-term industrial asset tracking.

Read Research Whitepaper →
Autonomous mobile robot navigating warehouse floor using spatial telemetry
MAY 04, 2026 // ROBOTICS

Autonomous Mobile Robot Navigation using Panoramic Spatial Telemetry

Replacing traditional 2D planar LiDAR with full panoramic spatial telemetry to optimize AMR fleet traffic management in narrow warehouse aisles.

Read Research Whitepaper →
3D architectural structure digital twin mapping generated from spatial rangefinder telemetry
APRIL 19, 2026 // FACILITY OPS

The Role of Real-Time Rangefinding in Next-Gen Architectural Digital Twins

Connecting physical indoor events to enterprise spatial digital twins using automated spatial telemetry streams and web standard protocols.

Read Research Whitepaper →
Industrial ethernet server infrastructure providing sub-nanosecond clock synchronization
MARCH 11, 2026 // PROTOCOLS

Sub-Nanosecond Clock Synchronization across Ethernet-Connected Anchor Mesh Networks

How hardware-level Precision Time Protocol (PTP) enables accurate TDoA positioning across multi-story enterprise facilities without master clock drift.

Read Research Whitepaper →

Subscribe to Spatial Engineering Updates

Receive technical whitepapers, system benchmarks, and ROS driver release notes directly from our engineering office.

Join Spatial Developer Network