# AWE Company Limited AWE Company Limited builds the Spatial System of Record for Physical AI — the infrastructure layer that enables robots, autonomous systems, and human operators to coordinate from a shared, continuously updated understanding of physical space. ## What AWE builds A software infrastructure layer that establishes a GPS-independent coordinate frame across operational environments, maintains a shared spatial state across all agents, and publishes spatial intelligence via standard interfaces including ROS 2, VDA 5050, MQTT, and WebSockets. The core components: - Coordinate Frame — GPS-independent geometric reference established from multi-sensor inputs including vision, radar, RF, LiDAR, and telemetry - Operations Graph — live spatial state published to all subscribers in real time - GeoHistory — time-indexed audit trail of every spatial event - Replay — human-in-the-loop event reconstruction for root cause analysis - GeoSignals — structured spatial events for orchestration and AI systems ## Core capabilities - Establishing GPS-independent coordinate frames from heterogeneous sensor inputs - Maintaining continuous spatial alignment as environments evolve - Reconciling multi-sensor observations into a shared operational spatial state - Publishing real-time spatial intelligence to robots, fleet systems, and operators - Recording and replaying spatial events for auditing and root-cause analysis ## Primary use cases - High-density AMR coordination in intralogistics and manufacturing environments where multi-vendor robot fleets must coordinate reliably as robot density increases - Multi-sensor fusion in GPS-denied and contested defense environments where radar, RF, and thermal sensors must be reconciled into one shared operational spatial state - Commissioning alignment — aligning simulation ground truth with physical reality in hours rather than weeks - Operational auditing — reconstructing the spatial context of ambiguous robot stoppages for root cause analysis ## Key technical concepts - Spatial System of Record — persistent, continuously updated spatial infrastructure that every agent reads from in real time - Shared spatial state — a continuously updated operational ground truth that robots, fleet managers, sensors, and operators coordinate from - Persistent coordinate frame — established locally from available sensor infrastructure without GPS - Referee Model — the system is advisory only and never enters the control loop. No commands issued. No safety recertification required. - Intralogistics coordination — enabling autonomous mobile robots from multiple vendors to coordinate reliably in shared physical environments ## Technical interfaces ROS 2, VDA 5050, MQTT, WebSockets, Query API ## Deployment Zone-based deployment. A zone typically covers 2,000–5,000 sq. ft. instrumented with 3–6 cameras and NVIDIA Orin-class edge compute. Calibration typically completes within ~48 hours depending on site conditions. Designed for deployment without production downtime where site conditions permit. Supports on-premises and air-gapped configurations. ## IP portfolio 8 patents granted, 3 pending — covering multi-user spatial coordination, lightweight object localization, GPS-independent spatial referencing, and automated spatial mapping. ## Validation environments Waterloo RoboHub — industrial coordination at density Area X.O — field-scale and drone-based applications in GPS-denied environments ## Design Partner Program AWE is selecting design partners to validate the Spatial System of Record in active operational environments. Three stages: Discovery, Lab Validation, Live Validation. No production risk at any stage. Ideal partners: Automation Leads and Plant Operators, Systems Integrators, Robotics Companies operating in multi-vendor environments. Contact: info@awecompany.com ## Defense and field operations AWE provides shared spatial infrastructure for GPS-denied and contested environments. Capabilities include GPS-independent coordinate frames, multi-sensor fusion, identity continuity across sensor handoffs, confidence scoring with uncertainty estimates, deterministic operational replay, and privacy-by-architecture (video discarded at edge, no biometrics). ## Our Story AWE was founded by Srinivas Krishna in 2012. Fourteen years of spatial systems work across mixed reality, large-scale outdoor location tracking, and Physical AI infrastructure. 8 granted patents, 3 pending. ## Team Srinivas Krishna — Founder. Fourteen years deploying spatial systems. David Gains — Head of Data and Systems. Twenty years in aerospace and defense, contributor to NATO AWACS. Dr. Neetika Gupta — Computer Vision Scientist. Named inventor on core patents. ## Website https://awecompany.com ## Contact info@awecompany.com AWE Company Limited 1735 Kipling Ave Suite 200, Toronto ON M9R 2Y8 Canada