OmniLoc.AI delivers a next-generation, hardware-agnostic localization platform enabling reliable positioning in GPS-denied and GPS-degraded environments.
GNSS is the single point of failure in the air and the single largest line item on the ground.
GPS jammed or spoofedNavigation corruptedNo trusted position
Sensor bill per vehicleHD map requiredNo map, no fallback
Fusing perspectives for absolute accuracy.
Our proprietary SLAM technology aligns ground-level data with satellite imagery in real-time. By locking onto precise environmental features, we eliminate GPS drift entirely.
The camera already on the platform delivers a live frame — no new sensor stack.
The frame is warped towards a nadir view, removing pitch, roll and perspective.
The normalized view is matched against geo-referenced satellite and aerial imagery.
Geometry gating rejects lookalikes and resolves a single absolute global pose.
Expanding perception beyond the horizon.
One embedded unit carries the whole OmniLoc stack onto any airframe: under 200 g, MAVLink straight into the flight controller, and CEP95 under 2 m of absolute global position while GNSS is jammed, spoofed or simply unavailable. Everything is computed on board — no datalink, no ground station, no map pre-built for the area.
A sealed, flight-ready localization unit. Bolt it to the airframe, connect MAVLink, and the aircraft has an absolute global position that does not depend on a satellite signal.
Unit purchase, then a licence per active unit. You buy the hardware once per aircraft and hold an annual embedded-SDK licence on the units you keep flying. Fleet integration is quoted per deployment.
Hyper-Sensing & Data Enhancement.
Modular product kits designed to elevate affordable hardware to premium-grade performance through advanced AI, ensuring trustworthy perception for any autonomous system.
No new hardware ships. The SDK integrates into the existing perception stack and runs INT8-optimized models on the silicon the vehicle already carries.
An annual licence per vehicle. A one-off integration and platform fee brings the SDK into your stack; after that you licence it against the vehicles in the field, with support and each new city deployment quoted separately.
Nothing new is added to the vehicle. The SDK sits between the sensors you already fitted and the stack you already wrote.
Localize imagery you already hold. No vehicle, no integration, no hardware — you call it and you pay for the call.
Submit a frame, receive an absolute geo-referenced pose. Priced per image processed.
Submit footage, receive a geo-referenced track across the sequence. Priced per minute processed.
The same engine inside your own network, for imagery that is not allowed to leave it. Licensed annually.
Reference imagery prepared and validated for a new geography, quoted per region.
Per call. Usage-based pricing on images and video minutes, with an enterprise or on-prem licence when the data cannot go to the cloud. No per-vehicle commitment and no hardware.
The same CrossView engine underneath. What differs is what ships and how you pay for it.
| 01 · Air All-in-One Unit | 02 · Ground Embedded SDK | 03 · Cloud Geospatial API | |
|---|---|---|---|
| Built for | UAVs and defence platforms | Autonomous vehicles and robotaxis | Geospatial and enterprise imagery |
| What ships | A sealed hardware unit, under 200 g | Software only — no new hardware | An endpoint, or a container on your own network |
| Absolute accuracy | CEP95 < 2 m | Centimetre-level | Per-frame geo-referenced pose |
| Runs on | Compute inside the unit | TDA4x · AM69A · Jetson Orin | Our cloud, or your on-prem hardware |
| Integration | MAVLink to the flight controller | Embedded into the perception stack | An API call |
| How you pay | Per unit, plus an annual licence per active unit | Per vehicle, annually, after an integration fee | Per call — per image or per video minute |
From above, many places look almost identical — roads, fields, rooftops, tree rows, parking lines, solar panels, industrial yards. A standard matcher will happily lock onto a tile that looks right locally and is geographically wrong, and it will report high confidence while doing it.
Eight candidate tiles along the corridor. Watch what each method does with them.
Scale and altitude trade off against each other in a single view. Resolving them separately is what stops a correct-looking match at the wrong distance.
Reference imagery was captured in another season, another light, from another sensor. The optimizer closes that gap so the comparison is of places, not of photographs.
Every surviving candidate must agree with the platform's own motion and viewing geometry. Appearance alone never carries a fix.
Active proof-of-concept deployments with leading OEMs and system integrators.
Autonomous navigation for UGVs, UAVs, and UWVs in contested and GPS-denied theatres. Reliable real-time localization for mission-critical operations where signal integrity cannot be guaranteed.
Autonomous perimeter monitoring and asset tracking for energy installations, ports, and transportation networks. Persistent situational awareness without reliance on vulnerable GNSS signals.
Real-time situational awareness for first responders and law enforcement. Drone-based localization for rapid deployment in emergency scenarios where existing infrastructure may be compromised.
Disaster response and search-and-rescue operations with coordinated USV and drone teams. Centimeter-level positioning for damage assessment and survivor location in post-disaster environments.
OmniLoc delivers AI-driven localization solutions that enable autonomous systems to operate reliably even in GPS-denied environments. By fusing multi-sensor data with satellite imagery and advanced computer vision, our technology provides precise, real-time positioning and scene understanding.
Our framework leverages cooperative learning and efficient AI models to achieve high accuracy with reduced data and energy requirements, while ensuring scalability through model optimization and deployment tools.
The result is centimeter-level, real-time localization and enhanced environmental awareness, improving safety, reliability, and performance across autonomous vehicles, drones, robotics, and defense applications.
Motivated by a strong commitment to bring cutting-edge localization technologies into real-world applications, OmniLoc was founded by a team with extensive experience in AI, computer vision, and autonomous systems.
The team has contributed as Principal Investigators and Technical Coordinators in several EU-funded projects and industrial R&D contracts, with work spanning perception, localization, security, and autonomous driving technologies.
OmniLoc develops advanced AI-driven localization solutions that fuse multi-sensor and satellite data to enable precise, reliable positioning, even in GPS-denied environments, enhancing the safety and efficiency of autonomous vehicles, drones, and robotic systems.
Precision localization everywhere.
Analysis, understanding, scene prediction, and control of the vehicle, UAV, or semi-autonomous robotic systems used in precision applications, in order to rapidly eliminate operational risks.
The brilliant minds driving Omniloc's innovation.
Startupper.gr has highlighted OmniLoc.ai as one of Greece’s emerging deep-tech companies, following our win at the Startup World Cup Greece 2026 during BEYOND.The article presents how OmniLoc is developing AI-based localisation technologies for autonomous systems operating in GPS-degraded and GPS-denied...
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🏆 We are incredibly proud to announce that OmniLoc has been named the winner of the Startup World Cup Greece 2026! 🇬🇷🚀This achievement earns us the opportunity to represent Greece at the Startup World Cup Grand Finale in San Francisco,...
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On 12 June 2026, the OmniLoc team participated in the Science Agora Networking & Pitch Elevation event, part of the Proof-of-Concept for Emerging Technologies programme, implemented by Science Agora – Innovation To Society in collaboration with the Hellenic Development Bank...
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Schedule a live demonstration of the Omniloc platform.
See our HD Mapping, Hyper-Sensing Kits, and AI algorithms in action. Pick a time that works for you, and our engineers will walk you through a custom technical overview.
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