GPS and compass aren’t enough
GPS has availability and accuracy gaps, and a compass isn’t always accurate, with a deviation of 5-10°. The result: no way to get an accurate coordinate from a distance.
Real-time aerial video localization
Navigate precisely. Target instantly.
Precision Navigation & Targeting Software layer for drones and loitering munitions operating in GNSS-denied environments.
LandLock™ uses AI-driven image analysis of the standard forward-looking camera to provide precise 6-DoF localization and real-time target geolocation - without GPS and without dedicated hardware.
Field footage · video localization
No GPS · forward-looking camera
From camera to coordinates
Signal lost.
Drones that rely on GPS are vulnerable to signal degradation, spoofing or complete denial - especially in contested or cluttered environments.
Still scanning. In real time.
The scan never waited for GPS to fail. LandLock™ analyzes the live video continuously, with or without GPS - from the standard forward-looking camera, wide-angle or narrow field of view, RGB or IR. No dedicated hardware.
Live video, analyzed.
AI-driven image analysis (from any camera) of the video provides real-time (streamed) at 30 FPS.
Matched to the map.
What the camera sees is matched to a geo-referenced map, then tracked continuously and relocked to terrain and map to limit drift.
Position fixed. No GPS.
Precise 6-DoF localization: continuous, sub-meter level positioning of the drone - and any point in the image translates into a ground coordinate.
- No GPS
- Scan
- Analyze
- Match
- Locate
Field footage · camera to map
The problem
Drones are limited by
GNSS dependence.
Unmanned aerial systems often rely heavily on GPS for localization, making them vulnerable to signal degradation, spoofing, or complete denial - especially in contested or cluttered environments.
Existing solutions fall short
Visual localization solutions struggle with fast, low flight where cameras look ahead to the region of interest. Others require additional hardware or produce unreliable coordinates.
The mission pays the price
A manual operator bottleneck reduces operational effectiveness, constrains mission execution, and leads to losses through failed missions, missed targets, and lost systems.
Our solution
Turns forward video into trusted, actionable geolocation.
A field-proven software solution for real-time, GPS-independent geospatial localization of unmanned aerial systems. It provides continuous, sub-meter level positioning of the drone platform while simultaneously generating accurate georeferencing for all detected objects within the video stream.
Computer vision AI
Sensor fusion
SLAM-based algorithms
01
Match
Match what the forward camera sees to a geo-referenced map to provide precise positioning.
02
Track & relock
Track continuously and relock to terrain and map to limit drift - stable geo over time.
03
Geolocate
Translate a point in the image into a ground coordinate instantly, and overlay map information on the live video.
Capabilities
Four operational gaps.
One video stream.
Survivability & covertness
Navigation without GPS
- The gap
- Navigation and self-localization without relying on GPS.
- The answer
- Image-based navigation that enables self-localization without GPS, with the potential for autonomous navigation.
Collection & targeting
Real-time target geolocation
- The gap
- Acquiring accurate coordinates from a moving video camera in real time.
- The answer
- Instant translation between a point in the image and a ground coordinate, available in real time - using the standard forward-looking camera, with no need for vertical-facing cameras or dedicated sensors.
Mapping infrastructure
Video anchored to the map
- The gap
- Anchoring video to the map online, to create up-to-date references.
- The answer
- An AI-based algorithm that automatically anchors video onto a map from any angle - an exclusive capability - to create a new, up-to-date reference, even with missing objects.
Common language
Shared visual tagging
- The gap
- Making geographic information on video a common, real-time language for orientation and target acquisition.
- The answer
- Visual tagging on the video gives every role in collection and targeting missions a common language - an exclusive capability that improves operator situational awareness.
Key features
From live video to coordinates.
Real-time video localization
Real-time 30 FPS localization with modest compute requirements.
Universal camera compatibility
From wide-angle to narrow field of view, RGB or IR - works seamlessly with any camera.
On-the-fly orthophoto generation
Builds high-accuracy orthophotos in real time from live video or still imagery - no post-mission processing or external photogrammetry tools.
Minimal initial geo-awareness
Handles separate images with high initial location uncertainty - robust localization even in challenging scenarios such as GPS jamming.
Minimal integration friction
Deploys as a standalone product or SDK, packaged for fast integration (container + APIs) and rapid deployment across existing fleets.
No additional payloads
Reduces weight and power consumption - directly extending flight range and endurance - and reduces costs.
The LandLock™ advantage
Where existing solutions fail.
GPS & compass
GPS has availability and accuracy gaps; a compass can deviate by 5-10°.
Removes the dependence on GPS and compass - navigation and accurate coordinate extraction.
Geometry
Difficulty anchoring horizontal video and handling variable zoom.
Works with any FOV and camera angles.
Integration
Price and rigidity of hardware and software products.
Easy & flexible software solution with integration to any hardware.
Target markets
Mission-critical ISR & HLS - and beyond.
Designed to serve a wide spectrum of mission-critical and commercial applications.
- Homeland Security & Defense
- Public Safety & Emergency Response
- Critical Infrastructure & Facility Inspection
- Geospatial Intelligence & Mapping
- Disaster Recovery & Insurance
- Civil Aviation & Airspace Management
- Urban Planning & Smart Cities
- Environmental Monitoring
- Agriculture & Precision Farming
Contact
Request
a demo.
Interested in LandLock™? Tell us about your platform and mission, and our team will get back to you.
Or write to us
info@landlock.net