Vision-Based Autonomy Platform
AI-AV
Vision-based autonomous guidance that enables unmanned platforms to navigate, track, and engage targets using visual feedback alone—without GPS, external positioning, or pre-planned waypoints.
Designed for contested environments where traditional navigation systems fail, AI-AV provides resilient autonomous capability across defence and commercial applications.
Overview
What is AI-AV?
AI-AV is a vision-based, target-oriented adaptive control system that enables autonomous platforms to navigate and engage targets using visual sensors as the sole input.
Unlike traditional guidance systems that depend on GPS satellites or external navigation infrastructure, AI-AV processes visual information in real-time to guide platforms toward their objectives—providing reliable autonomous capability in environments where conventional navigation is compromised.
The system mimics natural visual homing, continuously adapting to target movement and environmental conditions to maintain stable, precise guidance throughout the mission.
Primary Input
Visual sensor feed
Operating Mode
Autonomous / GPS-independent
Platform Support
Air, Ground, Marine
Integration
Platform-agnostic API
Why AI-AV
Key Advantages
AI-AV addresses critical gaps in modern autonomous systems, providing a resilient navigation capability that operates independently of external infrastructure.
Resilient Operations
Eliminates single points of failure associated with GPS dependency. Continues operating when satellite signals are unavailable, jammed, or spoofed.
Real-Time Adaptation
Dynamically adjusts to target manoeuvres and environmental changes without requiring pre-programmed trajectories or external navigation aids.
Reduced Complexity
Platform-agnostic architecture simplifies integration across diverse vehicle types, reducing development costs and accelerating deployment timelines.
Enhanced Security
Passive optical sensing reduces electromagnetic signature. Onboard processing minimizes reliance on vulnerable external data links.
Operational Environments
Where GPS Fails, AI-AV Operates
AI-AV is engineered specifically for environments where traditional GPS-based navigation is unreliable, unavailable, or actively denied. The system provides consistent autonomous capability regardless of satellite coverage or electromagnetic interference.
From urban canyons with severe GPS multipath to contested battlespaces with active jamming, AI-AV maintains reliable visual guidance where other systems fail.
Dense built environments where GPS multipath causes unreliable positioning
Tunnels, buildings, and subterranean spaces without satellite coverage
Areas subject to GPS jamming, spoofing, or electronic warfare
Open water environments where GPS may be unreliable or denied
Wilderness and mountainous regions with limited infrastructure
Anti-access/area-denial zones with degraded navigation capability
Platform-Agnostic
Multi-Domain Deployment
AI-AV's architecture abstracts control commands to work with any platform's actuation system. Deploy the same guidance capability across your entire fleet—aerial, ground, or marine—without fundamental system modifications.
Aerial
Fixed-wing and rotary UAVs, loitering munitions, interceptor drones
Ground
Autonomous ground vehicles, robotics platforms, logistics systems
Marine
Surface vessels, underwater vehicles, maritime autonomous systems
Defence Applications
Mission-Critical Autonomy
AI-AV enables autonomous platforms to execute critical missions in contested environments where GPS denial, electronic warfare, and complex terrain challenge traditional navigation approaches.
Counter-UAS Interception
Enables interceptor drones to visually acquire and neutralize hostile unmanned aircraft in GPS-denied or electronically contested environments.
Precision Engagement
Provides guidance for autonomous platforms to identify and approach targets with high accuracy, even when targets are evasive or manoeuvring.
Persistent Surveillance
Maintains stable visual observation of targets of interest across extended operations, adapting to target movement and environmental changes.
GPS-Denied Operations
Ensures mission continuity in contested electromagnetic environments where GPS signals are jammed, spoofed, or unavailable.
Commercial Applications
Beyond Defence
The same GPS-independent guidance technology that enables defence operations also solves critical challenges in commercial autonomous systems—from last-mile delivery to infrastructure inspection.
Autonomous Delivery
Guides delivery drones to precise drop-off points using visual markers, enabling reliable last-mile delivery in challenging locations.
Search & Rescue
Enables autonomous platforms to locate and track persons or objects in maritime and wilderness environments, including night operations.
Infrastructure Inspection
Provides precise visual navigation for inspection missions in environments where GPS is unreliable—tunnels, indoor facilities, dense urban areas.
Precision Landing
Enables autonomous platforms to visually identify and execute precision approaches to designated landing zones or docking stations.
Mission Execution
Operational Sequence
AI-AV executes autonomous missions through a structured sequence of operational phases, maintaining continuous operator oversight capability throughout the engagement.
SEARCH
Autonomous patrol and area coverage using visual sensing
The system autonomously scans the operational area, processing visual data to identify potential targets of interest.
DETECTION
Target identification and classification
Once potential targets are identified, the system classifies and prioritizes them based on mission parameters.
TRACKING
Continuous visual lock maintenance
Real-time adaptive tracking maintains lock on the selected target, compensating for movement and environmental factors.
EXECUTION
Mission completion with operator oversight
The system guides the platform to complete the mission objective while maintaining operator oversight capability.
System Capabilities
Engineered for Reality
AI-AV is designed from the ground up for operational deployment. Every capability is validated against real-world conditions—not laboratory ideals.
The system compensates for atmospheric disturbance, platform vibration, sensor noise, and the unpredictable behaviour of evasive targets—maintaining stable guidance when conditions are far from perfect.
For detailed technical specifications, integration requirements, and performance data, please request a briefing with our technical team.
Operates without reliance on GPS or external positioning systems
Continuous visual lock and adaptive pursuit of moving targets
Deployable across aerial, ground, and marine autonomous systems
Operates effectively across diverse lighting, weather, and terrain
Minimal processing requirements suitable for embedded systems
Seamless integration with human-in-the-loop control systems
Protected Technology
AI-AV is protected by a comprehensive patent portfolio covering core guidance methodology and adaptive control systems. The underlying algorithms and implementation details are proprietary to The RLK Group.
Request a Technical Briefing
Discuss how AI-AV's vision-based autonomy can address your operational requirements. Our team will provide detailed technical specifications, integration pathways, and deployment timelines.