CON.AR FusionNav™
Part of the CON.AR Suite
CON.AR FusionNav™ is a core element of the CON.AR™ Suite, AIVeNautics’ situational awareness and decision support platform built on advanced AI, sensor fusion, AR, and connectivity technologies.
Together, the suite provides a scalable foundation for safer and smarter maritime navigation across diverse vessel types and operating environments.
See More. Navigate Safer.
CON.AR FusionNav™ is an AI-powered navigatxion assistance system that enhances maritime situational awareness by seamlessly fusing camera, radar, AIS, and electronic nautical charts (ENC) into a single, coherent operational picture.
Rather than presenting fragmented sensor data, CON.AR FusionNav™ helps operators see, understand, and act on navigation situations with greater clarity and confidence.
The root cause of collisions and groundings is the inability to clearly perceive surrounding risks.
AIVeNautics addresses this challenge with situational awareness solutions that make hazards around the vessel visible and understandable, helping prevent collisions and groundings before they occur.
Early-Stage Sensor Fusion Centered on Radar
CON.AR FusionNav™ is an AI-powered navigatxion assistance system that enhances maritime situational awareness by seamlessly fusing camera, radar, AIS, and electronic nautical charts (ENC) into a single, coherent operational picture.Rather than presenting fragmented sensor data, CON.AR FusionNav™ helps operators see, understand, and act on navigation situations with greater clarity and confidence.
Motion-Resilient Perception for Small Leisure Vessels
Autonomous Navigation Technology for Small Vessels
Perception performance often degrades on small vessels due to severe motion. By leveraging autonomous vessel system technologies optimized for small craft, AIVeNautics has developed a situational awareness system that performs reliably even on highly dynamic vessels — without the need for expensive sensors.
How CON.AR FusionNav™ Works
CON.AR FusionNav™ follows a structured AI-based sensor fusion pipeline:
Sense
Collects real-time inputs from camera, radar, AIS, and ENC.
Align
Applies precise time and geo-alignment to synchronize all sensor inputs.
Fuse
Correlates detected objects, radar plots, and AIS tracks into one coherent scene.
Assist
Presents prioritized, actionable navigation insights that support human decision-making rather than replace it.
Why CON.AR FusionNav™ Matters
Modern bridge operations require operators to continuously interpret multiple displays under time pressure.CON.AR FusionNav™ addresses this challenge by correlating what is seen, tracked, and charted into one consistent view.
01
Detect and understand traffic earlier through a fused, scene-level view.
02
Reduce bridge workload by consolidating key navigation information.
03
Enable faster, more confident decisions in congested waters and harbor approaches.
04
Improve team coordination through a shared operational picture
05
Minimize misinterpretation by aligning visual camera data with radar and AIS tracks.
06
Support training and onboarding, helping new operators quickly learn what truly matters.
Key Capabilities
Multi-Sensor Target Correlation
Radar detections, AIS tracks, and visual objects are automatically correlated, eliminating ambiguity and reducing cognitive load.
Camera + Radar Fusion for Detection
By combining complementary sensing strengths, CON.AR NightNav enhances object detection reliability — especially in darkness, glare, or visually cluttered environments.
Chart-Context Awareness (ENC)
Navigational context such as routes, fairways, hazards, and operational restrictions is seamlessly integrated into the scene, helping operators understand where and why a situation matters.
Decision Support Widgets
Operator-centric tools such as CPA/TCPA indicators, closest-approach cues, and attention highlights ensure that high-priority targets stand out immediately — enabling quicker, safer reactions.
Navigator-Centric by Design
CON.AR FusionNav™ is designed to support human navigators, not overwhelm them. By presenting fused information in a clear, intuitive, and prioritized manner, the system helps operators maintain situational control while benefiting from AI-assisted awareness. Final navigation decisions remain with the human navigator, in compliance with COLREGs.