When GPS Fails, What Do You Do?
GNSS (GPS) is no longer guaranteed in today’s operational environments. It can be: For autonomous…
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SentiNAV delivers precise positioning for ships, drones, and vehicles — even in GPS-denied zones, underground, or under jamming.
From Ukraine to Northern Norway, GNSS signals are increasingly jammed, spoofed, or unavailable. Traditional navigation fails when you need it most.
Electronic warfare disrupts GPS across entire regions.
Malicious actors broadcast fake signals, causing navigation errors.
Tunnels, urban canyons, underground — GPS doesn't reach.
Increase in GPS disruption incidents in Northern Norway since 2022
Plug-and-play modules that integrate with your existing systems. TSN compatible.
GNSS-denied navigation and situational awareness system with integrated cameras and sensors. TSN compatible with RTK GPS.
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Compact, high-performance navigation module designed for drone platforms operating in demanding environments. TSN compatible.
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Configurable navigation and perception system, designed to process and fuse sensor data in real time using all available sensors. TSN…
Learn moreFrom autonomous ferries to defense systems, our technology operates where reliability is non-negotiable.
Autonomous ferries, cargo vessels, and offshore operations.
Resilient navigation for UGVs, UAVs, and manned platforms.
AGVs, AMRs in mines, warehouses, and construction sites.
Precision navigation for lunar landers and space missions.
Our platform delivers nano-to-microsecond synchronization across any sensor type — proven in demanding real-world deployments from autonomous ferries to industrial automation.
SentiBoard enables precise time synchronization across IMU, LiDAR, cameras, and radar.
Integrate components from any manufacturer. Our platform adapts to your sensor stack.
Onboard processing delivers position, velocity, and orientation with minimal latency.
With over a decade of R&D and field-proven deployments across maritime, defense, and industrial sectors, SentiSystems delivers navigation solutions you can rely on when it matters most.
Developing vision-based navigation for precise lunar landing using SentiBoard.
Autonomous navigation for four zero-emission ferries on Lavik–Oppedal.
Member of NVIDIA's startup program for AI and deep learning innovation.
Schedule a 30-minute consultation with our experts to discuss your requirements and see SentiNAV in action.
Stay updated with the latest in GNSS-denied navigation, sensor fusion, and autonomous systems.
GNSS (GPS) is no longer guaranteed in today’s operational environments. It can be: For autonomous…
Read more
The purpose of this article is to emphasize the importance of timing when working with…
Read more
One of the challenges faced by robotic system designers is to decide which sensors to…
Read more
We are happy to announce that we have joined the NVIDIA INCEPTION PROGRAM. This is…
Read more
Trondheim, Norway – SentiSystems, a Trondheim-based technology company, is proud to announce its role in developing…
Read more GNSS (GPS) is no longer guaranteed in today’s operational environments. It can be: For autonomous…
Read more The purpose of this article is to emphasize the importance of timing when working with…
Read more One of the challenges faced by robotic system designers is to decide which sensors to…
Read more We are happy to announce that we have joined the NVIDIA INCEPTION PROGRAM. This is…
Read more Trondheim, Norway – SentiSystems, a Trondheim-based technology company, is proud to announce its role in developing…
Read more