Intelligent Perception Technology for Defense & Security

At The Forefront of Perception Technology

SentiAcu delivers cutting-edge perception solutions-from Proximity Fuzes to Anti-GNSS Denial-providing critical capabilities for defense and security applications.

Our Precision for Your Mission Assurance

Air

We provide professional electro-optical and radar sensing solutions, catering to maritime mission requirements such as maritime ISR, offshore rescue, and naval systems.

Land

Our advanced LiDAR and Radar technologies have significantly enhanced the efficiency and effectiveness of battlefield awareness. These solutions are utilized not only in individual handheld devices but also responsible for essential sensing tasks in vehicle mounted systems.

Sea

Our advanced sensing solutions are deployed across a diverse range of applications including proximity fuzes, UAVs, and airborne ISR gimbals. These systems are designed to meet the evolving demands of modern warfare for more agile, effective, and cost-efficient.

Programs

STM Savunma: Tactical UAV LiDAR Integration Project

PAVO Group: LG Missile Launcher Drone Obstacle Avoidance Solution

Xtend Defence: SCORPIO & XTENDER ~ GNSS-Denied Navigation + Proximity Fuze Support

SYPAQ: UAV Belly Landing Perception Solution

Sagar Defence: SPECTRE M/P ~ GNSS-Denied Sensor + Proximity Fuze + Assisted Landing

Perception and Protection

SentiAcu is driving the future of intelligent perception for modern defense systems. With LiDAR, millimeter-wave radar, and fusion algorithms, we provide all-weather, high-precision situational awareness—empowering UAVs, missiles, and unmanned systems in critical missions.

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Single Point LiDAR (SPL)

Laser Scanner Measurement (LSM)

Pixel Array LiDAR (PAL)

Radio Frequency Sensor (RFS)

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Latest News & Events

Laser Scanner Measurement for SLAM and Robotics: Choosing a Laser Scanner for Dynamic and Low-Reflectivity Environments

19-Aug/2026

A mobile robot does not need a laser scanner because “LiDAR is advanced.” It needs a scanner because the control stack requires spatial measurements that remain useful while the platform moves, turn...

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3D Laser Scanner Accuracy: Point Density, Registration, Reflectivity, and Calibration Explained

12-Aug/2026

A 3D point cloud can look impressive and still be wrong. Dense colorized data, smooth surfaces, and millions of points do not prove that the measured geometry is accurate enough for inspection, naviga...

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Single Point LiDAR vs Laser Distance Sensor: What Is the Practical Difference?

12-Aug/2026

Engineers often encounter the terms “single point LiDAR,” “laser distance sensor,” “laser range sensor,” and “laser rangefinder” in the same specification search. The labels overlap, but the p...

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