Flagship Hardware & Neural Unit

NIRU: When Intelligence Leaves the Screen.

Neural Intelligence Robotics Unit

Machine intelligence should not be limited to digital interfaces. NIRU connects neural intelligence, perception, edge AI, autonomous systems, and robotics to enable machines to sense, learn, decide, navigate, and act in real time.

Full Sensor-to-Actuation Loop

Interactive System Architecture.

A continuous 10 kHz closed-loop cycle translating raw physics into deterministic mechanical action.

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SENSE

High-Frequency Environmental Data Capture

1000 Hz Telemetry Ingest

Continuous omnidirectional data ingestion via solid-state LiDAR, high-frame-rate stereo visual sensors, IMU telemetry, and ultrasonic rangefinders.

Hardware Ingestion Layer
Solid-State LiDAR, 4K Stereo Cameras, 9-Axis IMU, Ultrasonic Arrays
Neural & Control Algorithms
Hardware abstraction layers, sensor clock sync (PTP/IEEE 1588)
Engineered Subsystems

Seven Pillars of Physical Autonomy.

Explore the dedicated software and hardware modules that power the NIRU platform.

Subsystem Module

Computer Vision & Visual Odometry

120 FPS Feature Tracking at 1080p

High-speed spatial perception leveraging stereoscopic disparity mapping, semantic segmentation, and visual-inertial odometry to calculate position without relying on GPS.

Core Subsystem Tech Stack
OpenCVPyTorchTensorRTCUDAStereoSGBM
Custom Hardware & Neural Integration

Ready to Bring Neural Intelligence into Your Physical Operations?

Discuss your facility constraints, autonomous navigation requirements, and edge AI compute setup with our robotics directors.