
The Lab
USB-C for power/charging, 10-pin JTAG, programmable LEDs, and headers for easy signal probing and power analysis.
Pair NuraSense with the ApplicationForge app over Bluetooth, push any demo to the board, and watch results live — no laptop, no code.
Connect the app to your eval board in a tap.
Push VAD, gesture recognition, fall detection, and more to the board.
Watch AI inference results stream to your phone in real time.


The NuraSense Evaluation Kit puts a real GPX10 Pro, onboard sensors, and a microphone in your hands with a snap-off breakout for probing and power analysis. Validate real AI on real silicon out of the box, then carry the exact same software straight to production.
Everything you need to evaluate GPX10 Pro sensors, microphone, wireless, and debug pre-integrated and ready to run.

Compact core board with a detachable breakout for probing and debug.
Runs from a 3.7V rechargeable battery (onboard charging), or a bench supply (1.8V to VDDH / 1.0V to VDDC via the J2 header).
6-axis IMU (accelerometer, gyroscope, temperature) and an onboard digital microphone; up to 4 analog mics via the Sensor ADC, plus I²S digital audio.
Onboard BLE (Nordic nRF52811), plus SPI, I²C, I²S, UART, and GPIO.
64 Mbit NOR flash for boot, application, and AI-model storage.
USB, 10-pin JTAG (J-Link), UART debug, programmable LEDs, and signal/power probing headers on the breakout.
NuraSense is built in two halves. Prototype with the full breakout, then snap it off to work with just the tiny core in real form-factor mockups.

USB-C for power/charging, 10-pin JTAG, programmable LEDs, and headers for easy signal probing and power analysis.

Snap off the breakout to test the compact core in your prototype and validate fit and placement.
When you're ready for volume, the software you validate here ports 1:1 to the GPX10 Pro SOMs.
Explore SOMsDemo Ready
A curated set of AI models you can push to the NuraSense kit and see working in seconds
Voice-Based
Keyword Spotting
Utilize the onboard I2S and analog microphones to instantly test offline wake-word detection and voice commands in physically noisy environments.
IMU-Based
Fall Detection
Leverage the integrated 3-axis digital accelerometer to run continuous, microwatt-level motion analysis and instant fall detection natively on the device.
Vision-Based
Gesture Recognition
Route a camera feed through the dedicated connector to validate real-time spatial awareness and gesture recognition without relying on a cloud round-trip.
Pair the Cranium kit with the ApplicationForge app over Bluetooth, push any demo to the board, and watch results live — including the gesture-controlled game.
Pair NuraSense with the ApplicationForge app over Bluetooth, push any demo to the board, and watch results live — no laptop, no code.
Connect the app to your eval board in a tap.
Push VAD, gesture recognition, fall detection, and more to the board.
Watch AI inference results stream to your phone in real time.


Build Your Own
ApplicationForge flashes the ready-made demos with zero code. When you want to run your own model — or need deeper, full-toolchain control — ModelForge takes a standard TensorFlow model to on-silicon inference in 15 minutes.

Your Model
Automated TFLite conversion & quantization
RTOS
DSP
Drivers
Build

Nurasense Evaluation Kit
15 minutes to on-silicon execution
ModelForge SDK
Pre-integrated RTOS & Eclipse-based Unified Build
RTOS
DRIVERS
COMPILER
The exact C-code, hardware configurations, and unified build you validate on the Cranium DVK ports directly to our production-ready System-on-Modules (SOMs).
Legacy Board
Validate your logic on the Cranium kit today with full debug capabilities and rich I/O.
Development
Drop our high-density SOM directly into your product without rewriting your application software.
Validate your logic on the Cranium kit today. When you are ready for extreme space constraints, drop our high-density SOM directly into your product without rewriting your application software.