See. Think. Act. Open-Source Single-Board Computer

O1 is an open-source, single-board computer designed for autonomous systems such as robotics, industrial AI, and defense-grade applications. Meet physical AI, from the first prototype to mass production.

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Featured Specs

Industrial-grade hardware, Edge AI.

On O1, processing, vision, and connectivity converge on a single SoC. Every feature was selected for autonomous systems that operate in the field.

Texas Instruments AM67A SoC

Take your processing capacity to the next level with 4× ARM Cortex-A53 @ 1.4 GHz and 2× ARM Cortex-R5F @ 800 MHz cores.

Cortex-A53 Cortex-R5F

4 TOPS AI Computing Power

Run 4 TOPS of AI computing power directly at the edge with 2× C7x DSP and MMA accelerators; perform AI inference without cloud or internet dependency.

C7x DSP MMA Edge AI

Infrastructure Ready for Edge Vision Processing

Enable multi-camera vision pipelines directly on the board with 2× MIPI connectors and HDMI output. One of the MIPI interfaces is dedicated exclusively to camera input, while the other MIPI interface is shared between camera input and display output. The HDMI interface also provides external display support.

2× MIPI CSI-2 HDMI

Raspberry Pi-Compatible 40-pin GPIO

Supports modular peripherals from the existing RPi ecosystem for rapid prototyping. Plug existing HATs and hardware directly.

40-pin RPi HAT

Advanced Storage Capacity

Comes with built-in 32 GB eMMC embedded storage; expandable via SD card or M.2 2280 NVMe SSD.

32GB eMMC NVMe microSD

Bluetooth & Wi-Fi Connectivity

Join the system with fast and reliable wireless connectivity through Bluetooth and Wi-Fi support.

Bluetooth Wi-Fi

Open Source

From SDK source code and drivers to developer tools and sample applications, all software components of O1 are publicly available. Fully understanding the software your hardware runs, modifying it to fit your needs, and contributing back to the community — these should be rights, not privileges.

Open Source Software

The Linux SDK, drivers, and all developer tools are distributed under open-source licenses. Access the source code directly, modify it, and contribute back. Build with long-term software independence — no vendor lock-in.

Go to Documentation GitHub

The New Platform for Physical AI

AI no longer lives only on screens. It operates in the field.

In robots, on production lines, in unmanned vehicles, and in defense systems. O1 is designed to make this transition possible. Real-time image processing, edge AI inference, and industrial connectivity — all on a single board, in the field.

Autonomous Vehicles & Robotics

Combine multi-camera perception, real-time object detection, and motion control on a single board. ROS2-ready for unmanned ground, aerial, and aquatic vehicles.

ROS2 compatible
Sensor fusion
Real-time control

Industry Standard Computer Vision

Run defect detection, quality control, and process automation at the edge with 2× MIPI CSI-2 camera inputs and 4 TOPS AI computing power. Both MIPI interfaces can be used for camera input, while one of them also supports display output in addition to camera functionality.

Defect detection
Quality control
Process automation

Defense & Critical Systems

A reliable and auditable platform for defense-grade applications, backed by open-source SDK and secure boot support.

Secure boot
Auditable SDK
Encrypted storage

Smart Automation

Real-time sensor fusion and connectivity for industrial IoT, building automation, and smart infrastructure systems.

Industrial IoT
CAN FD / Ethernet
Sensor integration

Explore O1

Developed by Turkish Engineers

A deep-rooted engineering mission, meeting open source.

T3 Gemstone was born from the shared vision of the T3 Foundation — dedicated to nurturing young engineers and technocrats with the vision of a Türkiye That Develops Its Own Technology — and Baykar, a global force in defense and aerospace.

O1 is the platform that unites this deep-rooted engineering mission with open-source philosophy and industry-standard hardware.