System Online // v4.2.0

From SiliconTo Product

End-to-end Physical AI solutions. We own every layer—custom silicon, intelligent software, and robotic hardware—delivering vertically integrated systems with zero compromise.

The Vertical Stack

From silicon to software to product—we own every layer. No third-party dependencies. No integration friction. Just seamless, optimized systems.

memory

Silicon Design

RISC-V & NPU

Custom silicon optimized for edge AI. Purpose-built RISC-V cores with proprietary NPU blocks deliver exceptional performance-per-watt for real-time inference.

RTL_VERIFIED: TRUE
terminal

Software Development

Full Stack Engineering

From firmware to cloud. We build the entire software stack—device drivers, AI/ML pipelines, robotics middleware, and cloud platforms—all optimized for our silicon.

void main() {
init_rtos();
while(1) {
sync_kernels();
}
}
precision_manufacturing

Robotics & Hardware

Mechanical Systems

Industrial-grade robotic systems. PCB design, sensor integration, mechanical engineering, and final assembly—all engineered for seamless software-hardware co-design.

layers

Vertical Integration

End-to-End Ownership

Zero third-party dependencies. Owning every layer enables hardware-software co-optimization, rapid iteration, and performance impossible with off-the-shelf solutions.

Product
Software
Hardware
Silicon
Next Gen Research

Future Focus: Physical AI

Moving beyond screens. We are building the nervous system for machines that can see, think, and act in the physical world.

psychology
V.0.9 BETA

On-Device Intelligence

Eliminating cloud latency. Our specialized NPUs allow LLMs and V-SLAM algorithms to run directly on the robot, enabling split-second decision making in unmapped environments without connectivity.

INFERENCE SPEED12ms / FRAME
precision_manufacturing
ACTIVE

Embodied Robotics

Software defined mechanics. Our "Chip-to-Chassis" loop allows us to simulate physical forces in silicon verification, resulting in robots that move with organic fluidity and industrial precision.

TORQUE CONTROLOPTIMIZED

Chip-to-Product Roadmap

Accelerating the timeline from conceptual silicon architecture to deployed robotic fleet.

PHASE_01

Architecture Definition

Defining ISA extensions, memory hierarchy, and power domains tailored for the target robotic application.

PHASE_02

BSP & Driver Development

Concurrent software development on FPGA emulation ensuring Day 0 silicon bring-up readiness.

> make install_drivers
> [OK] NPU Kernel Module
> [OK] Motor Controller
PHASE_03

System Integration

Final assembly integration with mechatronics, thermal testing, and production ramp-up.

Robotic Arm
0 Weeks
Prototype to Product
0%
AI-Verified Reliability
0 Layers
Vertical Stack
0
Third-Party Dependencies