What We Do

Full-Stack Silicon Engineering Services

From architecture definition to tape-out and validation — we cover the complete semiconductor development lifecycle with specialized expertise in every phase.

Core Service
Silicon Engineering

ASIC & SoC Design — Architecture to Tape-Out

Our flagship service covers the complete RTL-to-GDSII flow. We bring architectural expertise, a silicon-proven IP library, and AI-assisted verification to every engagement.

  • SoC Architecture Definition & Micro-Architecture
  • RTL Design in SystemVerilog / VHDL
  • UVM-based Functional Verification & Coverage Closure
  • DFT: Scan, MBIST, JTAG, Boundary Scan
  • Physical Design, Timing Closure & Sign-Off
  • Post-Silicon Validation & Bring-Up
SystemVerilogUVMSynopsysCadenceMentor
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RTL CORE VERIFY MEMORY CONTROLLER
Automotive Silicon

ISO 26262 Compliant ASIL-D Automotive Chips

Safety-critical semiconductor engineering for next-generation automotive platforms — ADAS, powertrain, body electronics, and V2X communication.

  • ISO 26262 ASIL-A through ASIL-D design flows
  • ASPICE-compliant development processes
  • Fault injection, safety analysis & FMEDA
  • AUTOSAR-compatible driver development
ISO 26262ASIL-DASPICEAUTOSAR
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ASIL-D ISO 26262
void main() { init_hw(); rtos_start(); while(1) { ... } }
Embedded Systems

Firmware, BSP & Embedded Software Engineering

Low-level firmware through application-layer embedded software. We bridge silicon and software — writing code that extracts maximum performance from your hardware.

  • BSP / HAL development for custom SoCs
  • RTOS integration (FreeRTOS, Zephyr, ThreadX)
  • Device driver development (Linux, AUTOSAR)
  • Boot firmware, secure boot & OTA update
C/C++FreeRTOSZephyrLinux
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AI Engineering

AI/ML Accelerator Design & NPU Architecture

Custom silicon for the AI era. We design high-efficiency NPUs, inference accelerators, and AI-optimized SoCs — from algorithmic exploration to physical implementation.

  • NPU & neural network accelerator architecture
  • Model quantization & hardware co-design
  • On-chip memory architecture optimization
  • AI inference pipeline implementation
NPUINT8/FP16Systolic ArraysHBM
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OUTPUT
HW SW SystemC Digital Twin
System Design

SystemC Modeling & Digital Twin Simulation

Our Digital Twin platform enables parallel hardware and software development — reducing integration risk and accelerating time-to-market by up to 30%.

  • TLM-2.0 virtual platform development
  • SystemC architecture modeling & exploration
  • Hardware/software co-simulation
  • Performance modeling & bottleneck analysis
SystemCTLM-2.0QEMUGem5
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Industries We Serve

Built for Every Vertical

⚡

Semiconductor & Fabless

ASIC design services for fabless companies — from startup to Tier-1.

🚗

Automotive Electronics

ISO 26262-compliant silicon for ADAS, powertrain & body control.

📡

IoT & Connected Devices

Ultra-low-power SoC design for battery-operated IoT edge nodes.

🏭

Industrial Automation

Ruggedized silicon for real-time industrial control systems.

🤖

AI & HPC

Custom AI accelerators and HPC processors for data center and edge.

📱

Consumer Electronics

High-performance, cost-optimized SoCs for consumer products.

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Not Sure Which Service You Need?

Book a free 30-minute consultation. Our architects will listen to your requirements and recommend the right engagement model.