Cruise along into the future of mobility

Building complex automotive electronics and software for next-gen cars, by leveraging our portfolio of services in VLSI Design, Embedded and AI Software, Ignitarium is helping semiconductor giants, systems companies, and start-ups alike.

VLSI Services

Platform Software

Functional Safety

Automotive AI


FuSa capabilities

Vehicle Detection

Case Studies

VLSI Services
VLSI services

SoC Architecture

Architecture, SoC Integration services


Verification of the processor subsystem, analog digital interface design and the design of digital FFT Ips

Quality Assurance

Quality assurance, debug, and validation infrastructure setup for single-core and multi-core Automotive SoCs. Up to 25x savings.


Conversion of functional safety requirements, along with hardware specifications, into architecture and microarchitecture of the chip

Platform Software
Platform Software

Platform Software – Autosar, Basic SW 

Custom Board Bring up

Sensor Interface and Peripheral SW development

Validation & Test Automation – SQA

Debug architecture – Open OCD

Safety Compliance – ISO26262, ASPICE

Functional Safety

ISO9001 Company specialized in IEC 61508 and ISO 26262 standards

Functional safety-compliant hardware and software development processes

Enabling customer products up to ASIL-D and SIL-3 systems

TUV certified FUSA experts on Hardware and Software

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What we offer:

SoC Consulting:

  • Architecture consulting for automotive SoCs
  • Functional Safety Architecture & implementation
  • Work products for ASIL certication

Gap Analysis:

  • Identify the gaps in hardware and software modules
  • Review documents and process followed

Pilot Functional Safety Projects:

  • Modify the implementations based on the identified gaps.
  • Create work products to prove compliance.

Functional Safety implementations:

  • Identify relevant work products for the project.
  • Rework content and the process to make the modules or libraries Functional Safety compliant.

Conceptual Design

  • IP & SoC Design compliant to ISO26262
  • Hazard Analysis & Risk Assessment
  • Safety Goals
  • HARA Report .


  • Fault Tree Analysis
  • Fault insertion Tests
  • Safety Analysis
  • Interference Freeness, Dependent Failures and Common Cause Failure (CCF)

Verification & Validation

  • Safety Test Cases development
  • Error Injection
  • Safety Validation Testing
  • Safety Compliance
  • Safety Report


Automotive AI
Perception AI

Camera, Lidar, Radar & Ultrasound Sensors

Sensor Fusion

DL model porting & optimization on AI HW

Validation & Benchmarking on AI accelerator platforms

Battery Management System (BMS) Analytics

Prediction of State-of-Charge (SoC), State-of-Health (SoH)

Prediction of Remaining Useful Life (RUL)

Prediction of time-to-charge

Digital twin of battery modules

Real-time prediction of BMS parameters via embedded algorithms running in the EV

Off-line analytics of long term BMS parameters on Cloud

Data Preparation & Simulation

Data Annotation

Synthetic Data Generation

Simulation (LG, Gazebo, Unity)

Platform Software Driver Development and System Validation

    FuSa Qualification of an Automotive SoC

      Development of an Automotive SoC

        OpenOCD debug framework support over JTAG