





We are a leading provider of Product Engineering Services, offering expertise in Semiconductor design, Multimedia & Imaging, Connectivity, Cloud & Enterprise solutions, and Machine Learning & Deep Neural Networks. With a commitment to excellence, our ISO 9001:2015 and ISO/IEC 27001:2022 certifications attest to our dedication to maintaining the highest standards of quality assurance and process compliance across all aspects of our Product Engineering Services.
Our Offerings
Product Engineering Services for Cutting-Edge Solutions

Our Product Engineering Services are designed to accelerate innovation and deliver next-generation solutions across industries. With deep expertise in Semiconductor services, Embedded Software, Digital transformation, and AI-powered technologies, we support clients throughout the entire product lifecycle.
We specialize in delivering high-performance, scalable, and future-ready products by combining hardware and software engineering excellence. Our Product Engineering Services encompass chip design and verification, embedded systems development, smart device integration, and AI-driven product enhancements. By leveraging our strong foundation in digital engineering and semiconductor technologies, we help businesses stay competitive in a rapidly evolving tech landscape.
Whether you’re building intelligent edge devices, developing next-gen consumer electronics, or creating AI-enabled platforms, our Product Engineering Services ensure faster time-to-market, optimized performance, and sustainable innovation.
SEMICONDUCTOR
Silicon engineering done the old-fashioned way. Backed by state of the art tools and methodologies.
SOFTWARE
Assembly language to Applications.
And everything in between. Full-stack – truly.
Testimonials

We have partnered with Ignitarium over the past two years on the delivery of kernel code and optimized neural networks for our runAI and speedAI families of AI inference products. Their team has integrated effortlessly with ours, assisting in the delivery of essential software products to our customers.
Senior Manager AI Chip MakerWe partnered with Ignitarium for Device Driver validation for our Battery Management System (BMS), targeting the needs of the next-gen EV segment. The team took up the ownership of planning the tasks, creation of test plans and test cases and eventually execution of these to ensure the requirements are fully covered during the validation cycle. The engineers working on the project were technically competent, transparent and were able to adapt to the dynamic needs of our team.
DIRECTOR, Automotive Software group Tier-1 Semiconductor company specialized in design & manufacture of high-performance ICsIt has been a real pleasure working with the Ignitarium team. The quality of the team that worked on verification and modelling of our ARM based wireless SoC project helped us to meet our tape-out timeline. They understood the design requirements, and performed the necessary tasks well and in a thoroughly professional manner. We really appreciate the help and support you have given to us and the flexibility you demonstrated at various critical points of the project.
Thomas Varghese MD & VP - Engineering, LifeSignalsIgnitarium has been instrumental in the development of our RoC chip including the design of complex DSP IPs and sub-systems. Their team has contributed significantly to the Functional Safety Architecture, Design and Verification of the ARM Cortex-R5F based CPU subsystem that forms the primary control engine of this chip; this was particularly critical since this chip is targeted towards ASIL compliance. I’m happy to endorse Ignitarium’s capability in ISO:26262 based safety critical silicon design.
VP-Engineering US-based Automotive chip companyNews & Views


Understanding Security and Safety in Modern SoC Designs | Part 1
System-on-Chip (SoC) technologies have revolutionised modern electronics by integrating diverse functions, such as CPUs, GPUs, AI engines, and communication modules, into a single chip.

AI-Driven PPE Detection | Real-Time Safety Gear Monitoring
Explore how AI-driven PPE detection enhances workplace safety with real-time safety gear monitoring. Discover the benefits of AI applications for compliance and alert features in factory and construction environments.

Ignitarium Collaborate with MediaTek to Drive Innovation in Automotive and ADAS Solutions
We are proud to announce our ongoing collaboration with MediaTek, the world’s leading fabless semiconductor company powering nearly 2 billion connected devices.
Understanding Security and Safety in Modern SoC Designs | Part 1
System-on-Chip (SoC) technologies have revolutionised modern electronics by integrating diverse functions, such as CPUs, GPUs, AI engines, and communication modules, into a single chip.
AI-Driven PPE Detection | Real-Time Safety Gear Monitoring
Explore how AI-driven PPE detection enhances workplace safety with real-time safety gear monitoring. Discover the benefits of AI applications for compliance and alert features in factory and construction environments.
Ignitarium Collaborate with MediaTek to Drive Innovation in Automotive and ADAS
We are proud to announce our ongoing collaboration with MediaTek, the world’s leading fabless semiconductor company powering nearly 2 billion connected devices.
Partnerships & Alliances















Contact Us
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Product Engineering Services refer to the comprehensive set of engineering activities that support the design, development, and deployment of innovative products. These services cover the entire product lifecycle—from ideation and conceptualization to prototyping, testing, and post-launch support. In the semiconductor space, Product Engineering Services include hardware design, embedded software development, digital integration, and AI-driven enhancements that enable the delivery of high-performance, market-ready solutions.
Product Engineering Services drive business growth by helping organizations innovate faster, reduce costs, and meet market demands with high-quality products. Through advanced capabilities in semiconductor technologies, digital transformation, and embedded systems, companies can deliver differentiated solutions, enter new markets, and create additional revenue streams. These services also reduce product development risks, allowing businesses to focus on scaling and long-term strategic goals.
Product Engineering Services accelerate time-to-market by applying agile methodologies, concurrent development models, and automated testing practices. Rapid prototyping, reusable design assets, and streamlined validation processes help reduce delays and compress development timelines. This agility allows companies to respond quickly to market needs and launch competitive, cutting-edge products faster.
Product Engineering Services are fundamental to ASIC and FPGA design, providing expertise in RTL design, synthesis, functional verification, physical design, and design for testability (DFT). These services ensure optimized performance, low power consumption, and high area efficiency. From specification to silicon validation, Product Engineering Services ensure high reliability and reduced risk in complex semiconductor designs.
Yes, Product Engineering Services include end-to-end prototyping and rigorous testing for semiconductor products. Services range from board-level prototyping and FPGA-based emulation to hardware-in-the-loop (HIL) testing and system-level validation. These activities help identify design issues early, validate functionality, and ensure reliability before mass production, reducing costly rework and improving product quality.