Silicon-to-system engineering services firm Vayavya Labs has signed a Memorandum of Understanding (MoU) with SimDaaS Autonomy Private Limited, an IIT Kanpur–incubated deep-tech startup specializing in AI-driven simulation technologies for ADAS and autonomous driving. The partnership is aimed at co-developing and deploying solutions in autonomous mobility, advanced driver-assistance systems (ADAS), AI-based simulation, and virtual validation.
The collaboration will combine SimDaaS’s AI-powered scenario generation and sensor-simulation tools with Vayavya Labs’ capabilities in digital twins, virtual ECUs (vECUs) and coverage-driven verification frameworks. Together, the companies intend to accelerate virtual testing for real-world driving conditions—particularly the complex and unpredictable mobility environments of India.
Speaking about the partnership, Deepak Samaga, Vice President – Business Development, Vayavya Labs, said:
“Vayavya Labs and SimDaaS share a common vision—to make autonomous and ADAS technologies safer, smarter, and faster to deploy. This MoU enables us to merge our strengths in engineering, digital twins, and AI-led simulation to deliver end-to-end validation solutions tailored for real-world mobility challenges, especially in emerging markets like India.”
Dr. Bharat Lohani, Founder of SimDaaS Autonomy, highlighted the importance of India-specific simulation technologies, stating:
“SimDaaS has developed technologies that capture the unique nuances of Indian traffic to train and test autonomous vehicles and ADAS systems through simulation. With Vayavya Labs’ global engineering experience, we are excited to extend our simulation platform to both Indian and international markets.”
The partnership marks a significant milestone for India’s growing deep-tech mobility ecosystem. By integrating advanced simulation, automation, and AI-driven validation into a unified development pipeline, the companies aim to set new standards in simulation-led engineering and strengthen India’s position as a global hub for next-generation mobility innovation.
