Mahindra and indie Semiconductor Redefine In-Cabin Safety in India's EVs

ALISO VIEJO, CA – February 04, 2026 – In a significant move that elevates the standard for automotive safety in India, Mahindra & Mahindra has partnered with U.S.-based indie Semiconductor to deploy one of the market's most advanced in-cabin monitoring systems. The collaboration sees indie's cutting-edge CABIN EYE® perception software integrated into Mahindra's new flagship electric SUVs, the XEV 9e and BE 6, signaling a major shift from passive crash protection to proactive, AI-driven accident prevention.

The system is already actively deployed in Mahindra's electric vehicles currently on Indian roads. This partnership pairs the intelligent software from emotion3D, a company recently acquired by indie, with Mahindra's proprietary EyeDentity camera-based hardware platform. The integration promises to set a new benchmark for driver and occupant safety, placing the Indian automotive giant at the forefront of a global technological trend.

Beyond Crash Tests: A New Era of Proactive Safety

For decades, vehicle safety has been measured by how well a car protects its occupants during a crash. Top marks from safety bodies like the Bharat New Car Assessment Program (Bharat-NCAP) have been the gold standard. While Mahindra's XEV 9e and BE 6 have already achieved stellar 5-star ratings—with the XEV 9e earning a perfect score for adult occupant protection—the company is now pushing the safety paradigm further.

The introduction of a Driver and Occupant Monitoring System (DOMS) goes beyond current Indian regulatory requirements and Bharat-NCAP test protocols. This technology uses an in-cabin camera and sophisticated AI algorithms to actively monitor the state of the driver in real-time. indie's CABIN EYE® software is designed to detect signs of drowsiness, such as yawning or prolonged eye closure, and distraction, like a driver turning their head away from the road or using a mobile phone. By identifying these risks as they happen, the vehicle can issue alerts to refocus the driver's attention, potentially preventing an accident before it occurs.

This proactive approach aligns with a global push for more intelligent safety systems, driven by regulations like Europe's General Safety Regulation 2 (GSR2) and the Euro NCAP roadmap, which now reward vehicles equipped with effective driver monitoring. By adopting this technology ahead of any local mandate, Mahindra is not only enhancing the safety of its vehicles but also future-proofing its platform for evolving international standards.

Mahindra's Electric Ambition and Safety Leadership

The partnership with indie Semiconductor is a cornerstone of Mahindra's aggressive and successful electric vehicle strategy. The Indian automaker has seen explosive growth in the EV space, capturing 20% of the country's electric SUV market in January 2026, a massive increase from just 6% in the same month of the previous year. In the first ten months of 2025 alone, EVs constituted 7.5% of Mahindra's total sales, up from just 1% in the prior year, with the company aiming for EVs to make up 30% of its sales by 2030.

The XEV 9e and BE 6 models are pivotal to this ambition. Built on Mahindra's dedicated INGLO electric skateboard platform, these vehicles have been met with strong consumer demand since their launch. The integration of the advanced DOMS further distinguishes these models in a competitive market, adding a layer of intelligent safety on top of their top-tier structural integrity.

Furthermore, Mahindra's modern, software-defined vehicle architecture enables over-the-air (OTA) updates. This capability ensures that the CABIN EYE® software can be continuously improved and expanded over the vehicle's lifetime. New features for safety and comfort can be seamlessly delivered to customers, keeping their vehicles at the cutting edge of technology without requiring a visit to a dealership.

A Strategic Win for indie Semiconductor

For indie Semiconductor, this major design win with a leading global OEM like Mahindra is a powerful validation of its recent strategic moves, particularly its acquisition of the perception software specialist emotion3D. The deal immediately demonstrates the synergy and market momentum gained from the acquisition, transforming R&D into a significant commercial success.

"This successful partnership with Mahindra immediately demonstrates the momentum of indie’s recent acquisition of emotion3D, building on a shared purpose of achieving new breakthroughs in-cabin safety,” said Florian Seitner, VP & GM of Perception Software at indie. “Our mission has always been to deliver intelligent software solutions that improve road safety and elevate the driving experience. With Mahindra’s visionary approach to electric vehicles and indie’s cutting-edge technology, we are setting new standards for in-cabin monitoring systems across the automotive industry.”

The automotive perception software market is fiercely competitive, with established players like Seeing Machines and Smart Eye vying for OEM contracts. Securing this partnership in the high-growth Indian market positions indie as a formidable competitor and a key enabler of next-generation automotive features. The deal, centered on a high-margin software solution, is a significant boost for the Aliso Viejo-based firm as it works toward profitability, backed by strong revenue growth forecasts.

The Technology Powering the Future Cabin

The effectiveness of the new safety system lies in the seamless integration of hardware and software. Mahindra's EyeDentity platform provides the dedicated camera and processing hardware needed to run indie's complex AI algorithms efficiently. The CABIN EYE® software, in turn, is engineered for high performance with minimal processing requirements, making it ideal for widespread commercial deployment in embedded automotive systems.

A key advantage of indie's software is its algorithmic robustness. The company states its perception algorithms are insensitive to variations in camera positioning and sensor selection. This dramatically simplifies the integration process for an automaker like Mahindra, reducing the need for costly and time-consuming per-vehicle optimization and allowing for more flexible cabin design across different models.

Beyond just monitoring the driver, the system also provides occupant detection and positioning. This capability can be used to enhance other safety systems, such as optimizing airbag deployment based on an occupant's size and position or issuing more intelligent seatbelt reminders. As this technology is already active in vehicles on the road, it represents a tangible leap forward in making everyday driving in India significantly safer.