Kazam, an electric vehicle (EV) charging and energy-management platform, has reported revenue of INR 400 million for FY2025, which it claimed is a 3.5-fold increase YoY.

Furthermore, Kazam expects to reach an annual revenue run-rate of INR 1 billion for Q4 CY2025.

At present, the platform has integrated more than 120,000 chargers and facilitated over 7 million charging sessions. Over the last 6 months, charger integrations rose by 76 percent, while energy sessions increased by 60 percent.

The platform manages over 9,000 MWh of energy transactions monthly, supporting more than 100 charger brands. Kazam's network covers residential societies, workplaces, fleet depots, bus operations and public charging networks.

Currently, Kazam has established partnerships with 14 major brands such as Maruti Suzuki India, as well as energy providers like ONGC and regional distribution companies (DISCOMs). Its infrastructure footprint includes 150 residential associations across Delhi, Bengaluru, Hyderabad and Pune, along with 45 bus depots.

Akshay Shekhar, Co-Founder & CEO, Kazam, said, “India’s EV transition is entering a new phase, from just creating charging availability to building a reliable, intelligent, and interoperable energy layer that the entire industry can depend on. That is the market we have been building. Our growth this year reflects the trust that OEMs, fleets, DISCOMs, and CPOs are placing in a unified, device-agnostic platform that can scale across vehicle categories and geographies. As electrification accelerates, our focus is on enabling India’s EV ecosystem to move from fragmented experiences to a seamless, grid-aware infrastructure that can support millions of daily energy transactions.”

Ram Balasubramanian, CFO, Kazam, said, “India is moving from the ‘availability phase’ of EV infrastructure to the ‘reliability and optimisation phase,’ and Kazam’s growth this year shows we’re creating industry standards along with profit benchmarks. With increasing platform throughput and sustained cost optimisation, we are on track to achieve a INR 1 billion annual run-rate and profitability by early 2026”.

The company has raised USD 19.2 million to date, including a Series B round completed in June 2025. These funds are being used for research and development, geographic expansion into Tier 2 and Tier 3 cities and the development of energy services such as demand response and peer-to-peer energy sharing. The platform provides tools for both individual home charging and enterprise-level fleet management to create a unified energy layer that functions independently of specific hardware manufacturers.

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Following its international unveiling at CES 2026, drivebuddyAI, a leading innovator in AI-powered Advanced Driver Assistance Systems (ADAS) and Driver Monitoring Systems (DMS), recently demonstrated its technology at the ARAI ADAS Test City. The company presented its range of vision-based Advanced Driver Assistance and Driver Monitoring Systems, focusing on their reliability in the varied and challenging conditions typical of Indian roads.

Live demonstrations were conducted using a heavy commercial vehicle to showcase the platform's versatility in meeting various compliance standards. A single, integrated hardware and software setup, utilising a fused network of cameras for 360-degree perception, executed multiple test scenarios simultaneously. These included a driver monitoring system that detects drowsiness, distraction and seatbelt usage in line with both Indian and European regulations. Further tests illustrated the vehicle's ability to warn of pedestrians moving into its path, identify potential collisions with cyclists in blind spots and issue forward collision warnings by combining radar and camera data.

Beyond merely fulfilling test requirements, the demonstrations highlighted practical applications that extend into everyday driving situations. This focus on real-world functionality is backed by extensive validation, with the company's systems having analysed nearly four billion kilometres of driving data. This has reportedly led to significant safety improvements, including a marked decrease in incidents caused by driver fatigue and a substantial reduction in overall fleet risks.

Currently validated for commercial vehicles against India's AIS-184 standard and Europe's stringent General Safety Regulation and Euro NCAP protocols for 2026, the technology is also adaptable for passenger cars. This scalability offers automotive manufacturers and their suppliers a pathway to not only meet but surpass upcoming global safety mandates. By refining its AI through extensive fleet operations over billions of kilometres before adapting it for original equipment manufacturer compliance, drivebuddyAI aims to deliver a mature, rigorously tested product that ensures an enhanced user experience.

Nisarg Pandya, CEO and Founder, drivebuddyAI, said, “ADAS Test City from ARAI is a great initiative, and we value participating in a format where we can showcase live demonstrations to a large audience together on the vehicle. This time, the turnout was significant and provided a strong opportunity to establish drivebuddyAI as one of the key players in the upcoming OEM compliance requirements. The engagement and response we received were phenomenal, reinforcing both the market need and the industry’s confidence in our solutions. The upcoming ADAS-compliant vehicles must have technology that works in Indian scenarios to achieve meaningful safety improvements and reduce fatalities.”

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Bharat Forge and VVDN Technologies have signed a Memorandum of Understanding (MoU) to explore collaboration across the automotive, defence and data centre sectors. The agreement establishes a framework for the joint development of products, including AI server platforms and autonomous systems.

The partnership combines VVDN’s capabilities in electronics design, software and system integration with Bharat Forge’s experience in manufacturing and precision engineering.

The companies intend to target opportunities in next-generation technologies. Key areas of focus under the MoU include development of systems for vehicle platforms, engineering solutions for defence applications and design & manufacturing of AI server platforms to support generative intelligence and sustainable computing.

The collaboration is designed to create a framework for knowledge exchange and operational efficiency, allowing both entities to address the requirements of the global AI ecosystem.

Amit Kalyani, Vice-Chairman & Joint MD of Bharat Forge, said, “This partnership enables us to leverage advanced technologies, accelerate innovation, and enhance the quality of solutions we deliver to our clients and stakeholders. By aligning with partners who share our vision for excellence, we create a robust ecosystem that fosters knowledge exchange, operational efficiency, and long-term value creation. Such alliances are integral to our strategy, ensuring that we remain competitive, future-ready, and capable of addressing the evolving needs of the markets we serve.”

Puneet Agarwal, CEO, VVDN, said, “This partnership with Bharat Forge aligns with our vision of driving innovation through advanced engineering and digital technologies. By combining our product engineering and manufacturing strengths with Bharat Forges domain leadership, we aim to accelerate the development of next-generation solutions across automotive, defence and data centre ecosystems, amongst other next-gen technologies.”

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Catena-X Automotive Network, a non-commercial organisation, has identified three shifts in data exchange that are expected to define the global automotive industry in 2026. The association reports that data collaboration is becoming a board-level priority and a prerequisite for trade as eight of the world’s top ten suppliers join the ecosystem.

The association brings together a coalition of OEMs, suppliers, technology providers, and industry bodies, including ADAC, AIAG, BMW, Mercedes-Benz, Porsche, Renault, Volkswagen Group companies, Volvo, VDA, TÜV SÜD, Fraunhofer, Amazon Web Services, Huawei, Microsoft and Magna, among others.

Catena-X suggests that data fragmentation is becoming a trade barrier. Regulations such as the Carbon Border Adjustment Mechanism (CBAM) and the EU Digital Battery Passport increase the requirement for product-level evidence. Failure to produce consistent data can result in market exclusion or increased costs.

The association provides standards designed to make documentation reusable across partners. This approach aims to prevent the need for bespoke integrations for every customer, particularly for Tier 2 and Tier 3 suppliers where data readiness varies.

Data management is increasingly competing with R&D and intellectual property for budget allocation. Catena-X warns that compliance costs can rise from 0.05 percent to 2 percent of revenue if reporting remains manual and duplicated.

To address this, the network utilises toolkits such as the Product Carbon Footprint (PCF) framework. Standardised inputs allow sustainability data to be shared across companies, which the association claims is up to five times more efficient than legacy reporting methods.

Software Traceability and Cybersecurity

In 2026, software risks are expected to become a primary trigger for vehicle recalls. As vehicles become software-defined, the ability to trace code lineage and component provenance is necessary for risk management.

Catena-X highlights the Software Bill of Materials (SBOM) as a tool for triage during cyber incidents. Making software versions and dependencies visible across tiers allows for faster responses to security vulnerabilities.

Hanno Focken, Managing Director, Catena-X, said, “We are seeing a major shift in what the industry is being asked to prove. Data is becoming a condition of trade and a real cost-to-serve. At the same time, cyber incidents are increasingly becoming a product recall risk. Work that used to sit in the background is now affecting market access and margins. Catena-X exists to make trusted interoperable exchange practical across every tier of the supply chain, while protecting data sovereignty.”

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Valeo has announced that its extended reality (XR) gaming experience will enter series production on the Renault Filante, the flagship vehicle from Renault Korea. The system, titled ‘R:Racing’, is based on the Valeo Racer concept unveiled at SXSW in 2024.

The technology represents the first XR gaming experience integrated into a production vehicle. It utilises existing sensors, cameras and hardware to blend virtual gameplay with the live environment. By synchronising gameplay with vehicle motion, the system is designed to reduce the sensation of motion sickness often associated with in-car screens.

The integration into the Renault Filante demonstrates how software-defined vehicle architectures can repurpose hardware for digital experiences. The system uses real-time data and sensor fusion to create a motion-synchronised experience for passengers.

The Renault Filante, developed and produced in Korea, is a crossover featuring connectivity and digital interfaces. The vehicle serves as the launch platform for Valeo's shift from automotive engineering into immersive cockpit technologies.

Marc Vrecko, CEO, Valeo Brain division, said, “The transition of the original Valeo Racer concept to series production is a clear illustration of how Valeo turns innovation into concrete customer value within a short period of time. Together with Renault Korea, we are redefining the in-car experience by combining perception technologies, software and creativity to make mobility more engaging, without compromising safety.”

Nicolas Paris, CEO, Renault Korea, added, “The Renault Filante embodies our ambition to deliver vehicles that combine emotional design, advanced technology and meaningful digital experiences for our customers. Working closely with Valeo on this world-first XR gaming production feature demonstrates the strength of our partnership and our ability to bring cutting-edge innovation from concept to reality.”

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