Technology companies Synopsys and SiMa.ai have announced a collaboration to support automotive firms in developing workload-specific silicon and software for Artificial Intelligence (AI) features in next-generation vehicles.

The partnership will combine Synopsys' EDA tools, automotive-grade IP, and hardware-assisted verification solutions with SiMa.ai’s Machine Learning Accelerator (MLA) IP and comprehensive machine learning (ML) software stack. This approach aims to enable the customisation of IP, subsystems, chiplets, and systems-on-chip (SoCs).

The growing demand for Advanced Driver Assistance Systems (ADAS) and In-vehicle Infotainment (IVI) systems is highlighted as a key area of differentiation for original equipment manufacturers (OEMs), driven by a wide variety of applications. The integration of generative artificial intelligence (GenAI) into these systems is noted as requiring AI at the edge to provide real-time, multi-modal in-car experiences.

Current software-defined vehicle (SDV) architectures are identified as insufficient to meet the demands for diverse applications, as well as the necessary computational performance and reliability. Automotive companies are increasingly seeking AI-ready, workload-verified, and power-efficient software architectures. Additionally, hardware-software co-design solutions are seen as essential to reducing development costs and mitigating production risks.

The Synopsys and SiMa.ai collaboration is intended to support the following objectives:

Early architecture exploration: Tools to assist automotive design engineers in optimising performance, power, and software application requirements for custom or third-party SoC development.

Accelerated software development: A focus on multi-modal functions and GenAI, alongside a workflow incorporating virtual prototyping and emulation to streamline software/hardware integration and reduce time to market.

Cost-effective, adaptable in-vehicle solutions: Customisable, silicon-proven components and subsystems designed to accommodate diverse workloads and integrate advanced ML software and tools.

Continuous upgradeability of automotive edge AI: Systems can be developed to meet current needs and adapt to future requirements, with virtual prototypes enabling the testing of over-the-air updates.

Ravi Subramanian, Head of the Synopsys Product Management and Markets Group, said, "Our collaboration with SiMa.ai will provide automotive companies a significant step forward in modernising their hardware/software co-design processes to meet demand for advanced, in-car experiences that are increasingly costly and complex to deliver. Our leadership in architecture exploration, IP, and hardware-assisted verification, combined with SiMa.ai’s innovative performance and power-optimised ML capabilities, will enable customers to differentiate while continuing to meet stringent cost considerations and industry standards.”

Krishna Rangasayee, Founder and CEO, SiMa.ai, said, "Collaborating closely with Synopsys allows us to provide automotive manufacturers with complete, optimised solutions that accelerate their development cycles. The SiMa.ai MLSoC platform was designed for best possible performance at lowest power consumption across a diverse set of applications—that was the missing piece in the puzzle to make future cars so much smarter and safer than what we have today. When combined with Synopsys' industry-leading IP and software, we will deliver a powerful foundation for innovation across auto OEMs in autonomous driving and in-vehicle experiences."

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LG Innotek has expanded its partnership with Zoox to supply camera modules for the serial production of its purpose-built robotaxis. The agreement marks an extension of the multi-year relationship between the two companies as Zoox scales up its autonomous vehicle manufacturing.

It was last year, Zoox opened a serial production facility in Hayward, California, to manufacture its robotaxis and launched a ride-hailing service in Las Vegas.

As per the agreement, LG Innotek will supply high-resolution automotive cameras as part of the robotaxi's sensor suite, which provides 360-degree coverage through overlapping fields of view.

The camera modules feature five fields of view depending on their mounting positions across the vehicle. Built with optical design technology adapted from mobile camera modules, the units are waterproofed to operate under varied environmental conditions. The components are currently being fitted to Zoox robotaxis as part of the vehicle's core perception hardware system.

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Gabriel India, the listed flagship company of Anand Group, has entered into a joint venture with South Korea-based HL Klemove to acquire a 30 percent minus one share stake in HL Klemove India for USD 98.44 million (INR 9.35 billion).

The joint venture will focus on the development, manufacturing and commercialisation of autonomous driving components, Advanced Driver Assistance Systems and automotive electronics.

The product portfolio includes radar, front cameras, LiDAR, automated driving and parking control units with embedded ADAS software, brake electronic control units, steering electronic control units, chassis control units and torque sensors.

Jaisal Singh, Vice-Chairman, Anand Group, said, “As a key growth engine of the Anand Group, Gabriel India is focused on building scale, enhancing competitiveness, and broadening its presence across high-growth automotive segments. Our latest joint venture with HL Klemove represents a strategic step forward in this endeavour.”

Anjali Singh, Executive Chairperson of Anand Group and Gabriel India, said, “Bolstering our position across critical automotive systems while expanding our participation in future-oriented mobility and automotive technology segments, this new JV for autonomous driving and automotive electronics marks an important inflection point, enabling Gabriel India to further diversify its portfolio and strengthen its participation in emerging mobility segments.”

Mahendra K Goyal, Group CEO, Anand and Managing Director of Gabriel India, said, “Beyond unlocking new opportunities for growth, this collaboration will foster deeper OEM engagement, expand our participation in future mobility solutions and create enduring value for all stakeholders.”

The investment aligns with Gabriel India’s strategy to expand into automotive sectors, following previous joint ventures in sunroofs, lubricants, electric vehicle fluids and precision fasteners.

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CarYaar Auto Private Limited, a DPIIT-recognised technology startup, has announced the appointment of Sahaib Singh as its new Co-Founder and Head of Technology. The company, which operates within India’s fragmented car servicing ecosystem, is focused on integrating transparency and digital trust into the automotive aftermarket. Singh’s arrival marks a pivotal moment for the firm as it works to expand its technological infrastructure and formalize a sector traditionally characterised by informal practices.

Bringing over a decade of experience as a full-stack technologist across mobility, freight and artificial intelligence platforms, Singh will now spearhead the company’s technology strategy and product development. His leadership comes at a critical juncture as CarYaar advances its integrated digital platform, which aims to seamlessly connect car owners, workshops and other stakeholders within the automotive service network. The company is prioritising practical solutions over complex enterprise systems, developing a mobile-first, offline-capable and WhatsApp-native interface to ensure accessibility for multi-brand workshops and customers alike.

Under Singh’s technical direction, the platform is being tailored to serve three distinct user groups with specific operational tools. Workshops are equipped with digital job cards, photo-based inspections, parts tracking and billing systems, while service advisors and managers receive web-based applications for estimate creation and analytics. For car owners, the service enables booking, real-time job tracking and digital payments through WhatsApp, eliminating the need for a separate application. The overarching goal is to use technology not merely to digitise existing processes but to fundamentally enhance the relationship between vehicle owners and service providers.

CarYaar’s model emphasises transparency through features such as real-time photo documentation, pre-approved estimates and digital billing, offering customers clear visibility into their vehicle’s service journey. Currently operating with a network of certified empanelled workshops in the Mumbai Metropolitan Region, the startup is actively building a broader technology-enabled ecosystem that includes multi-brand services, roadside assistance and spares management. This strategic expansion reinforces the company’s commitment to developing simple, accessible and genuinely useful technology for the Indian workshop environment.

Joel Daniel D’Souza, Co-Founder & Director, CarYaar Auto Private Limited, said, “Sahaib brings a strong combination of technology depth and experience across mobility and emerging technology platforms. As we scale CarYaar, technology will be central to how we connect customers and workshops, create transparency and bring greater efficiency to the entire ecosystem. His leadership will be critical as we move from building the foundation to scaling the platform.”

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Tata Communications and Tata Motors Passenger Vehicles have entered into a collaboration to equip the Sierra.ev with embedded 5G cellular connectivity, targeting the deployment of software-defined vehicles (SDVs) in India.

As per the understanding, the Tata Communications MOVE Connected Vehicle Platform will integrate into the car's software architecture, designated as N.IO. The system supports artificial intelligence applications, content streaming, over-the-air software updates, optional subscription packages and vehicle functions including emergency calls, remote assistance and real-time diagnostics.

Vivek Manglik, Executive Vice-President of Interaction Fabric at Tata Communications, said, “Tata Motors Passenger Vehicles has consistently set benchmarks for innovation in the automotive industry, and we are excited to collaborate on the launch of the Sierra.ev. As vehicles evolve into intelligent ecosystems that enable a growing range of services and applications, the underlying digital fabric will be central to fostering innovation and scaling new capabilities. This collaboration reflects a shared commitment to shaping a smarter mobility experience that will securely enhance convenience and personalisation.”

Sven Patuschka, CTO, Tata Motors Passenger Vehicles, said, “As vehicles become increasingly software-defined, highly intuitive digital connectivity and services will play a central role in shaping customer experiences. The Sierra.ev marks an important step in this evolution, and our collaboration with Tata Communications provides the robust digital backbone required to deliver seamless connectivity, continuous innovation, and enhanced in-vehicle experiences. Together, we are enabling technologies that allow vehicles to adapt, improve, and deliver greater value throughout their lifecycle.”

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