Ola Electric, one of India’s largest EV company, has launched the Ola Digital Twin platform, which it claims will transform manufacturing processes and product development lifecycle.

Developed on the Nvidia Omniverse, the Ola Digital Twin platform integrates Krutrim AI and Nvidia technologies along with other advanced simulation tools and IoT platforms to create comprehensive digital twin environments.

This the company says fast-track the planning of Ola Electric’s manufacturing facilities and optimise equipment layouts, product development lifecycles, and the building of computer vision-based quality-inspection systems.

The platform also leverages physically accurate simulations and generative AI for tasks ranging from kinematics simulations to generating synthetic image data for training autonomous mobile robots (AMRs) and robotic arms.

By integrating Nvidia Omniverse — a platform of application programming interfaces (APIs), software development kits and services that enable developers to harness Universal Scene Description (OpenUSD) for physical AI — as well as Nvidia Isaac Sim — a reference simulation platform built on Omniverse for designing and testing robots — Ola Electric claims it has achieved over 20 percent faster time to market from design to commissioning, for manufacturing operations at its Futurefactory.

Ola Electric has also leveraged Ola Digital Twin in its autonomous robotic weld lines at the Futurefactory, to simulate the welding processes and quality inspection systems. This enables virtual deployment and testing of changes before implementing them in the physical world.

Developers at Ola use Ola Digital Twin’s generative AI capabilities and Nvidia Omniverse APIs to generate synthetic assets, including lighting, environmental scenes, objects and defects, which help accelerate perception AI model training from months to weeks, while accounting for scenarios otherwise impossible to safely replicate in the real world. The platform also features thermal simulation capabilities for building next-generation Ola Krutrim data centers and liquid-cooling infrastructure.

In addition to this, Ola Consumer is using Nvidia Isaac Sim to train its robot pick-and-place applications for complex stock-keeping units in its automated dark stores. The robots are trained in virtual simulations to handle complex operations in a dynamic, automated environment autonomously.

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Affordable Robotic and Automation (ARAPL) has appointed Meru Cabs Founder Neeraj Gupta as its Strategy and Growth Advisory Director.

Gupta brings over two decades of experience as an entrepreneur and leadership experience. He built Meru Cabs into a mobility brand with a customer base of over 15 million users and a fleet of over 20,000 vehicles. Meru operated at major airports and offered both inter- and intra-city services. He sold his stake in Meru in June 2021 to the Mahindra Group. Before Meru, in 2000, he founded V-Link Tours & Travels, which grew to be one of the largest enterprise mobility companies in India.

Milind Padole, MD, ARAPL, said, "We are delighted to welcome Neeraj on board. I found in Neeraj the same madness and passion to build a robotic company as mine – one that can be scaled on the world map. His proven expertise in building scalable business models and navigating disruptive industries will strengthen our strategic vision. We are undergoing a transformative stage that requires the right partners to take the ARAPL journey to the next level. Having an advisor with such rich experience as Neeraj will further enrich the company’s growth plans ahead."

Gupta's understanding of scaling businesses, customer-centric innovation and partnerships will provide direction as ARAPL accelerates its growth.

"I am excited to join ARAPL at this crucial juncture in its growth journey. With its strong foundation in robotics, proprietary technologies and international presence, led by Milind and team’s vision, ARAPL is well-positioned to capture emerging opportunities in automation across industries. I look forward to working with the leadership team to unlock new growth avenues and create long-term value."

ARAPL has demonstrated innovation in robotic welding, multi-level car parking, warehouse automation and AI-based robots. With Gupta’s insights, the company aims to expand its footprint in Europe, the Middle East and the US. It also plans to increase its presence in sectors like autonomous logistics and port automation.

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Porsche is set to bring a new level of entertainment to its vehicles through a collaboration with AirConsole, a leading in-car gaming platform. The new Porsche Macan, arriving later this year, will be the first model to feature a curated library of multiplayer games, transforming car rides into a shared entertainment experience.

The integration allows passengers to use their smartphones as controllers to play a variety of games on the vehicle’s infotainment screen. When the car is parked, all passengers, including the driver, can participate. While on the move, gaming is restricted to the front passenger display, ensuring the driver remains focused on the road. The system uses Porsche’s integrated screen privacy features to keep the display safe and distraction-free.

Anthony Cliquot, CEO, AirConsole, said, “Our collaboration with Porsche is a powerful signal of how quickly AirConsole is scaling in the automotive industry. In just two years since launching our in-car platform, we’ve partnered with some of the world’s most respected car brands, now including Porsche. This momentum confirms that gaming has a meaningful place in the future of mobility, and we’re proud to be leading that evolution.”

To access AirConsole, users can simply download the app from the Porsche App Centre. Passengers then connect their smartphones by scanning a QR code on the screen, with no need for additional hardware. The platform supports up to five players, allowing for both collaborative and competitive sessions.

AirConsole specialises in casual, short-session games that are optimised for the in-car environment. The growing catalogue includes popular titles like Who Wants to Be a Millionaire?, Overcooked, and UNO Car Party!, ensuring a wide range of options for passengers.

The AirConsole platform will be available in the new Macan starting at the end of this year, rolling out in all markets where Porsche Connect is offered, with the exception of China.

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Japanese automotive major Honda Motor Co, has announced that it will present a wide range of mobility products and technologies at the Japan Mobility Show 2025, scheduled from 29 October to 9 November at Tokyo Big Sight.

The company said it will display automobiles, motorcycles, power products, aircraft and concept models under its theme of ‘The Power of Dreams.’ Among the highlights will be the Honda 0 Series EV models, due for global market introduction in 2026, as well as the full-size interior mock-up of the HondaJet Elite II, which allows visitors to experience its spacious cabin.

Key exhibits will include the Honda 0 Saloon Prototype and Honda 0 SUV Prototype, both making their Japan debut. Honda will also present production models such as the CUV e:, a Class-2 electric commuter powered by swappable batteries and the Rebel 1100 S Edition cruiser with dual clutch transmission.

Beyond land-based vehicles, Honda will showcase the Honda BF350 outboard motor and the HondaJet Elite II business jet interior. The brand will also participate in programmes organised by the Japan Automobile Manufacturers Association (JAMA), including the Tokyo Future Tour 2035 and the Mobility Culture Programme.

Honda said: “The Honda booth is designed to enable the visitors to experience dream-inspiring mobility products Honda created with its original technologies and ideas while being driven by its own dreams.”

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Bengaluru-based design and technology services major Tata Elxsi and Japanese auto major Suzuki Motor Corporation have inaugurated the Suzuki–Tata Elxsi Cloud HIL Centre in Trivandrum, India.

The new centre is Suzuki’s first full-vehicle cloud-enabled Hardware-in-the-Loop (HIL) validation facility and represents the second engineering centre established under the Tata Elxsi–Suzuki partnership, following the Offshore Development Centre (ODC) in Pune.

The new facility is engineered for early-stage, full-vehicle simulation and validation through a cloud-native infrastructure. It will allow the Japanese automaker’s development and test teams to remotely access HIL infrastructure integrated with Electronic Control Units (ECUs) – reducing reliance on physical prototypes and accelerating validation cycles across R&D centres worldwide. This aligns with Suzuki’s roadmap for Software-Defined Vehicles (SDVs), reinforcing a shift toward software-led, scalable development.

Being purpose-built, the facility integrates Tata Elxsi’s domain expertise in automotive Verification and Validation (V&V), test automation and simulation, which it claims enables transformative advancements in development speed, quality and future readiness.

The Cloud HIL Centre is part of Suzuki’s global ‘SDV Right’ strategy for Electrical and Electronic (E/E) Virtual Development, which is set to play a foundational role in delivering continuous integration, faster release cycles and system reliability.

Katsuhiro Kato, Director and Executive Vice-President, Suzuki Motor Corporation, said, “The Suzuki-Tata Elxsi Cloud HIL Centre is a new base that leverages Tata Elxsi's expertise and deep experience to build an advanced and efficient development system. We hope that Suzuki will promote virtualisation to realise minimisation of energy and contribute to the development of next-generation mobility significantly."

Manoj Raghavan, CEO and Managing Director, Tata Elxsi, said, “We thank Kato-san and Suzuki Motor Corporation for their continued trust. This new Cloud HIL Centre builds on the strong foundation of our Pune ODC and marks a forward leap in our SDV-focused collaboration. It reflects our shared vision for sustainable and smarter mobility.”

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