Bharat Taxi Rolls Out in Rajasthan, Cooperative Mobility Gets a Boost

Aligned with Prime Minister Shri Narendra Modi’s vision of “Sahakar Se Samriddhi” and under the leadership of Union Home Minister and Minister of Cooperation Shri Amit Shah, a major step was taken today to transform India’s mobility sector through cooperation, technology, and inclusive growth. Rajasthan Chief Minister Shri Bhajanlal Sharma launched the Bharat Taxi service at the Harish Chandra Mathur Rajasthan State Institute of Public Administration in Jaipur.

The programme in Jaipur concluded with the flagging off of a Bharat Taxi fleet of 60 cabs, 20 bikes, and 20 autos, alongside MoUs with Rajasthan Police, Saras, Jaipur Municipal Corporation, and Jaipur Metro to integrate the service with public infrastructure.

Bharat Taxi is India’s first cooperative-led ride-hailing platform where drivers, called Sarathis, are not just service providers but co-owners, shareholders, and profit participants. It has already launched in Delhi NCR, Gujarat, Maharashtra, and most recently Rajasthan, with plans to expand to 500+ cities nationwide.

The event was attended by Union Minister of State for Cooperation Shri Murlidhar Mohol, Rajasthan Minister of State for Cooperation Shri Gautam Kumar Dak, Jaipur MP Smt Manju Sharma, Chief Secretary Shri V. Srinivas, Secretary, Ministry of Cooperation Dr. Ashish Kumar Bhutani, Principal Secretary Dr. Samit Sharma, senior officials, cooperative representatives, and Sarathis of Bharat Taxi.

Speaking at the launch, Shri Murlidhar Mohol highlighted Bharat Taxi as one of the Ministry’s new initiatives that has expanded the reach of cooperation beyond credit societies into agriculture, dairy, fisheries, insurance, exports, digital services, and now transportation. He noted that Rajasthan has historically played a pioneering role in the cooperative movement, with nearly 42,000 societies and 1.35 crore members today.

Unlike private aggregator models, Bharat Taxi empowers drivers as Sarathis—members, shareholders, and co-owners entitled to board representation and profit-sharing. With nearly 8 lakh Sarathis and 41 lakh customers nationwide, the platform completes 11,000 trips daily, directly crediting earnings to drivers’ accounts.

After Delhi, Gujarat, and Maharashtra, Rajasthan marks the next phase of Bharat Taxi’s national rollout, with plans to expand to 500 cities. Shri Mohol expressed confidence that Rajasthan will set a benchmark for safe, reliable, and cooperative-based mobility.

Chief Minister Shri Bhajanlal Sharma called Bharat Taxi a transformative initiative that advances “Sahakar Se Samriddhi” by creating dignified livelihoods and local economic opportunities. He emphasized that Sarathis are not just drivers but co-owners, with accident insurance cover, profit-sharing, and a stake in the institution’s growth. He added that Bharat Taxi will also boost Rajasthan’s tourism sector by providing last-mile connectivity to metro networks, forts, palaces, wildlife sanctuaries, and desert destinations.

What is Bharat Taxi?

• Cooperative mobility model: Registered under the Multi-State Cooperative Societies Act, 2002, Bharat Taxi was officially launched in February 2026.
• Sarathi ownership: Drivers (*Sarathis*) are members and shareholders, with representation on the Board of Directors and entitlement to dividends.
• Zero-commission system: Unlike Ola/Uber, Bharat Taxi does not deduct commissions; fares go directly to drivers.
• Transparent fares: 10–15% lower than private aggregators, with no surge pricing even during peak hours.
• Driver welfare: Accident insurance cover up to ₹5 lakh, social security measures, and direct profit-sharing.
• Technology features: Mobile app with real-time tracking, SOS emergency button, multilingual support, and 24/7 customer service.

Where Has Bharat Taxi Been Launched?

Location	Details
Delhi NCR	Operational in Delhi, Gurugram, Noida, Faridabad, Ghaziabad
Gujarat	Active in Ahmedabad, Rajkot, Surat, Dwarka, Somnath, Vadodara
Maharashtra	Launched at Navi Mumbai International Airport; expanding across Mumbai, Pune
Rajasthan	Recently launched in Jaipur (July 2026), with 30,000 Sarathis and 7 lakh customers onboard

Expansion Plans

• Target: Rollout to 500+ cities within two years, including Tier 2 and Tier 3 towns.
• Integration: Partnerships with metro systems, municipal corporations, and cooperative banks for seamless transport and financial inclusion.
• Women drivers: Initiatives like Bike Didi and Sarathi Didi to increase female participation.

Key Challenges & Trade-offs

• Competition: Ola, Uber, and Rapido may temporarily lower fares to counter Bharat Taxi’s entry.
• Digital literacy: Some drivers face onboarding challenges with app-based systems.
• Scaling logistics: Ensuring cooperative governance across hundreds of cities requires strong institutional support.

India’s Green Rail Tech Breakthrough, Covering 1,200 km with Zero Emissions and Saving 3,200 Litres of Diesel

This month, India entred into the circle of nations like Germany, Japan, China, and the U.S. that are pioneering hydrogen transport, while highlighting the indigenous innovation and sustainability impact. It’s concise, authoritative, and optimized for a worldwide readership.

India’s first hydrogen train, flagged off on July 17, 2026, between Jind and Sonipat, has now covered 1,200 km while saving over 3,200 litres of diesel. This milestone places India alongside Germany, Japan, China, and the United States in pioneering hydrogen rail mobility, each advancing unique models of clean transport.

India’s hydrogen train covering 1,200 km is vital because it demonstrates sustained, real‑world reliability and efficiency comparable to or exceeding benchmarks set by Germany, Japan, China, and the U.S., where ranges vary widely from 70 km in Japan’s prototype to 1,200 km in China’s CINOVA H2.

Global Benchmark

India’s hydrogen train covering 1,200 km places it firmly among the world’s leaders in clean rail mobility. In Germany, the Coradia iLint has been in commercial service since 2018, achieving ranges of 800–1,000 km per refuelling, proving hydrogen’s viability for regional routes. Japan’s HYBARI prototype, developed by JR East, currently manages 80–140 km per charge, reflecting its early‑stage trials with commercial rollout expected by 2027. China’s CINOVA H2 hydrogen train, unveiled by CRRC, boasts an impressive 1,200–2,000 km range, making it the longest‑range hydrogen rail project globally. Meanwhile, the United States is funding pilots through the Federal Railroad Administration, with Stadler’s FLIRT H2 offering 380–460 km range and setting a Guinness World Record of 2,803 km in testing.

Global Comparison

• India: Hydrogen train has already covered 1,200 km seamlessly, saving 3,200 litres of diesel. Matches China’s advanced intercity hydrogen trains and surpasses Germany’s rollout.
• Germany: Coradia iLint hydrogen trains in commercial service since 2018, achieving ranges of 800–1,000 km per refuelling.
• Japan: HYBARI prototype developed by JR East, currently achieves 80–140 km per charge, with commercial rollout expected by 2027.
• China: CINOVA H2 hydrogen train unveiled by CRRC, boasting 1,200–2,000 km range, the longest globally.
• United States: Stadler FLIRT H2 (ZEMU) offers 380–460 km range, but set a Guinness World Record of 2,803 km in testing.

India’s achievement of 1,200 km is therefore vital—it matches China’s advanced intercity hydrogen trains, surpasses Germany’s commercial rollout, and far exceeds Japan’s prototype stage. It signals that India is not only catching up but positioning itself as a credible global contender in zero‑emission rail technology.

India’s Hydrogen Train Milestone

• Launch Date: July 17, 2026, flagged off between Jind and Sonipat.
• Route: Covered 1,200 km seamlessly, saving over 3,200 litres of diesel.
• Train Specs: 10 coaches, 2 Hydrogen Driving Power Cars delivering 2,400 kW total power.
• Fuel & Storage: Green hydrogen stored at 500 bar, dispensed at 350 bar, with a 3,000 kg facility at Jind.
• Safety: Leak, flame, and smoke detectors; automatic shut-off; continuous ventilation; international standards validation.
• Impact: Zero tailpipe emissions, only water vapour released.

Global Hydrogen Rail Developments

Country	Key Project	Highlights
Germany	H2goesRail (DB + Siemens)	Mireo Plus H trains, range up to 1,000 km, refuelling time equal to diesel.
Japan	HYBARI (JR East)	Hydrogen hybrid train, commercial service planned by 2027, 70 km per charge.
China	CRRC Changchun	Urban hydrogen train tested at 160 km/h, range over 1,000 km.
United States	FRA-funded pilots	$97M grants for hydrogen locomotives in California, Colorado, Pennsylvania.

Why This Matters

• India’s Position: Launching a fully indigenous hydrogen train places India among global leaders.
• Global Leadership: Germany leads commercial rollout, Japan advances hybrid systems, China scales urban hydrogen trains, U.S. funds pilots.
• Strategic Value: Crucial for non-electrified routes, reducing fossil fuel reliance, aligning with net-zero targets.

Challenges & Trade-offs

• Hydrogen Production: Sustainability depends on renewable electrolysis, not fossil fuels.
• Infrastructure Costs: High-pressure storage and refuelling facilities require major investment.
• Safety Concerns: Hydrogen’s volatility demands rigorous detection and validation.
• Global Lessons: Germany’s refuelling innovation, Japan’s hybrid approach, China’s long-range testing offer pathways for India.

In short, India’s 1,200 km hydrogen train trial is vital because it proves indigenous technology can perform at par with global leaders, offering a scalable, zero‑emission solution for long non‑electrified routes.

Maruti Suzuki Partners with 5 Startups to Drive AI-Powered Innovation

Maruti Suzuki India Limited ("Maruti Suzuki") has onboarded five startups: MiniMines, Easework AI, Sarvam AI, Siftly and CodeMate AI to co-create solutions across multiple business areas to enhance operational efficiency and elevate customer experience.

The selected startups are winners of the 5th cohort of the Maruti Suzuki Incubation Program (MSIP). MSIP is organized in partnership with IIM Bangalore's incubation hub for entrepreneurship and startup support, NSRCEL (Nadathur S. Raghavan Centre for Entrepreneurial Learning).

Mr. Hisashi Takeuchi, Managing Director & CEO, Maruti Suzuki India Limited said,

"At Maruti Suzuki, we have been actively working with startups to co-create innovative and practical solutions to address real business challenges. We are delighted to collaborate with five more startups. One of these startups, MiniMines, will support us in safely recycling end-of-life batteries, while the other four startups will help improve customer engagement and drive efficiency across our business operations."

Details of the startups and project areas:

Startup	Solution
MiniMines	Environment-friendly recycling of end-of-life Lithium-ion batteries and extraction of precious materials
Easework AI	End-to-end workflow automation of procurement process related indirect consumables using agentic AI
Sarvam AI	GenAI agents, with multilingual support, for better customer interaction across all touchpoints
Siftly	Use of Generative AI for enhancing brand visibility
CodeMate AI	Use of AI for faster development of software applications used in business processes

About Maruti Suzuki's Innovation Programs:

Maruti Suzuki has built multiple programs to provide the right direction and support to startups in developing innovative solutions to help solve real-world business problems. In its journey of 7 years, around 7,400 startups have been screened, over 250 startups were engaged and 38 of these startups have been onboarded as partners, delivering value to our business.

Some of the major programs are:

· Maruti Suzuki Accelerator: Launched in January 2019, through this program, Maruti Suzuki fosters open innovation in the automobile manufacturing and mobility space, by collaborating with growth-stage startups to co-create cutting-edge technological solutions

· Maruti Suzuki Incubation Program: Started in August 2020 with an aim to nurture technology enabled startups defining future of mobility. NSRCEL supports the program by identifying high-potential mobility startups in early-stage, providing hands-on expert mentorship, and offering access to IIM Bangalore's rich academic and entrepreneurial ecosystem

· Mobility Challenge: Initiated in June 2021 to explore new age technologies and help startups in mature stage to showcase their cutting-edge innovative solutions in the mobility space

· Nurture: Started in 2023 as a Pre-Incubation Program for idea-stage startups in collaboration with IIM Calcutta Innovation Park

· FundRays: An investment readiness program for Maruti Suzuki Innovation alumni startups, launched in September 2025 in partnership with ISB Hyderabad

Bain Capital-Backed Dhoot Transmission Partners Israel’s RideVision to Localize ADAS, Drive India’s Intelligent Mobility Future

• Partnership aims to strengthen Dhoot’s advanced electronics capabilities, expand its presence in intelligent mobility solutions, and accelerate localization of ADAS technologies for India

Dhoot Transmission Limited (“Dhoot Transmission” or “Dhoot”) has entered a partnership with Israel-based company RideVision (RV) for Advanced Driver Assistance Systems (ADAS) solutions, marking a milestone in the company’s journey toward Advanced Technology and Automotive Electronics Solutions.

This partnership represents Dhoot’s entry into intelligent mobility and safety technologies, aiming to further strengthen and complement its existing electronics portfolio while reflecting Dhoot Transmission’s long-term vision of expanding into next-generation automotive electronics and creating innovative solutions for safer and smarter transportation.

The collaboration aims to bring globally proven ADAS technologies to India, tailored for Indian road conditions and mobility requirements.

Speaking on the occasion, Mr. Naveen Kumar, CEO – India (Wiring Harness and Electronics) of Dhoot Transmission said “We believe this is the right time to bring intelligent safety technologies to India. Our partnership with RideVision combines global ADAS expertise with our deep understanding of the Indian market to develop solutions specifically engineered for Indian road and operating conditions. Together, we aim to make mobility in India safer, smarter, and future-ready.”

Mr. Uri Lavi, Founder and CEO - RideVision, said “India stands at the precipice of a fascinating new era of smart mobility—one that will have a profound, measurable impact on saving lives every single day. Through this collaboration with our partner Dhoot Transmission, we are bringing advanced ADAS capabilities directly to the heart of the Indian market. By localizing this cutting-edge technology, we aim to democratize life-saving safety solutions for all.”

The partnership is expected to focus on localization, technology integration, and development of intelligent safety solutions designed specifically for India’s evolving mobility ecosystem.

Additionally, as part of the initiative to strengthen and expand the electronics product business, Dhoot Transmission, through one of its subsidiaries, Dhoot Automotive Systems Private Limited, has recently entered into a business transfer agreement with Bangalore-based Multilink, aiming to enhance Dhoot Transmission’s capabilities and position it for future growth in advanced technology and electronics solutions.

About Dhoot Transmission Limited

Dhoot Transmission is one of India’s leading electrical and electronics (“E&E”) companies. The company designs, engineers, manufactures, and supplies critical wiring harnesses that integrate electronic sensors and controllers, switches, terminals, connectors, junction boxes, high-voltage interconnection systems, and data cables, delivering application-specific architectures across platforms.

Dhoot serves both automotive and non-automotive applications, supporting stringent performance, safety, and reliability requirements for OEMs. In line with the industry’s shift in powertrain technologies, the company caters to the full spectrum of powertrain architectures across customer segments and end markets.

Dhoot manufactures wiring harnesses and electrical distribution systems for both internal combustion engine (“ICE”) vehicles and electric vehicles (“EVs”). Its offerings also include battery packs, switches, sensors (such as ABS sensors and lean angle sensors), controllers (such as USB chargers and light control modules), and power supply cords.

As of December 31, 2025, the company operates 22 manufacturing facilities in India and internationally, located in key original equipment manufacturer (“OEM”) hubs.

About RideVision Israel

Ride Vision is the global market leader in Advanced Rider Assistance Systems (ADAS) and AI-driven collision avoidance technology. Trusted by riders, OEMs, and industry partners worldwide, Ride Vision’s patented technology is uniquely engineered around real rider behaviour and motorcycle dynamics, transforming two-wheelers into smart, highly aware connected vehicles.

Ride Vision’s patented technology leverages edge AI, predictive analytics, machine learning, and intelligent event fusion to enhance rider safety, improve situational awareness, provide collision alerts, and detect risky riding patterns.

India’s Ist Hydrogen Fuel Cell Trainset Approved, Showcasing Cutting‑Edge Clean Rail Tech

Indian Railways has approved India’s first indigenous hydrogen fuel cell trainset, a 10‑car formation on the Jind–Sonipat route in Haryana, marking a historic step towards zero‑emission rail mobility and aligning with India’s clean energy and net‑zero goals.

Key Highlights

• Trainset Details: 10‑car hydrogen fuel cell trainset, powered by a 1200 KW propulsion system, maximum speed 75 kmph.
• Pilot Route: Jind–Sonipat section of Northern Railway, chosen for initial deployment.
• Global Context: India joins Germany, Japan, China, and the US in testing hydrogen rail technology.
• Indigenous Infrastructure: Hydrogen storage and refuelling facility established at Jind, licensed by PESO.
• Safety Protocols: Leak detectors, flame sensors, standby compressor, 24×7 monitoring, and trained technical staff during initial operations.

Why It Matters

• Environmental Impact: Hydrogen fuel cells emit only water vapour, eliminating harmful pollutants compared to diesel traction.
• Energy Efficiency: Supports India’s net‑zero carbon emission targets and reduces dependence on fossil fuels.
• Innovation Leadership: Positions India among a select group of nations pioneering hydrogen rail technology.
• Scalability Potential: Government has allocated ₹2,800 crore for development of 35 hydrogen trains, expected to operate on heritage and hill routes.

Safety & Operations

• Hydrogen Compression System: Ensures reliable refuelling with backup compressor units.
• Maintenance Facility: Shakurbasti depot equipped with RDSO‑approved manuals, audits, and SOPs.
• Personnel Deployment: Certified staff to accompany trains during early phases for operational reliability.

Comparative Snapshot

Aspect	Hydrogen Train (India)	Germany (Coradia iLint)	Japan (Hydrogen Hybrid)
Speed	75 kmph	140 kmph	~100 kmph
Power	1200 KW	600 KW	800 KW
Emissions	Water vapour only	Water vapour only	Water vapour only
Stage	Pilot (Jind–Sonipat)	Operational since 2018	Testing phase

Outlook

The hydrogen train project is not just a pilot but a strategic leap in India’s rail modernization. If successful, it could pave the way for wider adoption across non‑electrified routes, reduce oil imports, and establish India as a global leader in sustainable rail technology.

Uber and JSW Group Partner to Co‑Develop EVs for India’s Ride‑Hailing Market

Uber, India’s leading ridesharing app, today announced a partnership with the JSW Group for joint co-development and deployment of electric vehicles (EVs), tailored for the Indian ride hailing market, with the shared goal of supporting and scaling EV adoption for mobility services in the country in alignment with India’s net-zero goals.

The memorandum of understanding (MoU) was signed between Parth Jindal of JSW Group and Dara Khosrowshahi, Uber CEO, at the JSW headquarters in Mumbai last week.

Uber continues to expand access to electric mobility in India as part of its broader commitment to building a more sustainable future for urban transportation. Through partnerships with automakers, fleet operators, and ecosystem players, Uber aims to increase the availability and adoption of EVs across multiple categories on its platform.

As part of the (MoU) signed between Uber and JSW Green Mobility – a wholly-owned company of JSW Group - the two companies will deploy EV solutions that align with the price and performance expectations of the Indian market. The partnership will focus on exploring opportunities to develop and scale localised EV solutions suited for use on the Uber platform in various categories, in line with the evolving needs of India’s mobility ecosystem.

Speaking on the partnership, Parth Jindal of JSW Group, said, “We are excited to collaborate with Uber to explore scalable EV mobility solutions aligned with national net-zero goals for India. By combining Uber’s platform scale and mobility insights with JSW’s growing automotive and clean mobility ambitions, we hope to contribute meaningfully to India’s EV ecosystem.”

Prabhjeet Singh, President, Uber India and South Asia, said, “India’s transition to electric mobility requires strong ecosystem partnerships across technology platforms, automakers, fleet operators, and infrastructure players. Through this collaboration with JSW Group, we aim to help accelerate the adoption of EVs on the Uber platform by exploring solutions purpose-built for the needs of Indian riders and drivers. This partnership also reflects our continued commitment to supporting the Government of India’s vision of advancing green and sustainable mobility at scale.”

Hyundai Launches Pleos Connect, AI‑Powered Infotainment for 20 Mn Cars by 2030

Hyundai Motor Group has introduced Pleos Connect, a next‑generation in‑vehicle infotainment system designed to transform the driving experience and accelerate the company’s shift toward software‑defined mobility.

Pleos Connect is built on three pillars — intuitiveness, safety, and openness — combining a mobile‑friendly interface with advanced artificial intelligence. The system will receive continuous upgrades through over‑the‑air (OTA) updates.

The rollout begins in May with the new GRANDEUR in Korea, followed by the IONIQ 3 in Europe, and will expand globally. Hyundai aims to equip 20 million Hyundai, Kia, and Genesis vehicles with Pleos Connect by 2030.

Intuitive Cockpit Design

• Large Central Screen divided into driving information, apps, and a bottom bar for quick access
• Slim driver‑focused display presenting speed, media, and directions
• Physical buttons on steering wheel and below the screen for safety
• Gesture controls allow repositioning or closing apps seamlessly

Smarter Navigation

• Simplified layouts with clear icons
• Modular interface for multitasking
• Real‑time route guidance powered by live traffic data

Gleo AI: The Intelligent Companion

At the heart of Pleos Connect is Gleo AI, Hyundai’s advanced voice assistant.

• Context‑aware commands like “navigate there”
• Multi‑command processing in a single request
• Integrated vehicle control with natural language
• Zone‑specific recognition for personalized commands

Open App Market Ecosystem

Pleos Connect introduces an App Market for third‑party services.

• Seamless integration with NAVER maps and auto services
• Rich media content including YouTube and Spotify
• Future expansion into gaming, entertainment, and vehicle management
• Pleos Playground developer platform for global collaboration

Toward AI‑Defined Vehicles

Pleos Connect marks Hyundai Motor Group’s first step toward Artificial Intelligence–Defined Vehicles (AIDVs), where personalized AI assistants will redefine the relationship between driver and vehicle.

Pleos Connect is a next‑generation infotainment system that offers customers an elevated mobility experience by combining a mobile‑friendly platform with advanced AI technology. – Jongwon Lee, Senior Vice President, Hyundai Motor Group. 

Key Takeaway: Pleos Connect positions Hyundai Motor Group as a leader in software‑centric mobility, blending AI, safety, and openness to deliver a scalable platform for millions of drivers worldwide.

Hyundai’s Pleos Connect directly positions the company against rivals like Tesla, Mercedes-Benz, BMW, and Volkswagen, all of whom are racing to integrate AI-driven infotainment and voice assistants into their vehicles. The competition is centered on creating software-defined vehicles (SDVs) with intuitive cockpits, personalized AI, and open app ecosystems.  

Key Competitors in AI Infotainment

Automaker	Infotainment / AI System	Core Features	Competitive Edge vs Hyundai
Tesla	Proprietary infotainment with large central touchscreen	Minimalist design, OTA updates, integrated voice commands, app ecosystem	Strong EV brand, but criticized for lack of physical buttons; Hyundai differentiates with hybrid touch + physical controls for safety.
Mercedes-Benz	MBUX (Mercedes-Benz User Experience)	AI voice assistant (“Hey Mercedes”), AR navigation, personalized profiles	Premium luxury positioning; Hyundai aims for mass scalability (20M cars by 2030) vs Mercedes’ niche luxury market.
BMW	iDrive 8 with BMW Intelligent Personal Assistant	Natural language AI, gesture controls, OTA updates, customizable cockpit	Focus on driver personalization; Hyundai’s Gleo AI emphasizes multi-command processing and zone-specific recognition.
Volkswagen Group (Audi, VW, Porsche)	VW Digital Cockpit / Audi MMI	Voice assistants, modular infotainment, OTA updates	Strong modular approach; Hyundai adds openness with its App Market for third-party developers.
General Motors	Ultifi software platform	Cloud-based infotainment, OTA updates, integrated apps	GM emphasizes developer ecosystem; Hyundai mirrors this with Pleos Playground for global developer collaboration.

Competitive Analogy

• Tesla vs Hyundai: Tesla pioneered OTA updates and minimalist infotainment, but Hyundai addresses safety with physical buttons alongside touchscreens.
• Mercedes-Benz vs Hyundai: Mercedes’ MBUX is luxury-focused, while Hyundai’s Pleos Connect aims for mass adoption across Hyundai, Kia, and Genesis.
• BMW vs Hyundai: BMW’s AI assistant emphasizes personalization; Hyundai’s Gleo AI adds multi-command execution and cabin zone recognition.
• Volkswagen vs Hyundai: VW emphasizes modularity; Hyundai’s App Market and developer platform create a more open ecosystem.
• GM vs Hyundai: GM’s Ultifi focuses on cloud integration; Hyundai’s Pleos Connect builds a developer-friendly platform with AI-defined vehicle ambitions.

Strategic Takeaway

Hyundai’s Pleos Connect bridges gaps competitors left open:

• Safety-first design with physical + digital controls
• Scalability to 20M vehicles vs luxury-limited rollouts
• Open ecosystem with App Market + developer tools
• Advanced AI voice assistant (Gleo AI with multi-command, context-aware, zone-specific recognition)

This positions Hyundai as a mass-market disruptor, blending premium AI features with accessibility, while competitors remain either luxury-focused or EV-centric.

Dai Nippon Printing Co. Opens First India R&D Centre at IIT Hyderabad to Advance EV Power Transfer and API Innovation

• Joint research to focus on wireless power transfer systems for EVs and Active Pharmaceutical Ingredients (APIs)
• Facility established at IITH Technology Research Park (TRP) to accelerate industry–academia collaboration
• Initiative to drive commercialisation of advanced technologies for India and global markets

Dai Nippon Printing Co. Ltd. (DNP) inaugurated its first Research & Development (R&D) centre in India at the Indian Institute of Technology Hyderabad (IITH), marking its second overseas R&D base globally. Located at the IITH Technology Research Park (TRP), the centre will focus on advancing joint research in electric mobility and healthcare, while strengthening India–Japan innovation collaboration and accelerating the development and commercialization of next-generation technologies.

The inauguration ceremony witnessed the presence of key dignitaries and representatives from academia, industry, and government, including Mr. Muneo Takahashi, Consul General of Japan; Mr. Osamu Nakamura, Senior Managing Director, DNP; and Prof. B S Murty, Director, IITH, along with senior representatives from Japanese organisations and partner institutions.

The newly established centre will drive joint research initiatives between IITH and DNP in priority areas such as wireless power transfer systems for electric vehicles (EVs) and development of synthesis routes for Active Pharmaceutical Ingredients (APIs)—both critical to sustainable mobility and affordable healthcare.

Located within the IITH TRP, the facility is designed to enable seamless collaboration between academia and industry, combining IITH’s research strengths and talent ecosystem with DNP’s advanced technological capabilities to accelerate innovation and real-world implementation.

Hyderabad’s emergence as a hub for Mobility innovation, Pharmaceuticals, Semiconductors, and Advanced Manufacturing further strengthens the strategic relevance of this collaboration, with potential to expand into Middle East and African markets.

In the mobility domain, the centre will focus on the design, development, and demonstration of wireless power transfer systems for EVs, while in healthcare, it will advance process development and scalable synthesis of APIs, enabling faster translation from research to manufacturing and global deployment.

Prof. B S Murty, Director, IIT Hyderabad, said, "The inauguration of DNP’s R&D centre at IITH marks an important step in strengthening global industry–academia collaboration. This partnership brings together cutting-edge industrial technology and academic research to address critical challenges in mobility and healthcare. It also reinforces the role of IITH as a hub for translational research and innovation aligned with national priorities and global needs.”

Senior Managing Director Osamu Nakamura, DNP said, "As DNP marks its 150th anniversary, establishing this new R&D Centre at IIT Hyderabad is important for us to create future standards. Here, we will learn IIT Hyderabad’s expertise and combine it with DNP’s strengths to create new businesses in India, starting with mobility and healthcare. We look forward to strengthening a long-term partnership and contributing to the growing relationship between India and Japan.”

The collaboration is expected to further promote talent development, knowledge exchange, and joint innovation programs, offering students and researchers opportunities to work on globally relevant technologies, while deepening the India–Japan partnership in research and technology.

With this initiative, IIT Hyderabad continues to expand its Technology Research Park ecosystem, attracting leading global companies and enabling a collaborative environment that bridges research, development, and commercialization.

About DNP:

Dai Nippon Printing Co., Ltd. (DNP), established in 1876, is a leading global company that leverages print-based and advanced material technologies to create innovative solutions across diverse sectors. The company has strong expertise in microfabrication and precision coating technologies, enabling it to serve industries such as electronics, display technologies, optical films, mobility, and healthcare, while contributing to sustainability and global innovation.

About IITH:

IITH, established in 2008, has reached a respectable position in academics, research, technology development, and Start-ups in a short span of 17+ years. In the National Institutional Ranking Framework (NIRF-2025), IITH is ranked 7th among Engineering institutes (crossing a first-generation IIT this year), and is ranked 6th in Innovation, while it has maintained its rank within the top 10 Engineering Institutes ever since NIRF was launched. IITH is ranked 664th and 270th in the QS World and Asian University Rankings 2026, respectively (among the top 10% of global institutions in citations per faculty). IITH has recorded a major leap in the QS World University Rankings 2026 by Subject, entering the global Top 400 in Engineering & Technology with a rank of 395, marking a sharp improvement from the 501–550 band in 2025. IITH secured 46 positions by 31 faculties in the Stanford /Elsevier Global Top 2% Scientists list 2025 across two categories. IITH has been striving for excellence with a motto of "Inventing & Innovating in Technology for Humanity (IITH)".

With 340+ full-time Faculty, 360+ non-teaching Staff and 5,720+ Students (PG+PhD students accounting for about 60%), IITH has a strong research focus with 5470+ R&D Projects worth of Rs. 1770 Cr (Rs. 245+ Cr funding in 2025-26), 13,300+ Publications, 2,64,400+ Citations, 160 h-index, 730 Patents (250 Patents in 2025, i.e., 0.75 patents per faculty in 2025, making it possibly the best Indian institute in terms of patents filed per faculty in a year), and about 280+ Start-ups (that have generated 1100+ jobs with a revenue of Rs. 1500+ Cr).

Future of Mobility: MGDP 6.0 Opens Applications for Start-ups in AI, EV, and Sustainability

• Innovation in Automobile’ is the central theme of Season 6.0 of MG Developers Program & Grant
• Applications open today; Entries close April 30, 2026
• Demo Day is scheduled for June 1, 2026
• MGDP has received over 1550 entries across its first five seasons

JSW MG Motor India today announced the launch of Season 6.0 of the MG Developer Program & Grant (MGDP) in collaboration with DPIIT, reaffirming its commitment to accelerating innovation and strengthening India’s start-up ecosystem. Building on the successes of the previous seasons, the sixth edition of MGDP is themed on ‘Innovation in Automotive’ and will focus on future-ready innovations.

Season 6.0 encourages start-ups to showcase their innovations under various categories, such as Innovation in Logistics and Supply Chain, AI in Automotive, V2X Intelligence, Sustainability & Circular Economy, Innovation in Vehicle Technology, Connected Services, Innovation in EV Charging Infrastructure, and Innovation in Manufacturing. An esteemed jury panel comprising senior leaders and distinguished experts from leading corporates, academic institutions and industry bodies will evaluate the entries based on their uniqueness and real-world applicability.

Speaking on the occasion, Anurag Mehrotra, Managing Director, JSW MG Motor India said, “Innovation remains the cornerstone of JSW MG Motor India’s vision for India, and we remain committed to nurturing this value through multiple initiatives. This new edition of MGDP aims to empower ambitious start-ups working across new energy, autonomous, and connected mobility technologies. Together, we hope to shape a future where technology meaningfully enhances every customer’s experience.”

Sanjiv Singh, Joint Secretary, DPIIT, said, “Startup India, DPIIT is committed to supporting initiatives that foster collaboration, create opportunities for young talent and encourage India-specific innovation. We are delighted to partner with JSW MG Motor India for the new season of MGDP. This collaboration reflects our shared commitment to nurturing India’s future workforce and fostering a culture of practical problem-solving.”

Selected participants will receive mentoring from JSW MG Motor India and its ecosystem partners, along with access to development support, opportunities for testing, and consideration for grant assistance at the jury’s discretion. Applications for the sixth season are live from today, with the final date for submission being April 30, 2026. Shortlisted teams will be mentored ahead of Demo Day on June 1, 2026.

Launched in 2019 in partnership with MG partner companies and tech giants, the MG Developer Program & Grant aims to nurture ground-breaking solutions within the Indian urban mobility space.

The program received over 1550 entries and saw 290+ teams being shortlisted in the first round across seasons 1 to 5. The teams were provided mentorship by 100+ experts, including JSW MG Motor India’s leadership and its technology ecosystem partners, making it the largest mentoring program in the automotive segment. A total of 51 start-ups have already been shortlisted by MG to date as part of MGDP and Grant, and they are working on various pilot projects.

MGDP 6.0 website is live! https://www.mgmotor.co.in/world-of-mg/events/mg-developer-program-grant-6

Startup India Application Link: https://www.startupindia.gov.in/content/sih/en/ams-application/accelerator-program.html?applicationId=69ae994fe4b0b7e5b72b9dd4

About JSW MG Motor India

SAIC Motor, a global Fortune 500 company with a presence in over 100 countries and JSW Group (India's leading conglomerate with interests across B2B and B2C sectors) formed a joint venture - JSW MG Motor India Pvt. Ltd. in 2023. The joint venture aims to build a smart and sustainable automotive ecosystem while staying focused on developing a diverse portfolio of vehicles to give car buyers better access to advanced technologies and futuristic products with attractive value propositions. JSW MG Motor India Pvt. Ltd. is committed to introducing world-class technology, strengthening the manufacturing landscape, bringing the best of innovation across its business operations, and generating significant employment opportunities through extensive localisation.

About Morris Garages

Founded in the UK in 1924, Morris Garages vehicles were world-famous for their sports cars, roadsters, and cabriolet series. MG vehicles were much sought after by celebrities, including British Prime Ministers and even the British Royal Family, for their styling, elegance, and spirited performance. The MG Car Club, set up in 1930 at Abingdon in the UK, has thousands of loyal fans, making it one of the world’s largest clubs for a car brand. MG has evolved into a modern, futuristic, and innovative brand over the last 100 years. Its state-of-the-art manufacturing facility in Halol, Gujarat, has an annual production capacity of 1,00,000 plus vehicles and 6,000 direct and indirect employees. Driven by its vision of CASE (Connected, Autonomous, Shared, and Electric) mobility, the innovative automaker has augmented across-the-board ‘experiences’ within the automobile segment today. It has introduced several ‘firsts’ in India, including India’s first Internet SUV – MG Hector, India’s first Pure Electric Internet SUV – MG ZS EV, India’s first Autonomous (Level 1) Premium SUV – MG Gloster, the Astor- India’s first SUV with personal AI assistant and Autonomous (Level 2) technology, MG Comet – The Street-Smart Car, India’s first Intelligent CUV, MG Windsor, World’s Fastest MG – MG Cyberster and The Presidential Limousine – MG M9.

SoftBank and Cisco Light Up Japan’s First All-Optical Metro Network — Slashing Energy Use by 90%

In a bold move to redefine urban connectivity and sustainability, SoftBank Corp. has partnered with Cisco to launch Japan’s first All-Optical Metro Network. The initiative, announced in October 2025, marks a major leap in telecom infrastructure—one that promises to cut energy consumption by up to 90% while preparing Japan’s cities for the data demands of the AI era.

The Technology Behind the Transformation

Scope of All optical network deployment

At the heart of this next-generation network lies Cisco’s Routed Optical Networking architecture, a paradigm shift that eliminates the need for traditional optical-electrical-optical (O-E-O) conversions. Instead of converting light signals into electrical ones at each node—a process that consumes significant power and space—the new system enables end-to-end optical transmission across metro networks.

• Cisco 8000 Series Routers: Built for scale and efficiency, supporting 400G and beyond. These routers enable massive throughput with minimal energy draw.
• Cisco Silicon One Q200 Chips: Custom-built ASICs delivering up to 7x the switching capacity of previous generations while consuming half the power.
• Segment Routing and EVPN: Advanced routing protocols optimize traffic flow, reduce latency, and simplify operations across metro domains.

Why It Matters: Energy, AI, and the Future of Connectivity

SoftBank’s new metro network isn’t just about speed—it’s about sustainability. By removing power-hungry transponders and simplifying the network architecture, the all-optical design dramatically reduces energy use and carbon emissions. This aligns with SoftBank’s broader commitment to achieving net-zero carbon emissions.

• Massive bandwidth for data-intensive applications
• Lower latency for real-time services like autonomous vehicles and smart cities
• Reduced operational complexity through converged infrastructure

Deployment and Roadmap

The first phase of the rollout was completed in Osaka Prefecture in September 2025. SoftBank plans to expand the network nationwide by 2027, building on its nationwide core optical network completed in 2023. This metro layer will serve as the connective tissue between core and access networks, enabling seamless, high-speed data flow across Japan’s urban centers.

A Strategic Alliance

This collaboration deepens the longstanding relationship between SoftBank and Cisco, who have worked together on multiple network modernization efforts. According to SoftBank’s CTO Keiichi Makizono, “This next-generation network will not only support our growing data demands but also contribute significantly to our sustainability goals.”

Kevin Wollenweber, SVP and GM of Cisco Networking, echoed the sentiment:

Our Routed Optical Networking solution is designed to help customers like SoftBank build a more scalable, efficient, and sustainable internet for the future.

Uber and AB InBev India Join Forces to Promote Responsible Festive Mobility

Uber and AB InBev India today announced the launch of Your Night, Our Ride, a joint initiative encouraging people to celebrate responsibly this festive season. Running from October 16 to November 10, the campaign will reward those who make responsible mobility choices. This collaboration marks a joint commitment by both companies to make celebrations safer and more convenient, while shaping a culture of moderation and responsibility.

The program will run across 100 of the most popular pubs, bars and restaurants in Bengaluru, New Delhi, Gurugram, and Noida including, One8 Commune, Paul, Chili’s, Cafe Delhi Heights, 1522, and more. Customers who take an Uber to these partner venues can enjoy exclusive discounts on a range of beverages, while those heading back home can avail discounted Uber rides from participating outlets.

Speaking about the initiative, Shiva Shailendran, Director - Consumer Growth, Uber India and South Asia, “Through this campaign, we want to make choosing a safe ride home both rewarding and responsible. The festive season is a time for people to unwind and celebrate, and we want to ensure they can do that without worrying about how to get home safely. By joining hands with AB InBev, we’re making it easier for people to enjoy their evenings, act responsibly, and help keep the roads safer for everyone.”

Commenting on this initiative, Anasuya Ray, Vice President - Corporate Affairs, AB InBev India said "Festive moments are best enjoyed when they’re safe and memorable. We believe celebrations are rooted in responsible choices and this partnership with Uber brings that belief to life by offering patrons safer mobility options during the festive season. This initiative is an extension of our global campaign ‘Cheers to Moderation’ which celebrates smarter choices and responsible behaviours."

In the lead-up to the campaign, Uber commissioned a consumer survey to understand how India’s urban population views responsible social behaviours and safe mobility choices. The survey suggests that a vast majority of respondents recognise the importance of making safer travel decisions during social occasions, with 92% describing impaired driving as “very risky” or “extremely risky.”

Adani Total Gas and Jio-bp Join Forces to Power India's Mobility Revolution

Adani Total Gas Ltd. (ATGL) and Jio-bp have signed a strategic agreement to transform India's auto fuel retail landscape.

• Select ATGL outlets will now offer Jio-bp’s high-performance petrol and diesel.
• Select Jio-bp outlets will integrate ATGL’s CNG dispensing units within authorized Geographical Areas (GAs).
• The collaboration extends to existing and future fuel stations, linking ATGL’s ~650 CNG stations with Jio-bp’s ~2,000 outlets.

“We are united by a shared vision to offer our customers a superior selection of high-quality fuels. Jio-bp has always been committed to delivering an exceptional customer experience, and this partnership allows us to leverage each other’s strengths to further enhance the value we provide to India,” said Sarthak Behuria, Chairman, Jio-bp.

“It is our shared vision to provide complete range of high-quality fuels at our outlets. This partnership will enable us to leverage each other’s infrastructure, thus enhancing customer experience and offerings,” said Suresh P Manglani, Executive Director and Chief Executive Officer, Adani Total Gas Ltd.

The agreement covers both existing and future outlets of both partners. ATGL currently operates a network of ~650 CNG stations, while Jio-bp has a network of ~2000 outlets. This strategic alliance marks a significant milestone in the journey of both companies toward sustainable growth and innovation.

The move aims to boost fuel accessibility, enhance customer convenience, and support sustainable mobility efforts.

Hyundai Motor Opens CoE for Future Mobility at IIT Delhi

Hyundai Motor Group (the Group), on Thursday, announced the opening of the Hyundai Center of Excellence (CoE) for future mobility technology (Hyundai CoE) at the Indian Institute of Technology (IIT) Delhi.

This initiative is establishing a joint research system to advance future mobility technologies focused on electrification and battery systems, reflecting the Group’s commitment to driving innovation tailored to the needs of Indian customers.

To recall, it was in December last year when Hyundai Motor announced partnership with three IITs – IIT Delhi, IIT Bombay and IIT Madras.

The Group has selected nine joint research projects in collaboration with IITs as part of its long-term academic-industrial cooperation framework. These projects cover key focus areas including:

• Battery cells, systems and testing
• Battery management systems (BMS)
• Energy density enhancement
• Safety
• Durability
• Diagnostic technologies.

The initiative also explores new materials and system components, driving forward innovation in battery design and performance.

Hyundai Motor Group officials – including Heuiwon Yang, President and Head of the R&D Division; Unsoo Kim, Managing Director of Hyundai Motor India Limited; and Chang Hwan Kim, Executive Vice President and Head of the Electrification Energy Solutions Tech Unit – attended the main agreement ceremony held in New Delhi. They were joined by IIT representatives, including Prof. Rangan Banerjee, Director of IIT Delhi; Dean Manu Santhanam from IIT Madras; and Dean Sachin C. Patwardhan from IIT Bombay.

The Steering Committee of the Hyundai CoE will be co-chaired by EVP Chang Hwan Kim and Dean Bijaya Ketan Panigrahi at IIT Delhi.

“We’re excited to work with India’s brightest minds in battery innovation,” said Heuiwon Yang, President and Head of R&D Division at Hyundai Motor Group. “Collaborating with leading researchers and IIT professors through the Hyundai Center of Excellence for future mobility technology will help us develop technologies tailored to India while contributing to its economy and society. We see this partnership with India’s academia and industry as a foundation for building a sustainable future together.”

Future Technology Research

In parallel, the Group is expanding its Future Technology Research Program, which has been in operation since 2021. Unlike the general operation methods of academic-industrial projects, the program allows university faculty members to propose their own research topics, which are then reviewed and selected by the Group.

Previously limited to domestic universities and Korean professors at overseas institutions, the program has been expanded to include foreign faculties – beginning with professors at IITs. This marks a significant step in globalizing the Group’s academic collaboration efforts.

Starting with IIT Delhi, the Hyundai CoE will expand in phases to build an India-wide network of experts, connecting leading researchers and institutions across the country.

Currently, the Group collaborates with three IIT universities (IIT Delhi, IIT Bombay, and IIT Madras), engaging around 30 professors. By December 2025, it aims to expand its reach to 10 universities in India, including non-IIT institutions, with approximately 100 professors participating.

The Group is organizing a range of initiatives to further strengthen this collaborative ecosystem. These include:

• Technology exchange forums bringing together experts from both India and Korea
• Global conferences on battery and EV technologies to share insights on trends and policies
• Policy dialogue sessions that engage key stakeholders from the Indian government, academia, and industry to discuss the future of the mobility and electrification sectors

As the Group’s first academic-industrial collaboration model for a growth economy, the Hyundai CoE is set to become a central hub for research and innovation. It will play a key role in advancing future mobility solutions while fostering a strong, localized innovation base tailored to the evolving needs of the Indian market.

SUZUKI-TATA ELXSI Offshore Development Center Opens in Pune

Suzuki Motor Corporation, a Japanese multinational mobility manufacturer, and Tata Elxsi, a global leader in design and technology services, on Monday, inaugurated the ‘SUZUKI-TATA ELXSI Offshore Development Center’ in Pune, India. This dedicated center will drive Suzuki’s innovations in advanced engineering, shaping the future of mobility.

Tata Elxsi will support Suzuki in its green mobility vision by aligning with Suzuki’s goals for sustainable innovation in lightweight design, safety, styling and engineering, eco-friendly materials, and advanced simulations to improve time-to-market. The partnership will also focus on next-generation powertrains and software-defined vehicles, fostering energy-efficient solutions for electric, hybrid, and alternative fuel vehicles.

At the inauguration, Suzuki’s Chief Technology Officer, Katsuhiro Kato, highlighted the importance of the center as a core component of Suzuki’s innovation strategy. “As the industry progresses in Connected, Autonomous, Shared, and Electric technologies, Suzuki must accelerate electronic and virtual development to meet evolving demands.

Tata Elxsi’s expertise in advanced computing, simulation, and design digital makes them an ideal partner in bringing forward-thinking solutions to market. This strategic and long-term partnership incorporates Suzuki’s endeavor of minimising energy and enables India’s talent to actively contribute to our development efforts globally,” said Mr. Kato.

Manoj Raghavan, MD & CEO of Tata Elxsi, shared, “The inauguration of SUZUKI-TATA ELXSI Offshore Development Center marks a significant milestone in our partnership with Suzuki and our shared vision for the future of mobility. Tata Elxsi’s design-led, digital-first approach is uniquely positioned to support Suzuki’s energy minimisation and sustainability goals, advancing the future of automotive engineering with precision and responsibility. We are delighted to support Suzuki in this journey towards transformative automotive engineering.”

IndianOil Equips Indian Army with Green Hydrogen Fuel Cell Bus for use in Delhi-NCR

In a significant step towards promoting sustainable, eco-friendly transportation solutions, IndianOil has handed over a state-of-the-art green hydrogen fuel cell bus to the Indian Army. This landmark event was marked by the signing of a Memorandum of Understanding (MoU) between IndianOil and the Indian Army to pioneer the deployment of hydrogen fuel cell technology for heavy-duty e-mobility.

The hydrogen fuel cell bus has a seating capacity of 37 passengers and promises an impressive mileage of 250-300 km on a full 30 kg tank of hydrogen fuel. This collaboration marks the Indian Army's commitment to adopting innovative technologies that enhance operational capabilities while ensuring environmental sustainability.

IndianOil is currently operating 15 fuel cell buses in the Delhi-NCR region, accumulating a total mileage of 300,000 kilometers, which works out to 20,000 km for each bus. The project will assess the performance of these buses in the demanding climatic conditions of the region and evaluate the effectiveness, longevity, and operational reliability of fuel cell buses intended for public fleet utilization.

The handing over and signing ceremony was held at the National War Memorial, India Gate, New Delhi, in the presence of General Manoj Pande (PVSM, AVSM, VSM, ADC), Chief of Army Staff, Mr. S M Vaidya, Chairman, IndianOil and senior officials of IndianOil and Indian Army.

General Manoj Pande, PVSM, AVSM, VSM, ADC, the Chief of Army Staff of the Indian Army shared his thoughts on the collaboration, stating, "The partnership between IndianOil and the Indian Army spans over six decades and is built on an unbreakable bond of trust. The Indian Army is committed to exploring and adopting innovative technologies that enhance our operational capabilities while ensuring environmental sustainability. We will be testing one of the hydrogen buses, and I must thank IndianOil for choosing the Indian Army as their partner."

Mr. S M Vaidya, Chairman, IndianOil, expressed his enthusiasm about this initiative, stating, "It is indeed a very momentous day today that a bus which is part of the green hydrogen fuel cell bus fleet will now be operated by the Indian Army. This collaboration with the Indian Army is a landmark step towards a greener and more sustainable future. IndianOil is currently operating 15 fuel cell buses in the Delhi-NCR region accumulating a total mileage of 300,000 kilometers i.e. 20000 kms on each bus”.

This initiative aims to promote hydrogen and fuel cell technology for heavy-duty e-mobility, positioning the Indian Army as a pioneer in evaluating this technology in collaboration with IndianOil, the premier energy company of India. The project will assess the performance of fuel cell electric buses for public transit in the demanding climatic conditions of the Delhi NCR region, analyzing the impact of local fuel and air quality on the performance of fuel cell systems and vehicles. Additionally, it will evaluate the effectiveness, longevity, and operational reliability of fuel cell buses intended for public fleet utilization.

This initiative marks a pivotal step in the journey towards sustainable transportation, setting a precedent for future collaborations aimed at advancing green hydrogen and fuel cell technologies in India.

IIT Madras Unveils NeoStand, A Customizable Electric Standing Wheelchair Made with Indigenous Technology

IIT Madras Develops India’s Most Customizable, Indigenously-Developed Electric Standing Wheelchair

The project was sponsored by Tata Elxsi under its CSR initiative

On Wednesday, the Indian Institute of Technology Madras (IIT Madras) launched the NeoStand — an electric standing wheelchair that's customizable and made with indigenous technology. The wheelchair is designed to help users sit for long periods of time and then stand comfortably, reducing the risk of secondary health issues.

This electric wheelchair allows users to stop at intermediate positions using a switch, which can help with therapeutic aspects. For example, a caregiver or therapist can help the user practice standing gradually.

Launched at the IIT Madras campus on 20th March 2024 in the presence of Prof. V. Kamakoti, Director, IIT Madras, NeoStand is India’s most customizable Electric Standing Wheelchair, and has been developed indigenously to enhance the quality of life for wheelchair users.

At the touch of a button, wheelchair users can effortlessly transition from sitting to standing, opening a world of possibilities - be it engaging in eye-level conversations, reaching for a book, or simply enjoying a cup of coffee standing by a counter.

NeoStand 

Key features of the NeoStand:

1. Customizability: NeoStand is designed to be highly customizable, catering to the specific needs of individual users. This adaptability ensures that it can accommodate a wide range of requirements.

2. Motorized Standing Mechanism: With the touch of a button, wheelchair users can seamlessly transition from a sitting position to standing. This functionality opens up new possibilities, such as engaging in eye-level conversations, reaching for objects, or enjoying a cup of coffee while standing at a counter.

3. Compact Design: NeoStand's compactness allows easy maneuverability even in tight spaces, enhancing accessibility for users.

4. Health Benefits: By providing the freedom to sit for prolonged hours and stand comfortably when needed, NeoStand reduces the risk of secondary health complications associated with prolonged sitting.

5. Innovative Approach: The wheelchair offers a seamless transition between sitting and standing, with the option to pause midway. This approach underscores its commitment to improving users’ quality of life and social participation.

 

Mr. Justin Jesudas using NeoStand

Justin Jesudas, who has had quadriplegia for 14 years, says that the ability to stand with the push of a button makes the wheelchair more inclusive and helps quadriplegics stand independently.

The journey of NeoStand from concept to reality was supported by a collaborative ecosystem. The project was sponsored by Tata Elxsi under its corporate social responsibility initiative. The development and design were spearheaded by the TTK Center for Rehabilitation Research and Device Development (R2D2) at IIT Madras and NeoMotion, which took the lead in bringing this product to the marketplace.

The project development was led by Prof. Sujatha Srinivasan, Head, TTK Center for Rehabilitation Research and Device Development (R2D2), IIT Madras, who also led the development of ‘Arise,’ India’s first manual standing wheelchair, and NeoBolt, the country’s first motorized add-on for wheelchairs. This device has been commercialized and is being taken to the market through NeoMotion, an IIT Madras-incubated start-up.

For the majority of wheelchair users across the globe, the ability to stand is far-fetched. Standing is essential for better blood circulation, and digestion, preventing health issues like pressure sores and crucial for daily activities. Currently, users are often dependent on external help and some need to use orthoses. For persons with severe disabilities who have compromised upper body strength, this is a significant challenge, and a manual standing wheelchair is inadequate.

This groundbreaking initiative demonstrates the impact of translational research guided by IIT Madras faculty. NeoStand redefines the wheelchair experience, emphasizing user-centric design and empowering individuals with mobility challenges. As we navigate the complexities of accessibility and societal attitudes, let us recognize that advancements in assistive technology are not only technological imperatives but also moral imperatives.

Hyundai Motor and Abu Dhabi's Mubadala Collaborate for CleanTech and Future Mobility Technologies

• Hyundai Motor Company and Mubadala Investment Company to explore collaboration on future mobility and cutting-edge technologies, including the hydrogen value chain and production
• The two entities will also explore potential investment opportunities

South Korea's Hyundai Motor Company and UAE -based Mubadala Investment Company “Mubadala”, a global sovereign investor, have signed a memorandum of understanding (MOU) to jointly explore potential business opportunities and synergies for future mobility and technologies.

The signing ceremony, which took place in Abu Dhabi, was attended by Jaehoon Chang, President and CEO of Hyundai Motor Company, and Waleed Al Mokarrab Al Muhairi, Deputy Group Chief Executive Officer of Mubadala Investment Company. This marks the beginning of a strategic collaboration that will drive progress in future mobility and clean technologies.

The agreement will allow both parties to jointly invest and share expertise, leveraging the advantages of Mubadala's investments and Hyundai Motor's expertise in various fields, including green steel production, green aluminum production and recycling, as well as advanced air mobility (AAM), and infrastructure for electric vehicles.

Additionally, Hyundai Motor and Mubadala will seek to unlock potential investment opportunities.

“This collaboration capitalizes on the organic synergy between Hyundai Motor's eco-friendly and futuristic business strategies, including hydrogen, green steel, green aluminum as well as future mobility technologies, and Mubadala's investment portfolio,” said Jaehoon Chang, President and CEO of Hyundai Motor Company. “Hyundai Motor will continue to pursue diverse partnerships to achieve a sustainable future and contribute to the global energy transition.”

To recall, in August this year Hyundai announced that it aims to develop technology to produce clean hydrogen from food waste as the world’s third-largest automaker aims to cement its global dominance in the fuel cell electric vehicle sector.

Commenting on this agreement, Waleed Al Mokarrab Al Muhairi, Deputy Group CEO of Mubadala Investment Company, said: “This strategic partnership with Hyundai Motor Company marks a significant milestone in our journey to further diversify our portfolio across sectors that are shaping the future of the global economy such as mobility, green technology, and energy. Through our combined strengths and expertise, we will surface new investment opportunities that are in line with our strategic growth ambitions and sustainability agendas. We look forward to collaborating with Hyundai Motor Company and expanding our presence in South Korea.”

Hyundai Motor and Kia Unveil Paradigm–Shifting 'Uni Wheel' Drive System to Revolutionize Future Mobility

• Hyundai Motor Company and Kia Corporation present the ‘Universal Wheel Drive System’ (Uni Wheel) at ‘Uni Wheel Tech Day’ in Seoul
• New system integrates existing drive components to deliver excellent efficiency, power and durability without impacting ride comfort
• Improved packaging potential opens up avenues for greater driving range, passenger space and PBV development

Hyundai Motor Company and Kia Corporation have unveiled the Universal Wheel Drive System — called ‘Uni Wheel’ — at ‘Uni Wheel Tech Day’ in Seoul, Korea. This paradigm-shifting vehicle drive system will revolutionize the design of future mobility devices.

Uni Wheel is a functionally integrated wheel drive system that dramatically improves available space inside an electric vehicle (EV) by moving the main drive system components to the vacant space within the wheel hub. In doing so, Hyundai Motor and Kia have designed a completely new structure for the drive system.

In internal combustion engine (ICE) vehicles power is transmitted from the engine through the transmission and to the wheels via drive shafts and constant velocity (CV) joints. In EVs, the engine and transmission are replaced by a motor and reduction gear, but the final method of transmission to the wheels is the same.

Uni Wheel opens new possibilities and enables a flat-floor configuration by moving an EV’s reduction gear inside the wheel hub, locating a compact individual motor close to each wheel, reducing the length of the drive shafts.

The system frees up significantly more interior space compared with conventional drive systems, enabling future mobility products optimized for various applications, such as Purpose Built Vehicles (PBVs).

“We are pleased to showcase innovative ideas that could become game changers in the future mobility market,” said Jongsool Park, Senior Fellow at the Institute of Advanced Technology Development of Hyundai Motor Group. “We will perfect the technology so that customers can experience mobility in a completely different and new way.”

Advancing future mobility through new technology

Recent advances in electrification, autonomous driving and connectivity technologies are transforming mobility products into living spaces. Hyundai Motor and Kia’s focus on space utilization in future vehicle architectures will further boost customer value and provide owners with richer user experiences as a result.

Uni Wheel uses a special planetary gear configuration consisting of a sun gear in the center, four pinion gears on each side and a ring gear surrounding this arrangement. Power generated by the motor is transmitted to the sun gear, which in turn engages the pinion gears to rotate the ring gear. This is connected to the wheel to drive the vehicle.

Uni Wheel’s pinion gears are connected to each other to form two linkages, and this multi-link mechanism enables Uni Wheel’s multi-axis movement to allow a wide range of suspension articulation.

A conventional drive system using a regular CV joint suffers from a decrease in efficiency and durability as the angle of drive shaft deflection increases when travelling over bumpy, undulating surfaces. Uni Wheel can transmit power with almost no change to efficiency regardless of wheel movement, ensuring high durability and ride comfort.

When combined with electronic air suspension that can adjust ride height according to the driving situation, this can be increased to stabilize the vehicle on rough roads, or decreased for high-speed driving to improve power and stability.

By moving the reduction gear to the wheel hub, Uni Wheel’s high reduction ratio delivers a significant torque output and allows for a more compact electric motor. With independent control of up to four efficient electric drive units, Uni Wheel also allows for unprecedented levels of torque vectoring to boost dynamic ability and deliver high levels of steering and driving stability.

More efficiency, more interior space

The Uni Wheel concept frees up space within a vehicle that was previously unavailable to users. By relocating many components of the drive system to the wheel hub and downsizing the electric motor with no impact on performance, the extra space made available within the vehicle body can be utilized as additional cargo room, such as a larger trunk or a ‘frunk’.

It’s also possible to move away from conventional seating arrangements designed around the driver, creating new interior layouts and designs for the era of fully autonomous driving. Utilizing this space to improve battery capacity can also improve driving range, meaning users can achieve the range of a large EV without the physical size of the vehicle growing.

The developments Uni Wheel allows will also significantly increase passenger space. EV batteries are conventionally located low down in a vehicle’s body, which requires a raised ride height, often reducing passenger space by the volume of the battery. However, Uni Wheel optimizes battery packaging, with the loss of passenger space minimized.

This will be a valuable feature for PBVs, which need to maximize interior space by offering a low, flat-floor design. The flat-floor platform enabled by Uni Wheel allows for strong flexibility and scalability when it comes to PBVs, enabling the design of various body types depending on the intended use case.

Uni Wheel is highly flexible and easily adaptable to all types of EVs, including regular passenger and high-performance EVs, as the system can implement the same powertrain and reduction gear functions required for conventional EVs.

In addition to vehicles of various sizes, Uni Wheel can also be applied to other types of mobility devices, such as wheelchairs, bicycles and delivery robots. Depending on the requirements of these different forms of mobility, Uni Wheel can be scaled to work with wheel sizes as small as 4 inches and as large as 25 inches or more. In addition, Uni Wheel’s ability to move the rotation axis of the wheel makes it possible to create forms of personal mobility that can climb stairs as smoothly as an escalator.

Hyundai Motor and Kia are continuously verifying the stability, efficiency, and durability of Uni Wheel through various tests to perfect its development and will continue efforts to improve its efficiency by adjusting the reduction gear ratio, and upgrading the lubrication and cooling system.

Hyundai Motor and Kia have applied for and registered eight patents related to Uni Wheel in South Korea as well as the United States.