ZF Sees India Emerging as a Major Hub for Connected Vehicle Aftermarket Services

ZF believes India is rapidly evolving into a critical market for software-driven aftermarket solutions as connected vehicles, fleet telematics and electric mobility continue transforming automotive servicing operations. Philippe Colpron, Executive Vice President of the company’s aftermarket division, said the country’s growing vehicle complexity, expanding infrastructure and digital engineering capabilities are creating fresh opportunities for advanced diagnostics and uptime-focused services. He explained that the aftermarket industry is moving beyond conventional mechanical repairs toward a more software-integrated ecosystem where connectivity, predictive maintenance and digital workflows will become increasingly important.

During a recent interaction with the media, Colpron highlighted that India’s mobility sector is witnessing a transition toward larger and more technologically advanced vehicle platforms. He stated that the rapid development of highway infrastructure and increasing inter-city transportation activity are contributing to stronger demand for vehicle safety systems, diagnostics platforms and uptime management solutions. According to him, India’s economic growth and digital engineering ecosystem are also strengthening the country’s position within the global automotive technology landscape.

Software and Connectivity to Redefine Aftermarket Services

Colpron said software integration will fundamentally alter the way aftermarket servicing functions over the coming years. According to him, even traditional mechanical repairs are increasingly becoming dependent on software-enabled systems, diagnostic authentication and electronic controls. He explained that workshops and service centres will need to adopt more advanced digital tools as connected technologies become standard across vehicle categories. The increasing role of software-defined systems is expected to reshape repair procedures, maintenance operations and customer service processes across the automotive aftermarket sector.

India is also witnessing a rapid increase in connected vehicle penetration, particularly in the commercial vehicle segment where fleet operators are focusing more aggressively on uptime optimisation, telematics and remote diagnostics. Colpron noted that connected technologies are no longer limited to premium vehicle categories and are steadily expanding into broader transportation ecosystems. He added that fleet owners are increasingly prioritising operational efficiency, safety monitoring and predictive servicing to reduce downtime and improve business performance.

Connected Fleet Technologies Gain Momentum

According to Colpron, ZF has nearly three decades of experience in connected fleet management solutions across global truck and trailer ecosystems, particularly in Europe. The company has gradually expanded these capabilities into buses and lighter commercial vehicles while strengthening cloud-based vehicle monitoring services. Bengaluru has emerged as one of the organisation’s major technology hubs supporting connected vehicle software development and digital fleet applications for international markets.

He stated that the company’s current focus is no longer limited to introducing connected technologies but is increasingly centred on improving the real-world adoption and operational effectiveness of those systems. Colpron emphasised that wider technology usage and deeper penetration are necessary for connected mobility systems to deliver measurable benefits in fleet efficiency and aftermarket productivity. He also highlighted applications such as trailer telematics and electronic braking systems used in hazardous goods transportation, where real-time monitoring can significantly improve safety and operational oversight.

Key Areas Transforming India’s Aftermarket Ecosystem

Electric Vehicles Reshape Workshop Requirements

The transition toward electric mobility is expected to significantly alter workshop ecosystems and servicing requirements across the automotive industry. Colpron said electric vehicles introduce high-voltage systems, software-heavy architectures and diagnostics-intensive repair procedures that require workshops to upgrade their technical capabilities. He explained that even relatively simple maintenance activities on EVs may increasingly involve software resets, electronic validation and connected diagnostic procedures before vehicles can return to operation.

According to Colpron, workshops that fail to adapt to electric vehicle servicing may struggle to remain competitive as EV penetration increases. He noted that mechanics and service centres must develop expertise in software-enabled repair environments to stay relevant in the future mobility ecosystem. As part of its preparation efforts, ZF has expanded its ProTech workshop network in India, which now includes more than 400 workshops focused on technical training, diagnostics capability and advanced service support.

Passenger Vehicle Aftermarket Expanding Rapidly

While the company has historically maintained a stronger position in the commercial vehicle aftermarket through brands such as Wabco, Colpron stated that the passenger vehicle aftermarket business in India is now accelerating at a faster pace. He added that the organisation is expanding vehicle parc coverage across multiple product categories while increasing localisation efforts to improve market competitiveness. The company is also investing in local production capabilities to strengthen operational efficiency and support long-term growth strategies.

ZF currently operates 19 manufacturing plants and engineering centres across India, employing around 16,000 people within its operations. Colpron described India as both a strategic domestic market and a global capability centre for the company’s engineering and technology activities. He said the broader strategy remains focused on supporting distributors, workshops and aftermarket partners through product expansion, training programmes, diagnostics capabilities and digital tools designed to improve long-term profitability and operational sustainability.

Looking ahead, Colpron said software, telematics, diagnostics and connected mobility services will become increasingly integrated with traditional aftermarket operations. He added that the company aims to help partners understand how these evolving digital technologies can be monetised effectively while improving efficiency and customer service standards across the automotive service ecosystem.

Frequently Asked Questions

Why is India becoming important for connected vehicle aftermarket services?
India is becoming important for connected vehicle aftermarket services due to rising vehicle complexity, expanding digital infrastructure and increasing adoption of telematics-enabled mobility solutions. Commercial vehicle operators are prioritising uptime management, predictive diagnostics and remote monitoring systems to improve efficiency and reduce downtime. Growing EV penetration and software-defined vehicle technologies are also accelerating demand for advanced workshop capabilities, connected diagnostics and digital service ecosystems across passenger and commercial vehicle segments.

How are electric vehicles changing automotive workshop operations?
Electric vehicles are significantly changing workshop operations by introducing high-voltage systems, software-integrated architectures and diagnostics-heavy servicing procedures. Workshops now require specialised technical expertise, electronic testing capabilities and software-enabled repair tools to handle modern EV maintenance requirements. Mechanics and service providers that fail to adapt to these evolving technologies may lose future business opportunities as EV adoption increases and software-based vehicle systems become more common across automotive markets.