The automotive industry is on a crossroads where top technologies come together to redefine transport. Through progress in the areas of IoT, cloud computing, edge computing, blockchain, AI and networks, vehicles are no longer just means of transport – they become intelligent machines in a complex, networked ecosystem. But how do these technologies really change mobility and where do we draw the border between innovation and over-engineering?
Pavan Choudhary, Practice Lead – Future Mobility at Fujitsu Consulting India, gave insights into these transformative trends Mobility view that, while the technology convergence is redesigned by the automobile landscape, caution is required to avoid overloading the vehicles with technology for their own sake.
“The development of intelligent vehicles is essential, but they must not be overdeveloped,” he explains. “As long as people sit at the wheel, there will always be a need to override systems and take full control.” “Vehicles should continue to perform reliable, regardless of whether the systems are activated or not.”
For example, Blockchain offers unprecedented potential for safe supply chain management, contract processing for leasing vehicles and vehicle-to-payment gateway interactions. However, Choudhary believes that the focus should continue to be on the further development of these technologies for practical applications instead of overwhelming the drivers with functions.
High -performance calculation: a double -edged sword
The rise of high -performance computers (HPCs) in vehicles is another hot topic. While HPCs promise to replace conventional control units with centralized or zonal architecture, the transition is associated with challenges. “The dependence on HPCs carries risks, especially under rough conditions,” notes Choudhary.
The industry is currently experimenting with a gradual implementation and weighing up the advantages of central control compared to distributed systems. “The change of fat and oil to wafers and chips is fascinating, but requires careful considerations to ensure reliability and security,” he adds.
Hydrogen: The next border for sustainable travel
Hydrogen fuel technology attracts attention worldwide as a practical alternative to fossil fuels. Choudhary, a strong supporter of hydrogen, emphasizes his transformative potential for upstream, midstream and downstream applications.
“From port operations and shipping to heavy truck and rail traffic, hydrogen is on the best way to revolutionize sectors before moving into public transport and passenger transport,” he says. However, there are challenges – such as the development of the infrastructure, dealing with complexities and ensuring safe storage and safe transport. Despite these hurdles, Choudhary is optimistic; “The industry continues to develop and startups play a crucial role in the further development of hydrogen hybrids and conversion sentences.”
Navigate in the complex automotive ecosystem
In addition to the technology, the automotive ecosystem is a labyrinth of variables. The research and development budgets are increasing because OEMs experiment with new ideas, insurance companies deal with the risk takeover for advanced technologies and finance the value of waste vehicles.
Sustainability also changes the property models, whereby the consumer requirements are different depending on the population group. “We see how a complex matrix is created, with unique challenges at every level,” says Choudhary.
A convergent future
When technologies such as AI, IoT and blockchain are mature, their integration into vehicles will shape more intelligent and sustainable mobility. However, this path requires a balance – the use of innovations, without foregoing the driving pleasure or reliability of easier systems.
In view of the changing consumer expectations, regulatory framework and technological breakthroughs, the automotive industry is ready to provide vehicles that are not only intelligent, but also more secure, sustainable and the future of mobility.
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