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Synergy software development software9/28/2023 Forgoing advancements in one without investing in the development of the other can lead to significant risks and missed opportunities for long-term success.īy investing in both areas and being patient for breakthroughs, companies can create durable, reliable and innovative products that meet customer needs and drive the industry forward. ConclusionĪs advancements in transportation technology continue to evolve, it's important for companies to balance their focus on the continual development of both hardware and software technologies. Advancements in raw material chemistry and processing, fabrication and physical sciences are leading to lighter, stronger and better-performing vehicle applications in parallel with greater connectivity. And for large enterprises, shorter development cycles with less ground-up engineering can equate to significant cost savings and allow more investment in innovation.īeyond vehicles themselves, the tools, techniques and processes that are required to engineer and manufacture at scale are also benefitting from developments in the latest hardware technology. ![]() This benefits customers by accelerating access to future vehicles that feature the latest technology while also enabling their current vehicles to be eligible to receive updates and improvements over time-unlocking additional value beyond the initial point of purchase. Rather, new tools, capabilities and features can be deployed through software to existing hardware architectures. This means that over time, hardware doesn't need to be re-engineered to accommodate the advancing demands and capabilities of software applications. By anticipating customers’ widely varying future requirements, manufacturers can develop vehicle structures that support many generations of technology integration. But although implementing new innovation through hardware can feature a longer lead time than software, the benefits of creating flexible hardware platforms are still significant-and serve a critically important role in helping accelerate the world of future mobility.įlexible vehicle architectures represent a key enabler for companies to integrate future technologies with greater speed and lower cost when compared to conventional vehicle cycles. Pioneering changes in tooling, raw materials and manufacturing processes can be viewed as laborious and resource-heavy, and it can take longer to iterate and deploy new hardware solutions than software updates. Why Hardware Is Still RequiredĪs vehicle development cycles continue to accelerate with rapidly growing software capabilities at the forefront, advancements in hardware have the potential to be overlooked. Even with the latest software, a vehicle still requires wheels and a propulsion system to fulfill the needs of the average customer. ![]() However, with the rapid emergence of software technologies being made increasingly available at scale, the true value lies within the interconnection and integration of new technologies on increasingly capable hardware systems. ![]() Collaboration with third parties allows for additional new products and services to be developed and deployed through the cloud, helping deliver continuous value to existing products over time-even after the initial point of purchase. ![]() For companies that engineer and manufacture vehicle platforms, software enables the creation of new revenue streams, greater access to telematics and the ability to provide service more efficiently, with software patches and fixes that can be delivered over the air.
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