Software defined vehicles: How will they impact our auto care sector?

Software-defined vehicles are no longer a future concept. They are already reshaping how vehicles are designed, maintained, and repaired, and Canada’s auto care sector is beginning to feel the impact. 

At its core, a software-defined vehicle (SDV) relies on software to control and enhance many of its functions, including diagnostics, safety systems, infotainment, performance, and maintenance updates. Instead of relying primarily on mechanical components and isolated electronic systems, these vehicles operate through centralized computing platforms that allow features and functionality to evolve over time through software updates. 

For consumers, that means vehicles that are more connected, customizable, and capable of receiving updates remotely. For the aftermarket, it means the service and repair landscape is becoming increasingly digital. 

This transition comes at an important time for Canada’s auto care industry. According to AIA Canada research, the auto care sector contributes over $43.9 billion annually and supports nearly 500,000 direct jobs across the country. As vehicle technology evolves, businesses and professionals supporting those vehicles will need to evolve alongside it. 

The shift toward software-defined vehicles is already changing what modern repair work looks like. Independent service and repair businesses dominate the auto care sector, and are investing in more advanced diagnostic tools and calibration equipment. Additionally, technicians are increasingly working with software systems, sensors, and connected technologies alongside traditional mechanical repairs. 

However, this emergence of technology does not mean mechanical expertise is becoming less important; rather, it means modern automotive service technicians are now expected to understand everything from advanced driver assistance systems (ADAS) and battery management to software troubleshooting and vehicle connectivity. 

The industry has adapted through major technological changes before, including emissions systems, hybrid technology, and electrification. Software-defined vehicles represent the next stage in that evolution, but the pace of change is accelerating as software becomes integrated into nearly every vehicle system. 

One of the most important issues connected to this shift is access to vehicle data and repair information. As more systems become software-controlled, independent repairers need secure and fair access to the tools and information required to diagnose and repair vehicles effectively. This is why discussions around Right to Repair are becoming increasingly important in Canada. 

Workforce development will also play a major role in the sector’s success in navigating this transition. The auto care industry is already managing skilled labour shortages across several technical trades, and the growing complexity of vehicle technology will only increase demand for training and upskilling. Educational institutions, industry associations, and employers will need to work together to ensure technicians are prepared for increasingly digital repair environments. 

At the same time, cybersecurity is becoming a larger consideration across the automotive ecosystem. Connected vehicles create new challenges related to software vulnerabilities, cloud connectivity, and data protection. As a result, cybersecurity awareness and secure repair practices will become increasingly important parts of the service process. 

Software-defined vehicles are not a distant concept or a niche trend. They are becoming the foundation of the modern vehicle, and their impact on Canada’s auto care sector is already being felt. The businesses that continue investing in technology, training, and adaptability will be best positioned to meet the needs of the next generation of vehicles and consumers.