By Admin 
General Motors is going through one of its most important technology resets in years. The company is not just building cars anymore. Like every major automaker, GM is trying to build vehicles that feel more connected, more intelligent, and more software-driven.
That is why the recent leadership shakeup matters. GM has lost three senior technology executives during a broader software restructuring, including Baris Cetinok, Dave Richardson, and Barak Turovsky. Their exits come as the company reorganizes software, product, AI, hardware, and vehicle development under Sterling Anderson, GM’s Chief Product Officer.
On the surface, this looks like another executive reshuffle. But the bigger story is about how difficult it can be for a traditional automaker to become a true software-defined vehicle company. GM wants faster product development, better in-car experiences, stronger AI capabilities, and a more unified approach to vehicle software. Losing several high-profile technology leaders at the same time makes that transition more closely watched.
What Happened at GM?
The short version is that GM lost three senior software and technology leaders while restructuring its software and product businesses.
The most recent reported departure was Baris Cetinok, who served as Senior Vice President of Software and Services Product Management. He was set to leave the company effective December 12, 2025. His exit followed the departures of Dave Richardson, who led software and services engineering, and Barak Turovsky, who had been hired earlier in 2025 as GM’s first Chief Artificial Intelligence Officer.
These exits happened as General Motors moved to bring its vehicle software engineering and global product work closer together. Instead of keeping software, product, AI, and hardware development in separate lanes, GM is trying to put more of that work under one leadership structure.
That new structure centers on Sterling Anderson, a former Tesla executive and co-founder of Aurora Innovation, who joined GM as Chief Product Officer. Reuters reported in April 2026 that Anderson now oversees the development of both electric and gasoline-powered vehicles, as well as software.
Who Are the Three Technology Executives Who Left GM?
| Executive | GM Role | Why the Exit Matters |
| Baris Cetinok | Senior Vice President of Software and Services Product Management | His departure matters because he was tied to GM’s software product direction and in-vehicle digital experience. |
| Dave Richardson | Senior Vice President of Software and Services Engineering | He was connected to the engineering side of GM’s software and services work before the role shifted under Sterling Anderson. |
| Barak Turovsky | Chief Artificial Intelligence Officer | His exit drew attention because he had only joined GM earlier in 2025 to lead AI work across the company. |
The timing is what makes these exits more significant. One senior technology departure can happen for many reasons. Three exits in a short period, during a major software restructuring, naturally raise bigger questions about strategy, culture, and execution.
Baris Cetinok
Baris Cetinok was one of the most visible names in GM’s software organization. His role as Senior Vice President of Software and Services Product Management placed him close to the company’s work on software-driven products, digital services, and customer-facing technology.
His departure was reported as the third high-profile technology exit in about a month. That made it more than a standard leadership change. It became part of a larger pattern inside GM’s software organization.
For a company trying to improve in-vehicle experiences, connected services, infotainment, and software quality, losing a senior product leader is not a small event. Product management sits between engineering, design, customers, and business strategy. When that function changes leadership during a reorganization, it can affect priorities, timelines, and the way teams make decisions.
Dave Richardson
Dave Richardson had led GM’s software and services engineering work before leaving the company. WardsAuto reported that Sterling Anderson would take over a role previously held by Richardson after Richardson left on October 31, 2025.
Richardson’s exit matters because software engineering is central to modern vehicles. Automakers are no longer judged only by horsepower, range, design, or reliability. Customers also judge them by screens, apps, navigation, driver-assistance systems, software updates, and how smoothly digital features work.
For GM, this area is especially important because it affects products across brands like Chevrolet, GMC, Cadillac, and Buick. If GM wants to compete more strongly in connected vehicles and EVs, software engineering has to be deeply connected with product planning and hardware development.
Barak Turovsky
Barak Turovsky was hired as GM’s first Chief Artificial Intelligence Officer in 2025. Reuters reported that he came from a background that included senior AI work at Cisco and Google, and that he was expected to help integrate AI across GM’s electric vehicles, internal combustion vehicles, autonomous technology, product development, operations, and customer experiences.
His exit stood out because AI has become one of the most important areas in automotive strategy. AI can influence driver-assistance systems, predictive maintenance, manufacturing efficiency, customer support, dealership tools, personalization, and future autonomous features.
For GM, losing a newly hired AI leader so soon after creating the role created understandable attention. It also showed how fast the company’s technology structure was changing under the new product organization.
Why Is GM Restructuring Its Software Division?
The main reason appears simple: GM wants to move faster and reduce internal silos.
Large automakers are complex. Hardware teams, software teams, battery teams, product teams, design teams, manufacturing teams, and customer experience teams often operate with different goals and timelines. That can slow down development, especially when modern vehicles require all of those areas to work together from the beginning.
By consolidating more responsibility under Sterling Anderson, GM appears to be trying to create a cleaner product structure. The goal is to bring vehicle development, software, services, hardware, AI, and customer experience closer together.
This matters because the car itself is changing. A modern vehicle is no longer just a mechanical product with software added later. It is increasingly a connected platform where hardware and software need to be designed together.
Who Is Sterling Anderson?
Sterling Anderson is central to this story.
He joined GM as Chief Product Officer after previously working at Tesla and co-founding Aurora Innovation, an autonomous driving company. Reuters reported that GM recruited Anderson with a compensation package potentially worth $40 million, showing how important his role is to the company’s future product and software strategy.
His role is unusually broad. He is connected not only to software, but also to vehicle development across electric and gasoline-powered products. That makes him one of the most important figures in GM’s attempt to become more software-led.
In simple terms, GM appears to be betting that a product leader with Silicon Valley and autonomous vehicle experience can help bring more speed, focus, and integration to a century-old automaker.
How GM Is Combining Software, Hardware, AI, and Product Teams
The biggest change is not just who left. It is how GM is trying to organize the work.
The company is moving toward a more unified model where software engineering, hardware engineering, AI, autonomous vehicles, battery technology, services, and product management are connected under a broader product structure. TechCrunch also reported that GM added leaders such as Cristian Mori in robotics, Behrad Toghi as AI lead, and Rashed Haq as vice president of autonomous vehicles as part of the wider shift.
That kind of structure makes sense on paper. A vehicle’s software experience depends on the hardware underneath it. Driver-assistance features depend on sensors, compute power, data, AI models, and user experience design. Infotainment depends on screens, chips, cloud systems, apps, and product decisions.
If those teams are disconnected, customers feel the friction. If they work together well, the vehicle can feel more polished and modern.
Why the Executive Departures Matter
The departures matter because they happened during a critical phase of GM’s software transformation.
GM is competing in a market where customers increasingly expect vehicles to improve after purchase through over-the-air updates, connected services, better infotainment, smarter driver-assistance tools, and smoother mobile app integration. This is the world that Tesla helped popularize, and traditional automakers are still adapting to it.
Losing three high-profile technology leaders can create short-term uncertainty. It may slow decision-making, shift priorities, or raise questions among employees about the direction of the organization.
But there is another side too. A restructuring often means some executives leave because the company is changing how decisions are made. If GM believes its old structure was too fragmented, then leadership turnover may be part of building a more unified organization.
The key question is whether the new structure delivers better products.
What This Means for GM’s Software-Defined Vehicle Strategy
A software-defined vehicle is a car where much of the customer experience is shaped by software. That includes the dashboard interface, app connectivity, driver-assistance systems, navigation, personalization, vehicle settings, diagnostics, subscriptions, and updates.
For GM, this is not optional. The entire industry is moving in this direction. EV buyers care about range and charging, but they also care about software. Luxury buyers care about materials and comfort, but they also expect smooth digital experiences. Fleet buyers want data, uptime, predictive maintenance, and connected services.
That is why GM’s restructuring is so important. It is not just about internal reporting lines. It is about whether General Motors can build vehicles that feel modern in a software-first market.
If the new structure works, GM could move faster, build cleaner digital products, and create a more consistent experience across its brands. If it does not, the company could keep facing the same challenge many legacy automakers face: great engineering, but uneven software execution.
How the Shakeup Could Affect EVs, Super Cruise, and In-Vehicle Tech
The leadership changes could eventually affect several customer-facing areas.
One is EV strategy. Electric vehicles depend heavily on software for battery management, charging, route planning, range estimates, energy use, and user experience. A more integrated software and product team could help GM make its EVs feel smoother and easier to use.
Another area is Super Cruise, GM’s hands-free driver-assistance system. Advanced driver assistance depends on software, sensors, mapping, AI, and product design working together. Stronger integration could help features improve more consistently.
The third area is everyday in-car technology. Customers notice when infotainment systems are slow, apps disconnect, updates fail, or features feel unfinished. A better software organization could improve these details, which matter more than many automakers once realized.
Is GM Struggling to Retain Silicon Valley Talent?
That is one of the big questions raised by the exits.
GM has spent years bringing in leaders from major technology companies such as Apple, Google, Cisco, and other software-focused organizations. Hiring that talent is one challenge. Keeping it inside a traditional automaker is another.
Legacy automakers operate differently from pure technology companies. Vehicle development cycles are longer. Safety and regulation are heavier. Manufacturing complexity is massive. Decisions often move through large organizations. That can be frustrating for executives used to faster software environments.
At the same time, automakers need that outside technology experience. The future of the auto industry will be shaped by software, AI, connected services, autonomy, and digital experiences. GM cannot ignore that shift.
So the real issue is not whether GM can hire tech talent. It clearly can. The bigger question is whether it can build a culture and structure where that talent can be effective.
What Comes Next for GM’s Software Organization?
The next phase will be about execution.
Leadership changes can create headlines, but customers will judge GM by the quality of its vehicles and software. The company needs to show progress in areas like:
In-vehicle experiences
Infotainment reliability
Over-the-air updates
Super Cruise improvements
AI-enabled features
Mobile app integration
EV software performance
Connected services
Autonomous vehicle development
Customer experience across the product lifecycle
The restructuring may give GM a cleaner path to build those experiences. But it also puts more pressure on Sterling Anderson and the new leadership team to prove that consolidation can lead to better execution.
Final Takeaway
GM losing three technology executives amid a software restructuring is more than a personnel story. It reflects a deeper shift inside General Motors as the company tries to become a more software-driven automaker.
The departures of Baris Cetinok, Dave Richardson, and Barak Turovsky raise fair questions about leadership stability and tech talent retention. At the same time, the rise of Sterling Anderson and the consolidation of software, product, AI, hardware, and vehicle development show that GM is trying to fix a real problem: fragmented technology execution.
For General Motors, the stakes are high. The future of the auto industry will not be won by hardware alone. It will be shaped by software-defined vehicles, AI, connected services, EV technology, driver assistance, and the overall digital experience inside the car.
If GM’s restructuring works, it could help the company move faster and build better vehicles. If it does not, the executive exits may be remembered as another sign of how hard it is for a legacy automaker to transform into a modern technology company.