GM Integrates CarPlay and Android Auto Deeper Into 2027 Silverado and Sierra
General Motors has announced a new software experience for its upcoming Chevrolet Silverado and GMC Sierra that gives Apple CarPlay and Android Auto a new look inside the truck interface. The Verge
The new user interface was introduced on September 15, 2026. It will debut on the 2027 Chevrolet Silverado and 2027 GMC Sierra light-duty pickups. GM
GM describes the release as integrating Android Auto and Apple CarPlay with its native system, rather than treating projection as a separate source. The update includes picture-in-picture upgrades for both platforms, allowing a projected phone session to persist in a smaller surface alongside native truck functions.
The split remains. GM never disabled phone projection in its gas-powered trucks, SUVs and other internal combustion models. The 2026 Chevrolet Silverado HD, for example, offers wireless Apple CarPlay and Android Auto compatibility. Chevrolet notes that Android Auto features can be controlled using the touch screen or voice commands, and that vehicles with Google built-in compatibility allow access to apps directly on the center display.
That continuity stops at the EV lineup. GM removed Apple CarPlay and Android Auto phone projection from its electric vehicles in 2023 and has not offered phone projection in EVs for the past three years.
The affected EVs span the portfolio. They include the Chevrolet Equinox, Blazer, Bolt and Silverado EVs, the Cadillac Lyriq, Optiq, Vistiq and Escalade IQ, and the GMC Sierra EV and Hummer SUV and Truck EVs.
GM builds its EV operating system on top of Android Automotive with embedded Google products including Maps and Gemini. That is a different architecture from phone projection. Android Automotive runs natively on the head unit. Android Auto and CarPlay borrow the display for a phone-rendered session.
Policy around that split has shifted in public. In an October 2025 appearance on Decoder, GM CEO Mary Barra defended prohibiting CarPlay in electric vehicles and indicated the policy would eventually extend to gasoline-powered vehicles. GM later clarified that Apple CarPlay and Android Auto would remain available in its gas-powered vehicles for the foreseeable future.
GMC frames over-the-air technology as the delivery mechanism for this kind of evolution, stating that vehicle software updates can deliver free enhancements, purchasable new upgrades and software refinements.
The broader context here is integration without surrender. For a tech-literate driver, the annoyance with projection has rarely been pairing. It has been context switching, losing climate, camera or tow status when the phone takes over the full display. A composited picture-in-picture model keeps the phone session alive while native vehicle surfaces stay reachable. That distinction matters.
In my view, GM is now running two infotainment experiments in parallel. My children never learned a car stereo, they learned pairing, and that expectation explains why projection survives in trucks where owners keep vehicles longer and carry strong phone habits. In EVs, GM is testing whether a native Android Automotive stack with embedded Maps and assistant functions can carry the full workload. Truck buyers get continuity. EV buyers get a controlled stack.
Looking at what this means for developers and integrators, the practical questions are interface priority, voice arbitration and update cadence. Which assistant answers, which map provides routing to the battery state of charge, and which layer gets patched over the air and when, will determine whether deeper integration feels seamless or crowded. If GM gets that arbitration right, projection becomes one window among several instead of a takeover. That is a more useful outcome than either full ban or full mirror.
