Cars today lean more toward rolling smartphones than dependable mechanical companions, often prioritizing digital interfaces over solid engineering. This shift brings frustrating reliability concerns and tech that feels more intrusive than helpful. Buyers quickly discover that signing on the dotted line means accepting compromises that steal joy from the open road.
1. Data Sharing
Ford’s Connected Vehicle Features can share driving data, location, and habits, but owners can disable these settings.
Modern pickup trucks, even top-sellers like the Ford F-150, function as rolling data collection centers. Ford offers owners the ability to navigate to settings under Connected Vehicle Features to toggle off options like “Share driving data,” “Share vehicle location,” and “Share vehicle data.” These settings cover diagnostics, driving behavior, and location information sent via the vehicle’s modem.
Ford corporate statements emphasize that usage-based insurance programs require explicit customer consent before driving data is shared with insurers. You can try to unplug it all, like pulling the fuse on a dodgy radio, but the efficacy of true consumer control over deeply integrated telematics systems remains a persistent question. This steady stream of telemetry transforms your vehicle into a black box, broadcasting its journey long after you have parked it.
2. Driver Monitoring Systems (‘Eye of Sauron’)
Internal cameras track eye position and head movement, logging attention metrics alongside location and speed.
Driver monitoring systems (DMS) use internal cameras and infrared sensors to track your eye position and head movement, a digital backseat driver constantly observing your attention. You can adjust warning thresholds, but the system itself remains perpetually active, gathering data without your full control.
This relentless surveillance pairs with always-on GPS, logging not just your focus, but also your exact location and speed, creating a comprehensive digital fingerprint of your travels. Automakers plan to embed these cameras and sensors within the dash or steering wheel, rendering them visually undetectable in the near future. True driving freedom is increasingly an illusion.
3. GM’s Decision to Remove Apple CarPlay and Android Auto
General Motors phases out phone projection across its lineup by the 2028 model year, starting with the Escalade IQ.
General Motors has publicly confirmed plans to phase out Apple CarPlay and Android Auto across its entire lineup by the 2028 model year. The phase-out begins with vehicles built on GM’s new electrical/computing architecture debuting in the 2028 Cadillac Escalade IQ, with subsequent Chevrolet, GMC, Buick, and Cadillac models following as they are refreshed.
GM is replacing phone projection with its own Ultifi software platform and Google built-in / Android Automotive OS infotainment, integrating navigation, media, voice assistant, and vehicle functions natively. You trade familiar phone apps for a system GM manages. Anyone plotting a road trip knows the value of choice; this forces you into the automaker’s digital walled garden.
4. Google Built-in / Android Automotive OS (GM Integration)
GM announced integration of Google’s Gemini AI assistant into vehicles with Google built-in by 2026.
GM has partnered with Google to deploy Google built-in infotainment, based on Android Automotive OS, across brands like Chevrolet, Buick, GMC, and Cadillac. Google built-in brings native Google Maps, Google Assistant, and access to a Google-powered app ecosystem directly into the vehicle, without relying on phone projection. In 2026 GM announced integration of Google’s Gemini AI assistant into vehicles with Google built-in.
This seamless integration deepens reliance on cloud-connected systems. Google built-in requires an account that facilitates data sharing. This move transforms the vehicle into a rolling smartphone, eliminating the need for phone-projection systems while potentially enabling data collection based on your driving habits and destinations.
5. Mazda Remote Start Subscription
Mazda Connected Services provides remote start via the MyMazda app, with a multi-year free trial followed by a $10/month subscription.
Modern Mazda vehicles with connected services often include remote engine start via the MyMazda app. In some markets Mazda has structured remote start as part of a connected-services package that includes a multi-year free trial (often 3 years for 2019–2024 models) followed by a $10/month subscription, even though the hardware is already installed in the vehicle.
This scenario feels less like innovation and more like holding a feature hostage. You buy a car, it has a steering wheel, and it has an engine; remote start, especially when the guts are already there, should be as standard as gravity on a road trip. The industry needs to answer why core functionality becomes a recurring revenue stream.
6. BMW / Mercedes / Volkswagen Feature Subscriptions
BMW, Mercedes-Benz, and Volkswagen offer feature-on-demand or subscription access for built-in hardware functions.
Automakers are increasingly asking you to pay for features already installed in your vehicle. BMW has experimented with subscription-based access for built-in hardware features such as heated seats via the ConnectedDrive Store. Mercedes-Benz and Volkswagen follow suit, offering feature-on-demand or subscription access for functions like performance upgrades or enhanced navigation.
This industry shift leverages pre-installed hardware and software, transforming your car into a perpetual revenue stream for the manufacturer. You bought the car, but the functionality remains on a digital leash. You might be deep into a cross-country road trip, only to realize your advanced driver-assist features require a renewal you forgot. This model fundamentally redefines vehicle ownership, turning what was once yours into a service you perpetually lease.
7. DIY Car Telematics / Modem Removal (Toyota Example)
Some Toyota owners have documented procedures to disconnect the embedded telematics modem to prevent internet connectivity.
Modern vehicles stream private data: video, telemetry on location, speed, fuel, and even driver attention. This digital umbilical cord deeply unsettles many drivers. Reclaiming that privacy means going under the dash. DIY guides for Toyota models detail disconnecting the embedded telematics modem, a task complicated by its deep integration into the electrical architecture.
Even post-removal, your Bluetooth-connected phone can become an internet bridge, broadcasting your moves. These modems typically handle functions like remote services, automatic emergency calls, and vehicle health reporting. This effort highlights the fight for data sovereignty and the right to repair.
8. GM Key Card (2026 models – Acadia, Yukon)
GM’s new key card for 2026 GMC Acadia and Yukon requires placement in a cup holder to start the engine, adding complexity without replacing the traditional fob.
GM is introducing a key card for some 2026 models such as the GMC Acadia and Yukon, functioning similarly to RFID/NFC-based access cards. The card can unlock the vehicle by tapping it on the door handle and, when placed in a designated area (such as a cup holder) within a time window, allows the vehicle to start.
GM still requires a traditional key fob for full functionality. This key card is designed as a convenience or backup access method rather than a complete replacement for the key fob. You wouldn’t bring a butter knife to a steakhouse when you already have a full set of cutlery; this adds an unnecessary hurdle to your morning routine.
9. Lincoln Navigator Vent Control via Touchscreen
The Lincoln Navigator embeds HVAC vent direction controls in the touchscreen, requiring menu navigation at highway speeds.
Embedding essential controls like HVAC vents within a touchscreen interface represents a baffling misstep in automotive design. The Lincoln Navigator demands you navigate menus to redirect airflow, replacing physical toggles with a sleek glass panel. This aesthetic choice forces your eyes off the highway, requiring precise touch inputs at 70 or 80 miles an hour.
This digital redirection quickly becomes infuriating. Drivers need to adjust airflow by feel, not by staring at a screen for a digital cursor. Tactile buttons allow crucial adjustments without taking your eyes from the road, a fundamental safety principle. Replacing one of these oversized touchscreens can cost thousands of dollars, a steep price for compromised usability.
10. Tesla Minimalist Interior (Model S / Model 3)
Tesla Model S and Model 3 interiors feature large central touchscreens (17-inch and 15-inch respectively) that moved traditional physical controls to digital displays.
Early Tesla Model S interiors broke new ground with a 17-inch central touchscreen, a radical departure from traditional automotive cockpits. This minimalist approach moved crucial controls, like HVAC and media, from physical buttons onto the digital display. The Model 3 uses about a 15-inch screen. Other manufacturers, watching this shift, quickly followed suit. You now find screens of 15 inches or more dominating dashboards, often sacrificing tactile feedback for clean lines.
This design philosophy, while visually striking, often creates real usability headaches. Trying to adjust temperature or fan speed in a tight corner requires diverting your eyes from the pavement, turning a simple task into a distracting chore. Prioritizing aesthetic cleanliness over ergonomic function compromises the driving experience. Anyone who has ever reached for an old-school volume knob without looking knows the difference.
11. Subaru WRX (New Generation with Large Touchscreen)
The latest WRX generation features a large portrait-style central touchscreen integrating climate, media, and vehicle settings, reducing physical buttons.
Enthusiast feedback often praises the Subaru WRX’s driving dynamics but criticizes the infotainment system’s responsiveness and usability, especially for frequently used HVAC controls. The latest WRX generation features a large portrait-style central touchscreen integrating climate, media, and vehicle settings, reducing physical buttons compared to prior models.
Crucial functions like climate control require digging through digital menus; in many WRX models, only defroster and temperature have physical buttons, requiring menu navigation for fan speed. This setup pulls focus from the driving experience. The screen compromises the essence of what makes a WRX enjoyable. You find yourself jabbing at a screen just to change fan speed, a clear invitation for distracted driving.
