In 2022, BMW briefly offered a monthly subscription in South Korea to activate a heated steering wheel already physically installed in the car. For roughly $18 per month, owners could unlock a feature built into the vehicle they owned. The backlash was immediate and fierce. Critics dubbed it the “subscription steering wheel,” a perfect symbol of a new frontier: feature-as-a-service.
This is the logical evolution of the repair lockdown. If manufacturers can control whether a device works, the next step is to control how well it works. The car—or tractor, or smartphone—becomes a platform. Its capabilities are no longer defined by its hardware at purchase, but by a software-controlled menu of paid subscriptions. The economic model shifts completely from selling a product to selling continuous access to a portfolio of features. You don’t buy a car; you buy a base package of mobility, with optional add-ons like extra performance, advanced safety, or even the full use of the passenger seat.
This model is enabled by the same technical architecture that blocks repair: centralized computers, over-the-air updates, and cryptographic verification. A single vehicle line can use identical hardware across all trim levels, with features activated or throttled by software flags. This simplifies manufacturing but creates a profound shift in power. The relationship between the consumer and the object is no longer static. It is dynamic and reversible, subject to change by the manufacturer at any time.
The Digital Leverage of Ownership#
The subscription model creates powerful leverage for manufacturers beyond monthly revenue. It enables granular data harvesting on an unprecedented scale. To manage subscriptions, the vehicle must constantly report on its status and usage. This creates a data stream detailing driving habits, location history, and feature preference—a behavioral goldmine.
More critically, it changes the end-of-lifecycle calculus. A ten-year-old car with a lapsed “premium connectivity” subscription is not just outdated; it is functionally crippled compared to its original state. This artificially accelerates obsolescence, pushing consumers toward new purchases or new subscription agreements. It turns durability from an asset into a liability for the manufacturer’s bottom line. The goal is no longer to build a car that lasts 15 years, but to build a platform that can generate revenue for 15 years—whether from the original owner or a succession of them.
This system also introduces new vectors for stranding and exclusion. What happens if the manufacturer goes bankrupt and shuts down the authentication servers? Your car’s features could permanently deactivate. What about second-hand owners who cannot transfer subscriptions? They inherit a permanently diminished product. The property rights associated with ownership—the right to use, modify, and resell—are eroded by dependencies on external corporate services that have no obligation to the individual owner.
The Policy Counter-Attack#
The backlash to these practices has coalesced into a tangible political movement. The state of Massachusetts has been a consistent battleground. In 2012, voters passed the first right-to-repair law for automobiles by an overwhelming 86%, requiring manufacturers to provide independent shops with the same diagnostic tools given to dealers.
In 2020, Massachusetts voters went further. They passed a new law, again by a 75% majority, requiring vehicles sold in the state to have a standardized, open-access data platform for mechanical information. The automotive industry fought fiercely, spending millions on opposition. Their trade group even filed a lawsuit to block the law, arguing it created security risks—a claim cybersecurity experts often contest as overblown.
The Massachusetts model is spreading. New York, California, and over 30 other states have introduced similar legislation. At the federal level, President Biden issued an executive order in 2021 directing the FTC to curb unfair anti-competitive restrictions on repair. The European Union has passed regulations mandating repairability indices for electronics and guaranteeing access to parts and tools for professional repairers. The policy fight is no longer a fringe issue; it is mainstream, driven by a coalition of consumers, environmentalists, small business owners, and agricultural groups.
The Illusion of Choice and the Real Cost#
Manufacturers defend these practices under the banner of safety, security, and innovation. They argue that closed systems ensure repairs are done correctly, protect against cybersecurity threats, and fund the development of new features. There is a kernel of truth here—poorly executed repairs can be dangerous, and software complexity is real.
But these arguments often serve as a smokescreen for revenue protection. The security threat from an independent mechanic using a diagnostic tool is negligible compared to the threat of a centralized, manufacturer-controlled system being hacked. The innovation funded is often in digital rights management and billing systems, not in core product improvement. The trade-off presented is a false one: we are told we must sacrifice autonomy and ownership for safety and progress.
The real cost is measured in dollars, waste, and sovereignty. Consumers pay more. Functional devices are discarded because a single proprietary part is unavailable or a software lock cannot be bypassed. And we cede control over the tools that define our daily lives—from how we work our land to how we get to work—to corporate interests whose incentives are aligned with our continued payment, not our long-term independence. The steering wheel is heated, but the relationship with the company that holds the switch is growing cold.