Do You Really Own Your Device? The Right to Repair v. Intellectual Property Battle in India’s Digital Economy

For generations, the unspoken agreement of consumer commerce was simple: you buy it, you own it. When your tractor stalled, your wristwatch stopped, or your toaster got toasted, the solution was as simple as a hand or a friend’s local mechanic. Ownership implied control, real control over modification, tinkering and fixing. Today, that contract has been altered, but little remarked upon. In a time of “smart” technology, everything is layered with software, sensors, and always-on cloud connections. Whether it’s your smartphone or electric vehicle (EV), your refrigerator or medical devices, it’s no longer just a chassis; it’s just code.

This shift in the picture to a digital world has given rise to a new paradigm: the loss of ownership. If you buy a new device, you’re buying a glorified lease more and more. Ultimately, the manufacturers control the device’s life cycle, whether it will run long or short, who will have access to it, and when it will be “too old”. Traditional rights to repair have been superseded by a corporate monopoly on repair, turning consumers into lifelong renters.

By understanding corporate IP shields, analysing global legislative pushbacks, and uncovering the stealthy rise of AI-driven maintenance gatekeeping, this article explores the shifting frontier of consumer autonomy and the battle to reclaim true ownership.

The Intellectual Property Shield: How Companies Restrict Repairs

In the effort to keep this profitable monopoly, manufacturers have built a strong legal and technical wall. This “Intellectual Property Shield” is based first and foremost on three highly interrelated mechanisms aimed at isolating independent technicians and do-it-yourselfers.

(a) Software Locks and Parts Pairing

Parts pairing, or serialisation, is the worst obstacle to modern repair. In this scheme, each physical part of the device (such as a screen, battery, or camera module) is paired with the logic board in a unique cryptographic manner using special microchips.

When a user replaces a malfunctioning screen with a screen from another device that is identical in every respect, the software notifies the user that it is not a match. The device will not have access to its own proprietary software for calibration, which will result in features being disabled (such as biometric scanning or true-tone displays) or the device will give alarming warning messages saying that the part is “non-genuine. It is a software lock that transforms perfectly working hardware into e-waste.

(b) Patent-based Restrictions

When software locks can’t do the job, manufacturers make software law. Businesses obtain design patents for insignificant and operational features of parts, such as the curve of a headlight bracket or the unique design of a screw head. When companies aggressively enforce these patents, they keep third parties from making low-cost, high-quality replacement parts. Independent repair shops face a difficult decision: either order high-dollar, high-margin parts directly from the OEM (Original Equipment Manufacturer) or risk patent lawsuits.

(c) The Reverse Side of the Coin, EU Laws and Licensing Models

So when you set up a new device and click “I Agree,” you aren’t purchasing the software that’s operating it; you are licensing it. End-User License Agreements (EULAs) are legal masterstrokes that try to circumvent consumers’ usual rights.

These agreements clearly prohibit reverse engineering, tampering and modifications to the software. Hardware relies on this licensed code to function, so manufacturers say it’s a violation of the terms and conditions and effectively a crime to repair your own product.

India’s Legal Pushback: Right to Repair as a Consumer Right

India has become a key battleground for protesting consumers. India’s socio-economic fabric is very much rooted in another culture that is very strong in India, which is jugaad, frugal innovation and repair, where there are local repair ecosystems, independent repair ecosystems that sustain millions of livelihoods in India. The Ministry of Consumer Affairs has introduced the Right to Repair India Portal, acknowledging the danger of monopolisation by the companies. This framework also explicitly embeds the right to repair into the core of the Consumer Protection Act, 2019.

The Indian legal framework requires manufacturers to provide consumers and independent repairers with the same access to manuals, diagnostic tools, and genuine spare parts as their authorised networks enjoy. By targeting sectors such as mobile phones, electronics, automobiles, and agricultural equipment, India is asserting that a manufacturer’s intellectual property rights cannot override a consumer’s fundamental right to retain their property.

The New Frontier: AI, EVs, and the Rise of “Algorithmic Repair Control”

While legislation catches up to software locks and parts pairing, the frontier of restriction has shifted. With the explosion of Artificial Intelligence (AI) and Electric Vehicles (EVs), manufacturers are deploying a highly sophisticated strategy: Algorithmic Repair Control.

Modern devices are no longer static machines; they are data-driven nodes connected to the cloud. They rely on AI-driven diagnostics that constantly monitor vehicle performance, battery health, and system telemetry. While marketed as a predictive maintenance feature, this real-time oversight functions as an invisible digital fence.

(a) Remote Disabling of Repaired Devices

The hardware’s digital signature can be checked remotely, as EVs and AI-powered devices are always online. If a diagnostic tool run by an AI detects a part replacement, which is not logged through an approved dealership’s server, the manufacturer can mark it as an “untrusted configuration” and remotely brick or disable the device, justifying the move by citing cyber security and passenger safety.

(b) Denying Software Updates

A vehicle or smart device that doesn’t receive over-the-air (OTA) updates quickly becomes less useful and less secure. If the algorithmic control detects a third-party repair, the vehicle can automatically be removed from the update pipeline. The owner ends up with an old, unpatched, and even less valuable car just because they decided to take it easy by relying on a cheap local mechanic.

(c) To flag or shadow-ban a repair

An AI model can be developed to recognise minor variations in voltage, pressure, or weight that suggest the presence of a non-authorised repair tool or a third-party part. Once it’s flagged, the system can begin to slow down performance, such as limiting how fast an EV can fast charge or how many horsepower an engine has, and bring the consumer back into the proprietary ecosystem.

That is no longer a concern about keeping a hard-copy manual secret; it is a matter of automated, real-time algorithms tracking your machine’s actions after it has left the showroom.

Balancing Innovation and Consumer Freedom: The Road Ahead

The right-to-repair issue is presented as a zero-sum game between corporate innovation and consumer freedom. Strict controls are needed, manufacturers say, to safeguard proprietary IP, guarantee cyber security, and ensure users’ safety, particularly when handling high-voltage EV batteries or autonomous driving systems. These are valid concerns: a damaged lithium-ion battery package or an uncalibrated LiDAR sensor can pose a serious real-world risk. But safety and security should never be a cloak for anti-competitive activity. There needs to be a carefully balanced system in place to move forward:

• API Access: Manufacturers can develop standardised, secure digital access to the API for independent technicians to conduct diagnostics and verify parts without sharing key IP.
• Tiered Certification: Transparent, independent certification standards for local repair networks can ensure public safety without allowing any one company to corner the market.
• Design for Disassembly: True sustainability demands regulations that mandate that companies design hardware for easy opening, repair, and upgrade.

Pilots don’t take hostages from their devices’ lives. If a consumer cannot open it, repair it, or choose who services it, then they don’t really own it. The right to repair is a vital right that is increasingly essential in an automated, AI-powered future, not just a business matter.