In a nondescript office park on the outskirts of Bangalore, Rajiv Menon holds a circuit board up to the fluorescent light. It is a simple component: a power management chip for LED lighting, designed by Menon’s firm for export to the European market. The chip performs flawlessly, costs $1.20 to manufacture, and sells for $2.50. But to affix the CE marking that permits it to be plugged into any European socket, Menon must pay royalties on a cluster of patents embedded in the very safety and interoperability standards the chip is designed to meet. The royalty stack, negotiated separately with three patent holders in Germany, Japan, and the United States, adds $0.85 to the unit cost—a 70% surcharge that wipes out his margin and makes the product uncompetitive against European incumbents. “The standard says our chip must use a certain communication protocol to avoid interference,” Menon explains. “That protocol is patented. To use it, we must pay whatever the patent holder demands. If we refuse, we cannot sell. It is not a negotiation. It is a toll.”
Menon has stumbled into one of the most sophisticated and least understood mechanisms of the standards cartel: the fusion of patents with mandatory technical standards. Known formally as Standard‑Essential Patents (SEPs), these are patents that cover technologies that must be used to comply with a standard. A manufacturer cannot build a Wi‑Fi device without using the patented modulation techniques. A carmaker cannot meet the safety‑communications standard for autonomous vehicles without licensing a dozen patented sensor algorithms. An LED‑chip exporter cannot earn a CE mark without paying for the rights to a particular interference‑cancelling protocol. The standard creates a mandatory market for the patent, and the patent holder acquires, in effect, a private right to tax every compliant product.
The system is not a loophole; it is a feature. Standards bodies encourage the inclusion of patented technology in their specifications, on the condition that patent holders commit to licensing on “fair, reasonable, and non‑discriminatory” (FRAND) terms. The FRAND promise is meant to prevent the worst abuses—the “hold‑up” in which a patent holder waits until a standard is locked in, then demands exorbitant royalties from manufacturers who have no alternative. Yet in practice, the FRAND commitment is so vaguely defined that it offers little protection to the small and the weak. What is “fair” when the patent holder is a multinational with a team of licensing lawyers and the manufacturer is a 40‑person firm in Bangalore? What is “reasonable” when the cost of a single patent licence exceeds the manufacturer’s annual R&D budget? And what is “non‑discriminatory” when the royalty rate charged to an Indian start‑up is the same as that charged to a European conglomerate that cross‑licences thousands of patents in return?
The hold‑up logic#
To understand how SEPs became a vehicle for rent‑extraction, it is necessary to understand the hold‑up problem. Imagine a committee of engineers is designing a new standard for wireless charging. Several technical approaches are available; the committee chooses one, perhaps because it is slightly more efficient or because a powerful delegate advocates for it. Once the standard is published, every manufacturer of wireless chargers must adopt that approach. If the chosen approach is covered by a patent, the patent holder’s bargaining position is transformed overnight. Before the standard, the manufacturer could have chosen an alternative technology. After the standard, there is no alternative. The patent holder can demand a royalty that reflects not the intrinsic value of the invention but the fact that the manufacturer is locked in. The standard has effectively eliminated competition in the market for the technology, and the patent holder collects the monopoly rent.
This hold‑up dynamic is well understood in the economics literature. A 2017 study by Dieter Ernst, an economist at the East‑West Center, documented how SEP licensing is plagued by “information asymmetries, market power, and free riding”—a polite academic gloss on a system in which the patent holder holds all the cards and the licensee must either pay or die. The problem is especially acute for firms in developing countries, which rarely own SEPs of their own and therefore have nothing to cross‑licence. They enter the negotiation with no leverage whatsoever.
The numbers bear this out. While precise global data on SEP ownership are patchy—patents are national instruments, and standards are international—the European Telecommunications Standards Institute (ETSI), which maintains one of the most comprehensive SEP databases, reveals a stark concentration. Over three‑quarters of the SEPs declared at ETSI are held by firms headquartered in high‑income countries. The top ten holders alone—companies like Qualcomm, Nokia, Ericsson, and Samsung—control a share that dwarfs the combined holdings of all firms from Latin America, Africa, and South Asia. This is not an accident of innovation; it is a reflection of the committee dynamics explored earlier in this series. The engineers who select the technology for a standard tend to choose technologies they know—those developed by their own firms, in their own countries, and protected by their own patent systems. The standard then becomes a distribution channel for their intellectual property.
The royalty stack#
For a product like Menon’s LED chip, the SEP burden is not a single licence but a stack. Compliance with the relevant electromagnetic compatibility standard requires the chip to use a specific noise‑filtering technique. That technique is patented. Compliance with the efficiency‑measurement protocol requires a specific power‑conversion algorithm. That too is patented. Compliance with the interoperability standard requires a digital handshake protocol. Patented again. Each patent holder demands a royalty, and the royalties accumulate. In complex products—smartphones, medical devices, electric vehicles—the stack can include dozens or even hundreds of SEPs. A famous study of the smartphone industry estimated that the cumulative royalty burden on a $400 handset could reach $120, or 30% of the wholesale price, before any other manufacturing costs were accounted for. For a firm from a developing country, which must pay royalties in hard currency to foreign corporations, the burden is proportionally heavier, because it cannot be offset against a domestic income stream.
The FRAND promise was supposed to prevent royalty stacking from becoming extortionate. In theory, a FRAND‑encumbered patent should be licensed at a rate that reflects its value before the standard was adopted, not the hold‑up value after. In practice, the assessment of what is FRAND is left to bilateral negotiations, and when negotiations fail, to litigation in courts that are almost all located in high‑income jurisdictions—the United States, Germany, the United Kingdom, the Netherlands. A small Indian firm that believes it is being overcharged for a SEP has two choices: pay the demanded royalty or sue in a Düsseldorf patent court, with legal costs that can exceed a million euros. The asymmetry is absolute.
The CE marking trail#
The European CE marking system, often held up as a model of regulatory harmonisation, illustrates how SEPs become invisible taxes. For many electronic products, CE compliance requires adherence to a set of harmonised European standards—EN standards—that specify technical solutions to meet the essential requirements of EU directives. If an EN standard incorporates patented technology, and the manufacturer chooses that technical solution (which may be the only practical one), the manufacturer must negotiate a licence with the patent holder. The EU has a policy on SEPs that encourages transparency and FRAND licensing, but it does not set royalty rates, and it has no mechanism to protect small foreign firms from hold‑up. A simple electronic device may incur CE‑related SEP costs of a few cents per unit; a medical device, with far more embedded standards, can face a royalty stack that adds $25,000 or more to the cost of bringing the product to market, on top of the certification fees already examined.
Menon’s LED chip is not an isolated case. Across the developing world, firms attempting to enter markets for electronics, automotive components, telecommunications equipment, and medical devices encounter the SEP barrier. A study by the International Trade Centre found that small and medium enterprises in developing countries were disproportionately affected by SEP‑related trade costs, both because they lacked the expertise to identify which patents were essential and because they lacked the bargaining power to negotiate reasonable rates. Many simply gave up. The product that could have been exported is left on the shelf, not because it is unsafe or unreliable, but because the invisible toll is too high.
The patent‑trolling variant#
The SEP system is also vulnerable to a particularly predatory variant: the patent assertion entity, or patent troll, that acquires a portfolio of vaguely worded patents and then threatens manufacturers with infringement suits unless they take a licence. If the patent can be plausibly claimed to be essential to a standard—even if that claim is tenuous—the threat of an injunction, which under European law can block the sale of an entire product, is often enough to extract a settlement. Large firms can fight back; small firms cannot. The SEP ecosystem thus becomes an environment in which the most aggressive litigants thrive, and the most vulnerable manufacturers are picked off.
There is an uncomfortable irony here. The standards that were supposed to open markets, reduce trade barriers, and promote interoperability have become vehicles for a new kind of privatised protectionism. A tariff, at least, is transparent, capped, and collected by a government that is accountable, however imperfectly, to a political process. An SEP royalty is opaque, uncapped, and collected by a private company whose only accountability is to its shareholders. The tariff is a public levy; the SEP royalty is a private tax. And because it is embedded in a standard that is mandatory, the manufacturer has no way to avoid it—except to exit the market entirely.
The systemic extraction loop#
The SEP phenomenon cannot be understood in isolation. It is one node in the broader extraction cycle that this series has exposed. That cycle begins in the committee rooms where standards are written, by delegates who represent corporate interests and whose countries hold the majority of the patents. The standards they produce mandate the use of specific technologies, which are then licensed at monopoly prices. The royalties flow to patent holders in high‑income countries, reinforcing their dominance and funding the next generation of R&D and the next round of committee participation. Meanwhile, the manufacturers in developing countries, having paid the royalty, must also pay for the testing equipment, the auditors, and the certifications that the standards require. The cycle is self‑reinforcing: each iteration deepens the dependency of the standard‑takers and enriches the standard‑makers.
The Extraction Cycle – Perpetual Regulatory Rent‑Seeking#
The extraction cycle diagram captures this logic with brutal clarity. Five nodes—Standards‑Essential Patents, Foreign Auditor Dependency, Proprietary Equipment, Repeat Certification Costs, and Carbon Border Adjustment—are linked by arrows that trace the flow of rent from the periphery to the centre. The SEP node, labelled with the phrase “licensing fees mandatory,” sits at the top of the cycle, because it is the purest expression of the cartel’s logic. The standard mandates the technology; the technology is patented; the patent commands a royalty; the royalty is non‑negotiable. There is no escape. Even if a manufacturer could afford the certification audits and the testing equipment, it cannot avoid the patent toll. It is the innermost keep of the regulatory fortress.
The FRAND reform debate#
In recent years, the FRAND system has come under increasing scrutiny from competition authorities, courts, and trade negotiators. The European Commission’s 2023 SEP proposal attempted to bring more transparency to the licensing process by creating a central register of essentiality assessments and encouraging aggregate royalty determinations. The proposal was fiercely opposed by patent holders, who argued that it would weaken incentives for innovation, and by some developing‑country firms, who worried that the new bureaucracy would add yet another layer of cost. The United Kingdom’s Supreme Court, in the landmark Unwired Planet v. Huawei judgment, set out a framework for determining global FRAND rates, but the litigation required to get there cost millions and took a decade—a route that only the largest companies can afford.
For the Rajiv Menons of the world, the FRAND debate is academic. When he approached one of the European patent holders to negotiate a licence, he was told that the royalty rate was standard—the same rate charged to all licensees—and that deviation was not possible. When he asked for a breakdown of how the rate was calculated, he received a confidentiality notice. When he suggested that the rate was unsustainable for a firm of his size, the patent holder’s licensing officer politely explained that if he could not afford the licence, he should consider a different product line. “They do not need to be unreasonable,” Menon reflects. “The standard does the work for them. They just wait.”
The cost of innovation forgone#
The SEP royalty trap not only transfers wealth from the poor to the rich; it also stifles innovation in the developing world. Menon’s firm could have invested the $0.85 per unit royalty in developing its own patent portfolio, improving its manufacturing processes, or building a local supply chain. Instead, the money flows to patent holders who, in many cases, did not invent the core technology but acquired it through merger or strategic filing. The standard, rather than being a platform for open competition, becomes a mechanism for perpetuating technological dependency. The developing‑country firm is locked into a relationship of subordination: it manufactures, it pays, and it watches the most lucrative part of the value chain remain forever out of reach.
The broader effect on trade is measurable, though difficult to disentangle from other barriers. UNCTAD’s data on non‑tariff measures includes standards‑related costs, but SEP royalties are often hidden within the price of components or bundled into licensing agreements that are shielded by non‑disclosure. Economists who study the sector estimate that excessive SEP royalties add billions of dollars a year to the cost of products exported from developing countries, acting as a significant drag on industrialisation and diversification. A 2022 working paper from the World Intellectual Property Organization found that countries with low patent ownership were net payers of SEP royalties by a factor of more than ten to one, and that the burden fell most heavily on middle‑income countries attempting to move up the value chain.
A way through the thicket#
Reforming the SEP system is a task of immense political difficulty, because the beneficiaries of the current arrangement are powerful and organised, while the losers are dispersed and often unaware of the source of their costs. Nevertheless, several practical steps could begin to level the playing field. First, standards bodies could require more rigorous essentiality assessments before a patent is included in a standard, ensuring that only genuinely essential and non‑redundant technologies are covered. Second, FRAND commitments could be given legal teeth, with clear definitions of what is “fair” that take into account the licensee’s size, location, and ability to pay. A reasonable royalty for a multinational with a $10 billion turnover is not reasonable for a start‑up in Bangalore. Third, collective licensing platforms—patent pools—could be designed with developing‑country participation, ensuring that the aggregate royalty burden is capped and that small firms can obtain a single licence covering all essential patents for a given standard. Fourth, legal aid and technical assistance could be provided to developing‑country firms facing SEP disputes, reducing the asymmetry of legal firepower.
None of these reforms would eliminate the legitimate right of inventors to be rewarded for their contributions. The patent system exists, in principle, to incentivise innovation, and a world without patents would be a world with less innovation. But the current SEP regime has drifted far from that incentive‑based rationale. It has become a rent‑collection apparatus, in which the patent functions not as a reward for invention but as a toll on compliance. The standard says you must do it this way; the patent says you must pay me for the privilege; and the combination says you have no choice.
In Thika, Josephine Wanjiku does not know what a SEP is, and the circuits of her avocado packing shed contain no patented microchips. But she understands the logic intuitively. “First, they tell you the rules,” she says. “Then, they tell you that to follow the rules, you need a piece of paper. Then they tell you that the piece of paper costs money. And when you ask who gets the money, they point to someone you have never met, in a country you have never visited, who did nothing to help you grow your avocados. That is how they keep us small.”
In the next article, this series will turn to the newest front of the standards war: the weaponisation of environmental regulations, and the carbon curtain that threatens to entrench the cartel for another generation.
