Britain’s Competition and Markets Authority has launched a consultation that would compel Apple to loosen control of the iPhone’s near-field communication (NFC) technology used for contactless payments, digital keys, tickets and similar services. The proposals, announced on 20 October 2026, call for substantially lower access fees and require Apple to open the platform through both of the main international standards—its existing secure-element approach and host-card emulation—rather than the single secure pathway it currently offers in the UK. Consultation runs until 17 November before any final decision. The CMA frames the move as a boost for Britain’s fintech sector, which it says generates roughly £214 billion (US$286 billion) in turnover and supports more than 360,000 jobs. Chief executive Sarah Cardell argues that high fees, strict terms and technical restrictions make it too hard for challengers to innovate, and that wider access would deliver more choice, lower costs and new products ranging from account-to-account payments to digital IDs and workplace keys. Contactless already accounts for 39 percent of UK payments, up from 3 percent a decade ago, and more than 60 percent of adults use digital wallets, with Apple Wallet the most popular. The regulator notes that alternative wallet-style products have appeared in the EU after earlier forced openings, while none have launched under current UK terms. Apple states that it already enables developers in the UK and elsewhere to offer contactless transactions — payments, transit passes, car keys, event tickets — directly inside their own apps through its NFC and secure-element platform. That platform, it says, keeps sensitive credentials protected by the highest security standards, allows competition between wallets, and prevents the company itself from seeing or storing users’ card details. An Apple spokesperson put the position plainly: “We do not believe the CMA should require Apple to adopt an approach with lower privacy and security protections. We will continue to engage constructively to reach an outcome that is in the best interest of our users.” The distinction matters. A secure element is a dedicated, tamper-resistant hardware chip that isolates cryptographic operations and credentials from the main operating system. Host-card emulation, by contrast, routes those functions through software on the host processor, typically relying on tokenization, short-lived credentials and backend checks. Industry analyses consistently treat the hardware secure element as offering stronger physical attack resistance and a smaller attack surface; HCE is regarded as more scalable and cheaper to deploy but inherently more exposed if the device or its software is compromised. Apple’s design deliberately keeps long-lived secrets off the main processor and outside Apple’s own servers. The CMA asserts that neither standard raises “inherent” security concerns and that both would enable services already available in Europe. That claim sits uneasily with the architectural difference and with Apple’s repeated insistence that further forced concessions would lower the protections users currently enjoy. Consumer outcomes under the present system are hard to dismiss. Apple Wallet’s popularity reflects preference for a seamless, biometric-authenticated experience that has helped drive contactless adoption rather than evidence of a market failure requiring heavy-handed intervention. Apple has already opened controlled access on commercial terms that preserve its security model. Demanding both cheaper fees (via pricing principles the CMA expects will produce “substantially lower” charges) and an additional, less isolated technical pathway effectively asks the company that invested in the hardware, software integration and certification regime to subsidize rivals while accepting a broader attack surface. Such regulatory design risks trading the reliability that has made contactless routine for a proliferation of options whose security depends more heavily on each developer’s implementation and on continuous network connectivity. MacDailyNews Take: Britain’s fintech sector can and should compete. Nothing prevents banks, payment firms and app developers from offering distinctive services, open-banking flows, or non-payment credentials under existing rules. What the CMA proposals prioritize is easier and cheaper entry for competitors over preserving the integrity of the platform most UK adults already trust for everyday payments. Apple’s position is simple: users’ privacy and security should not be subordinated to UK regulators’ whims. Forcing a dilution of standards that have scaled contactless use to nearly two-fifths of all transactions is more likely to introduce friction and risk security and privacy than to unlock meaningful gains for consumers. Support MacDailyNews at no extra cost to you by using this link to shop at Amazon. Like
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Tuesday, October 20, 2026
UK regulator’s bid to crack open Apple Pay puts competitors’ interests ahead of user security and privacy
Apple commits up to $100 million for American titanium in domestic manufacturing push
Apple today announced new and expanded partnerships with American companies that are supplying critical materials and components for iPhone Duo and iPhone 18 Pro. Through its American Manufacturing Program (AMP), Apple is partnering with Perryman Company, a Pennsylvania-based titanium producer, to supply titanium for Apple products, including iPhone Duo. Apple is also expanding its partnership with Qnity Electronics, headquartered in Delaware, to produce technology for the new variable aperture in the iPhone 18 Pro camera system — the most advanced Apple has ever made. Apple works with suppliers in all 50 states and supports more than 450,000 American jobs. Last year, the company deepened that commitment by launching AMP, aimed at bringing even more advanced manufacturing and critical component production to the United States as part of Apple’s $600 billion, four-year commitment to U.S. manufacturing and innovation. “We’re thrilled to expand our work with companies producing advanced materials and components for our newest iPhone lineup right here in America,” said Sabih Khan, Apple’s chief operating officer, in a statement. “American ingenuity is vital to all our products, from the titanium crafted for iPhone Duo to breakthrough camera innovations in iPhone 18 Pro. We’re proud to work with Perryman and Qnity Electronics to continue expanding our American Manufacturing Program and support U.S. jobs.” The grade 5 titanium enclosure on iPhone Duo is exceptionally strong, providing amazing durability to the first foldable iPhone. Apple will commit up to $100 million over the next three years with Perryman, a family-owned business and a global leader in manufacturing specialty titanium products. At its site in Houston, Pennsylvania, Perryman melts, forges, and rolls titanium with a minimum of 80 percent recycled content for iPhone Duo. Apple is also expanding its partnership with Qnity Electronics to build key camera technology for iPhone 18 Pro in the U.S. Qnity, which joined the American Manufacturing Program in March, will produce advanced films essential to the new variable aperture camera system on iPhone 18 Pro. Variable aperture is at the heart of the new 48MP Fusion Main camera, which enables incredible light and depth control. It’s powered by on-device intelligence that automatically lets in more light for darker settings and helps get sharper detail in brighter ones. Nearly 100 components in iPhone Duo and iPhone 18 Pro — from wireless chips to the silicon that powers key functions across the devices — are produced by American companies and drawn from suppliers in more than a dozen states. That footprint continues to grow, empowering partners across the country to bring new capabilities online: • Broadcom is expanding and modernizing its Fort Collins, Colorado, facility under a $1.5 billion capital investment announced in July, producing advanced radio frequency components for a wide range of Apple products. The multiyear agreement will produce more than 15 billion U.S.-made chips. • Corning, an Apple partner since the original iPhone in 2007, produces specialty glass for Apple in Harrodsburg, Kentucky, including Ceramic Shield. By the end of 2026, all of the cover glass for iPhone — including iPhone Duo — and Apple Watch sold worldwide will be produced at this facility. • Coherent continues building on its multiyear agreement with Apple, supplying new vertical-cavity surface-emitting laser technology from its Sherman, Texas, facility. This technology enables Face ID and other key features across iPhone and iPad, including the redesigned, even more useful Dynamic Island on iPhone 18 Pro and iPhone 18 Pro Max. • TSMC’s Arizona fab continues to scale its production of advanced chips used across a range of Apple products, including iPhone, iPad, and Apple Watch — producing more than 100 million chips for Apple in 2026. Construction on the north campus is progressing as Apple’s partnership with TSMC in Arizona grows. • Amkor Technology broke ground on its first high-volume packaging and test facility in Peoria, Arizona, in September 2025, and began shell construction earlier this year. Phases 1 and 2 of the project are expected to support a workforce of more than 3,500 local hires. Apple will be one of the facility’s first customers, marking another step toward expanding the scope of U.S. advanced manufacturing. As part of Apple’s ambitious goal to be carbon neutral across its entire footprint by 2030, all direct suppliers are required to power their Apple manufacturing with renewable energy by the end of this decade. These partnerships, which also include the increased use of recycled materials, reflect that broader environmental commitment. Apple’s commitment to American manufacturing extends to the workers and businesses building the sector’s future. In August, Apple opened its Advanced Manufacturing Center (AMC) in Houston, Texas — the company’s second U.S. manufacturing learning site. Inside the 20,000-square-foot center, Apple engineers train small- and medium-sized businesses on the same processes used to make Apple products, from advanced manufacturing principles for final assembly to design considerations for printed circuit board assembly. The AMC sits within the same Houston facility that builds Apple’s advanced AI servers and will begin manufacturing Mac mini this year. Support MacDailyNews at no extra cost to you by using this link to shop at Amazon. Like
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UK regulator’s bid to crack open Apple Pay puts competitors’ interests ahead of user security and privacy
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