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| LoopPay | |
|---|---|
| Name | LoopPay |
| Industry | Financial technology |
| Founded | 2012 |
| Founders | Jack Dorsey? No — Magnetic Secure Transmission? (Founders: Will Graylin, et al.) |
| Fate | Acquired by Samsung Electronics in 2015 |
| Headquarters | Boston, Massachusetts, United States |
LoopPay
LoopPay was a Boston-based financial technology company that developed a mobile payment solution enabling smartphones to emulate magnetic stripe card transactions. Founded in 2012, the company built a hardware-software system that bridged legacy point-of-sale terminals used by retailers and emerging contactless payment ecosystems championed by technology firms and card networks. LoopPay’s approach attracted attention from investors, retailers, and competitors in the rapidly evolving payments landscape.
LoopPay emerged in the early 2010s amid increased activity around mobile payments, contactless technologies, and startups seeking to disrupt incumbents such as Visa, Mastercard, and American Express. The company operated contemporaneously with firms like Square (company), PayPal, Apple Inc., Google, and Samsung Electronics. Early public demonstrations took place at trade shows including Consumer Electronics Show where LoopPay showcased its prototype hardware accessories and smartphone cases. The company secured venture funding from investors and strategic partners while negotiating with merchants including Starbucks, Walmart, and regional retailers for pilot deployments. In 2015, after rising interest in mobile wallet strategies by manufacturers and carriers, LoopPay was acquired by Samsung Electronics, integrating its technology into Samsung’s Samsung Pay platform and influencing relationships with financial institutions and card issuers.
LoopPay’s core innovation was a proprietary method to reproduce the magnetic signals emitted by payment cards, enabling legacy magnetic stripe terminals to accept transactions from equipped smartphones. The underlying technique leveraged concepts related to magnetic field generation and electromagnetic induction, implemented through hardware modules embedded in phone cases or dongles. LoopPay’s system interfaced with tokenization schemes and point-of-sale infrastructure used by Bank of America, Chase, and other issuers, while maintaining compatibility with terminals certified under standards promulgated by organizations such as the Payment Card Industry Security Standards Council and card networks like Visa and Mastercard. LoopPay’s technology contrasted with near-field communication solutions adopted by Google Wallet, Apple Pay, and the EMV contactless initiatives promoted by payments consortia and industry groups.
LoopPay marketed consumer-facing accessories and software that paired with smartphones to enable payments at millions of existing magnetic stripe terminals. Product variants included smartphone cases, clip-on modules, and standalone readers that incorporated card emulation electronics, secure element functionality, and mobile apps. Features emphasized ease of use, broad merchant acceptance, and support for multiple card types issued by Wells Fargo, Citi, and regional banks. The companion mobile application provided card management, transaction history, and authentication interfaces integrating with biometric sensors developed by manufacturers such as Qualcomm and Synaptics. LoopPay also pursued enterprise deployments targeting retailers and point-of-sale vendors including Ingenico and Verifone.
LoopPay’s business model combined hardware sales, software licensing, and strategic partnerships with financial institutions, acquirers, and merchant service providers. The company negotiated certification and integration agreements with card networks Visa and Mastercard while courting issuers like American Express for tokenization and provisioning support. Retail partnerships aimed to facilitate pilots and broader rollouts through chains such as Target and Best Buy, while carrier collaborations with firms like AT&T, Verizon Communications, and Sprint Corporation addressed distribution and marketing. LoopPay also pursued alliances with wallet and platform vendors, positioning its solution as complementary to NFC-based offerings from Apple Inc. and Google.
In 2015, Samsung Electronics acquired LoopPay, folding its magnetic-stripe emulation technology into Samsung’s own mobile payment initiative. The acquisition enabled Samsung to promote backward compatibility with existing point-of-sale infrastructure, differentiating Samsung Pay from contactless-only competitors. Post-acquisition, LoopPay engineers collaborated with teams responsible for smartphone hardware design and payment services at Samsung, negotiating integrations with issuers including JPMorgan Chase and Bank of America. The deal occurred within a broader industry context involving consolidation and strategic acquisitions by corporations such as Apple Inc. acquiring startups and Google expanding its payments portfolio.
LoopPay’s approach raised questions about compliance with card network rules, certification requirements, and the security of magnetic emulation relative to tokenization and EMV chip standards. Card networks and issuers prioritized measures such as dynamic tokenization, fraud monitoring by firms like LexisNexis Risk Solutions, and point-to-point encryption standards overseen by the Payment Card Industry Security Standards Council. Legal scrutiny involved agreements with acquirers and merchant processors including Fiserv and First Data, and coordination with regulatory bodies in jurisdictions such as the United States and European Union regarding electronic payments. Security assessments compared LoopPay’s solution to contactless NFC systems championed by Apple Pay and Google Wallet, evaluating risks related to replay attacks, skimming, and authentication.
LoopPay’s technology influenced the evolution of mobile wallets and merchant acceptance strategies by demonstrating a path to near-universal compatibility with installed terminals. Integration into Samsung Pay helped accelerate adoption among users of Samsung devices and pressured competitors to broaden interoperability and issuer relationships. The company’s work intersected with standards developments for contactless payments, card tokenization initiatives by Visa and Mastercard, and hardware authentication advances from suppliers such as Qualcomm and Broadcom. LoopPay’s legacy persists in discussions about backward compatibility, payments innovation, and the strategic balance between hardware, software, and network partnerships in the global payments ecosystem.
Category:Mobile payments