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Samsung · Cell phone · Filed Apr 18, 2025 · USPTO published Jun 18, 2026 · Jun 18 release

Samsung Patents a Payment System That Confirms You Are Close Enough to Pay

Your phone already handles contactless payments, but Samsung wants to add a layer that verifies you're physically standing at the right register before any money moves — using the same ultra-wideband radio that helps AirTags find lost keys.

By · Updated · 3 min read

Samsung Patent: UWB-Based Contactless Payment System, figure from US 2026/0170480 A1
Figure from the official USPTO publication.
Publication number
US 2026/0170480 A1(US20260170480A1)
Applicant
SAMSUNG ELECTRONICS CO., LTD.
Filed · Published
Apr 18, 2025 · Jun 18, 2026
Inventors
Jonghoe GU, Jieun KEUM
Status when we published
Waiting for an examiner
Document
15 claims
US classification
705/39
Examiner
KWONG, CHO YIU (Art Unit 3693)
Parent application
National Stage Entry of PCT/KR2023/016292 (filed Oct 19, 2023)(PCTKR2023016292)
Antenna & radio

What Samsung's UWB tap-to-pay actually does

Imagine walking up to a checkout counter and your phone quietly confirming not just that a payment terminal is nearby, but exactly how far away it is — down to centimeters. That's the core idea here. Samsung's patent describes a payment flow where your phone and a store's terminal talk to each other using ultra-wideband (UWB) radio, a short-range signal that's far more precise about distance than Bluetooth or NFC.

The terminal broadcasts a message that includes two things: what payment method it supports and a code that identifies the specific store location. Your phone reads that broadcast, uses UWB to measure the exact distance between the two devices, and only then completes the transaction — if you're close enough to be the person actually standing at the register.

The practical upside is a checkout experience that's harder to spoof. With regular NFC tap-to-pay, any reader that gets near your phone could theoretically try to charge it. Tying the payment to a precise distance check adds a physical confirmation step that's much tougher to fake from across the room.

How UWB ranging triggers the payment transaction

The patent describes a two-device system. A first UWB device (your phone or wearable) receives an advertisement message from a second UWB device (the payment terminal at a store). That message carries two key pieces of information:

  • UWB payment identifier — a code indicating which payment method or network the terminal supports
  • Retail identifier — a location code pinpointing the specific store or register where the transaction should happen

Once the phone receives that broadcast, it performs UWB ranging — a technique that uses timed radio pulses to calculate the precise physical distance between the two devices, typically accurate to within 10–30 centimeters. This is fundamentally different from NFC, which just checks proximity in a vague sense, or Bluetooth, which gives a rough signal-strength estimate.

The payment transaction only proceeds if the ranging result confirms the phone is at the expected location and distance. Think of it as a physical handshake: the terminal says "I'm here, at this store, accepting this payment method," and the phone verifies it can actually "see" that terminal at arm's reach before authorizing anything.

What this means for phone-based payments at checkout

Most contactless payment systems today rely on NFC, which works at very short range but doesn't verify where you are — only that a reader is close. UWB can place your phone within a few centimeters in three-dimensional space, which means a payment terminal can confirm you're the person standing at register 4, not someone else in the same store or a fraudulent reader planted nearby.

For Samsung, this fits into a broader push around UWB in Galaxy devices, which already use the technology for features like Nearby Share and device finding. Extending it to payments would give Samsung Pay (or a successor service) a security and precision angle that Apple Pay and Google Pay don't currently advertise. Whether retailers would need to upgrade their terminals to support UWB is the practical question — and the answer is almost certainly yes, which is the real adoption barrier.

Source: US 2026/0170480 A1 at the USPTO (PDF). Full patent text and figures are in the official publication.

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