Sony patents PlayStation controller that could accept tap-to-pay from phones and credit cards

Sony has recently filed a patent for a PlayStation controller that could potentially accept tap-to-pay functionality from both phones and credit cards. The patent, titled "Video Game Controller-Driven Information Transfer," was originally filed in March 2025 but was recently published on September 17, 2026. The controller would feature NFC capabilities, allowing users to pay for games or add funds to their accounts by simply tapping their phone on the device.

The patent describes how the controller would be able to detect a phone's presence through NFC, Bluetooth, or even physical contact. Once detected, the controller would emit a light, sound, or vibration to confirm the connection. Users would receive a receipt, and the phone would then send payment information to the controller, which would then forward it to the console for processing.

However, the patent's potential uses extend beyond just payments. The technology could also be used to transfer player IDs or allow guests to quickly join multiplayer games. Additionally, the controller could be used to send screenshots, recordings, and other content from the console to a phone. Furthermore, a game demo could be shown at a store or gaming expo, with players able to purchase the title by simply placing their phone next to the controller.

The patent also mentions the possibility of using both NFC and Bluetooth for the process, which could potentially involve the PlayStation mobile app. While the images in the patent depict a controller that appears to be a PS5 DualSense, it is uncertain whether Sony would introduce NFC-equipped controllers so close to the end of the console's lifecycle.

The success of this feature would depend on consumer concerns about security, especially considering Sony's recent low reputation. This is the second Sony patent that has been filed recently, the other being an AI-powered feature that would allow silent fixes for PlayStation and other devices.