PlayStation Wants You to Use Your Controller to Simplify Payments
Sony has filed a patent to integrate NFC technology into PlayStation DualSense controllers, enabling contactless payments by holding a card or phone near the controller.
Near Field Communication, or NFC, has streamlined card transactions by allowing users to complete payments by holding a device near a terminal. Sony’s newly filed patent proposes adding this technology to its DualSense controllers, which currently require manual input via the D-pad and analog stick for purchases. The goal is to simplify the process of buying games or adding payment details on PlayStation consoles. Players would only need to hold their phone or card near the controller to finalize a transaction, mirroring the convenience of mobile contactless payments.
The patent also suggests that NFC-enabled controllers could facilitate broader data transfers between a phone and console, expanding the technology’s utility beyond payments. This could include sharing game data, settings, or other information wirelessly. However, the proposal remains speculative, as Sony has not confirmed whether the feature will be implemented. The patent filing indicates potential functionality rather than a guaranteed release.
Critics have noted that while NFC could make spending easier, it may also raise concerns about unauthorized transactions if a controller or linked device is lost or stolen. The risk of fraudulent payments would mirror existing vulnerabilities with contactless cards or phones. Sony has emphasized that players would not be required to use the feature if implemented, maintaining user choice in payment methods.
Sony’s patent does not ensure the technology will reach consumers, as filing a patent does not guarantee product development. Many players already link cards to their PlayStation accounts, bypassing the need for manual entry during purchases. The proposed NFC integration would offer an alternative, but not necessarily a faster or more secure one than existing digital payment methods.