GameStop, a leading video game retailer, has announced that it has closed a trade-in exploit for the Nintendo Switch 2 that allowed users to generate infinite in-store credit. This exploit, which had been circulating online, effectively created an 'infinite money glitch' that enabled users to accumulate unlimited store credit.

The exploit, which involved trading in the Nintendo Switch 2 console and then immediately re-purchasing it, allowed users to take advantage of a loophole in GameStop's trade-in system. By repeatedly trading in and re-purchasing the console, users could generate a significant amount of in-store credit, which could then be used to purchase other games and merchandise.

How the Exploit Worked

The exploit worked by taking advantage of a discrepancy between the trade-in value of the Nintendo Switch 2 and its re-purchase price. By trading in the console, users could receive a certain amount of in-store credit, which could then be used to re-purchase the console at a lower price. By repeating this process, users could generate a significant amount of in-store credit, effectively creating an 'infinite money glitch'.

GameStop's Response

GameStop has since closed the exploit by updating its trade-in system to prevent users from taking advantage of the loophole. The company has also stated that it will be monitoring its trade-in system closely to prevent similar exploits from occurring in the future.

While the exploit has been closed, it highlights the importance of retailers being vigilant in monitoring their trade-in systems to prevent users from taking advantage of loopholes. It also serves as a reminder to users to always follow the rules and terms of service when using trade-in programs.

In conclusion, GameStop has shut down a trade-in exploit for the Nintendo Switch 2 that allowed users to generate infinite in-store credit. The exploit, which worked by taking advantage of a loophole in GameStop's trade-in system, has been closed, and the company will be monitoring its trade-in system closely to prevent similar exploits from occurring in the future.