![]() Part 1: Accessing Your Switch’s Recovery Mode If you have a payload sender device, download the test payload zip package for verifying your Switch’s vulnerability to fusee-gelee.Since Nintendo Switch doesn’t have a home button, you can simulate it by pressing it down to ground the Pin 10 of the right joycon rail. By home button, it means holding the hardware home button instead of the Jo圜on’s home button. To access the Recovery Mode, you should hold down volume up, power, and the home buttons simultaneously.An Option to Ground Pin 10 on Your Switch’s Right Jo圜on Rail.As an option, you can purchase a modchip or dongle as your dedicated payload sending device.If you already have a payload processing device, no need for this one.It is essential for connecting your Nintendo Switch to your preferred payload sender.As an alternative, you can also download and install one depending on your operating system: Once you have identified that your Switch is vulnerable to fusee-glee, you can buy and install a modchip, or purchase a dedicated payload-sending dongle if you currently don’t have one.A small one is more than enough to process the CFW however, bigger sizes are recommended for creating emuMMCs, processing NAND backups smoothly, and installing Switch games. Although a 4 GB microSD card is fine, you should have 64GB or higher storage as the recommended size.Prerequisitesīefore the actual process of checking the RCM, you must have the following prerequisite requirements: Despite using the software-based exploit, it is crucial to identify whether your Switch has exploitable RCM features as well as learn how to run payloads. The Recovery Mode (RCM) is the perfect method to run CFW since it is compatible with all firmware. It will also provide you with the steps on determining whether your Switch is vulnerable to fusee-glee and process the payload. In this part, a detailed guide on how to access recovery mode will be explained. Currently, Deja-vu implementations are Caffeine for 2.0.0 to 3.0.0 and 4.0.1 to 4.1.0 firmware and Nereba for 1.0.0 firmware. As such, you must first launch the exploit via the browser every time you reboot your device into the stock firmware.ĭeja-vu is only available from 1.0.0 to 3.0.0 and 4.0.1 to 4.1.0 firmware versions however, it theoretically works until 7.0.1 as well as higher firmware versions that will be released in the future. Similar to fusee-glee, Deja-vu also allows a comprehensive system takeover since you can reboot your device into a state with the similar features provided in fusee-gelee. Warmboot firmware includes the code responsible when you put Nintendo Switch to sleep mode and wake it up. This type of exploit takes advantage of an oversight in the warmboot firmware of Nintendo Switch. Deja-vuĭeja-vu is the secondary exploit group within the Nintendo Switch system. It also allows dumping of the bootloader as well as any pieces of information on any console. With fusee-glee, the standard operating system of Switch can also be modified. Hence, it can run even before the standard bootloader code. The fusee-glee exploit offers comprehensive system control.
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