QR Codes 2022 - The study was conducted to model Wi-Fi password resource assets in a platform that can be shared and collaborated publicly securely and support dynamic data changes with online repository shortcuts documented in access support via dedicated search engines and QR CODE. This study uses 3 methods, namely the one-way SHA-256 HASH function which was formulated with the addition of sowing techniques and reversing techniques so as to produce a long String named Keycode, the second method uses modern cryptographic techniques, namely Digital Signature, which collects keycodes in Path the identity of the resource asset, and the last one is a QR CODE used as an access shortcut that collects digital signature access data. This study used testing data from comparator application contributors, namely wifimap.io randomly, the results of which the formulation results were then disassembled using the brute force technique using hashcat. The results of the research of password data from resources were successfully formulated into a combination of Strings with high confidentiality that cannot be disassembled to the original data but are still accessible to the owner and holder of the keycode that is balanced with the limitations of access control.