RUBBER DUCKY BASED FAST INTERACTIVE CLOUD IAC MIGRATION

Abstract

 Originally designed for HID-based penetration testing, Rubber Ducky may be automated between local systems and AWS, Azure, or GCP by DOS, Linux shell scripts. In this research, different rubber duckies are used for the inter-cloud migration process. Using its keystroke injection capabilities, Rubber Ducky can run predefined scripts for reliable data transfer and migration, hence reducing manual participation. This research creates various rubber duckies for multi-cloud migration, catering to different services. This type of arrangement and technique will execute rapid, consistent, safe migration processes.  Finally, a framework for the migration between different cloud players is developed and tested.  This automated approach of command execution provides consistency and precision, therefore preventing human errors in crucial cloud operations. It is simplifying repeated tasks such configuration updates, file transfers, and authentication help efficiency as well. This method connects the modern cloud systems and traditional computing environments. Good scripting enables businesses to have a simplified and reasonably cost approach to cloud data management. In last it is concluded that the rubber ducky command firing speed is multiple times faster than the human typing speed. In the future the migration process can be performed just by plugging in the rubber ducky or by wifi.