Nowadays, the high number of mobile and IOT devices has led to an increased demand for security to safeguard the users from malicious actors. Fuzz testing, or fuzzing, is an automated software testing technique used to discover bugs and vulnerabilities in software and, consequently, to secure interconnected devices. Running a fuzzer on mobile and IOT devices requires dedicated tools, specifically designed for these devices, often less capable and performing than the fuzzers designed to run on PCs and workstations. Moreover, the different architecture can be an obstacle when developing new technologies to fuzz these devices. This thesis aims to solve these problems presenting a distributed architecture designed to distribute the different components of a fuzzer across a workstation and multiple mobile devices.