ISOLATED CODE VALIDATION SYSTEM AND METHODS ON MULTI-USER INTERNET OF THINGS DEVICES

Abstract

The present invention relates to an isolated code validation system and method, specifically based on simultaneous remote code execution on a multi-user Internet of Things (IoT) device architecture. The validation process begins with automated static analysis of source code through security syntax checks and abstract syntax tree extraction on a server infrastructure before being compiled into isolated binary modules. These binary modules are transmitted to the volatile memory of the IoT device for execution within a kernel-level isolated environment. Memory isolation between user sessions is achieved in parallel by restricting exclusive write privileges and closing data communication paths between volatile memory layers. This mechanism operates using a copy-on-write system to prevent data overlap.Furthermore, the present invention processes peripheral pin electrical telemetry, memory recovery status logs, and memory sector cleanup durations transmitted to a centralized database in real-time. Through the implementation of the present invention, all binary execution residue is asynchronously cleaned by the instant recovery engine in sub-second latency without any power interruption, allowing the hardware validation cycle to operate safely, continuously, and optimally.