AdriaBOX

This report details the comprehensive architectural design, theoretical constraints, and operational mechanisms of AdriaBOX, a resilient, decentralized object storage system engineered over a multi-tenant cluster environment. AdriaBOX natively addresses the core challenges of distributed computing by separating high-performance binary transport protocol engines from global metadata orchestration. By employing a customized application-layer framed TCP streaming layer alongside a synchronous pipeline replication cascade, the system isolates fault domains, prevents resource starvation via strict boundary memory footprinting, and implements Zero-Knowledge client-side encryption. Crucially, to validate system behavior under realistic execution stresses, a multi-containerized emulation workspace is leveraged. This environment allows the simulation of concurrent, fully isolated tenant workspaces interacting across a virtualized network plane, proving that horizontal capacity scaling and hardware-level fault tolerance can be sustained without compromising strong sequential data consistency under severe network disruption.