secure-storage

Secure file storage design requires architecture discovery to define data types and compliance, followed by implementing encryption at rest and in transit, access control, tenant isolation, and audit logging across cloud or on-premises backends.

For S3 or Firebase Storage, tenant isolation and presigned URLs are implemented by defining access boundaries during architecture discovery and enforcing strict access control policies alongside signed URL generation for secure, time-bound file uploads and retrieval.

Yes, this secure storage architecture explicitly supports Supabase Storage and MinIO, alongside S3, GCS, and local backends, applying consistent data protection, tenant isolation, and audit logging regardless of the chosen cloud or on-premises storage provider.

End-to-end encrypted object storage with lifecycle management is set up through a phase-driven workflow: architecture discovery, proposal generation, and implementation enforcing encryption, access control, signed URLs, and audit logging throughout the data lifecycle.

Yes, secure storage design mandates a Phase 1 Architecture Discovery to determine data types, access patterns, and compliance requirements before proceeding to Phase 2 Proposal and Phase 3 Implementation to ensure a security-first architecture.