03_LOCAL_NODE_OPERATIONAL_REFERENCE
Welcome to the ENCORAM Zero-Knowledge Cryptographic reference terminal. The sections below provide verified operational parameters and mathematical frameworks used within this node.
✦ AES-256-GCM Cryptographic Paradigm ▼
Galois/Counter Mode (GCM) provides both confidentiality and data integrity (authenticated symmetric encryption). By deriving a unique 256-bit key from user inputs via 100,000 PBKDF2 iterations using SHA-256, ENCORAM protects payloads against advanced decryption arrays while computing localized mathematical validation signatures.
✦ Zero-Knowledge Architecture & Privacy Alignment ▼
Zero-knowledge protocols ensure that no central coordinator, database observer, or cloud router can read your unencrypted parameters. All plaintext data segments, canvas arrays, and security logs reside entirely in your local memory workspace (local browser thread sandbox). Key assets are derived in-flight and instantly discarded, maintaining alignment with the strictest data sovereignty directives.
✦ Decentralized Sandbox Inter-Node Mapping ▼
The ENCORAM network uses localized point-to-point coordinate vectors to secure data handshakes. When sharing a data packet, the node fragments the encrypted envelope and maps it to a cryptographically random short-link path. The payload can be safely loaded without transmitting the decoding keys over networks.