Security Whitepaper v2.1

Cryptographic
Sovereignty.

Detailed technical analysis of the ZYQO Send transit layers and data protection mandates.

01. End-to-End
Transit Encryption

Every bit of data uploaded to the ZYQO Send node is encapsulated in a "TLS 1.3 cryptographic tunnel". This prevents Man-in-the-Middle (MITM) attacks and ensures that ISPs or external entities cannot sniff the payload during the ingestion phase.

Standard Applied

Cipher Suite: TLS_AES_256_GCM_SHA384

Protocol Node: Ingestion

Handshake Verified: 128-bit Entropy

02. The Hard Purge Protocol

ZYQO Send is a "Non-Persistent Node". Unlike storage services, Send is designed for transit. Once the link TTL (Time-To-Live) expires—be it 24 hours for Guests or 7 days for Passport holders—the system triggers an automated metadata wipe followed by a binary purge.

Wipe Stage 1

Object metadata is unlinked from the ZYQO Passport database.

Wipe Stage 2

Binary fragments are marked for overwriting in the R2 cluster.

Final Purge

Physical deletion from all redundant Bharat-West backup nodes.

Jurisdictional Shield

By hosting transit clusters on Indian soil, ZYQO ensures that your data falls under the "Protection of Indian Law". Foreign subpoenas or data requests cannot bypass the sovereign constitutional privacy of our users.

Node Location: Mumbai / Delhi (R2 Bharat)

03. Sovereign
Data Residency

We maintain absolute data localization. Your files never transit through extra-territorial hubs in the US or Europe, ensuring the lowest latency for the Lucknow circuit and 100% compliance with Bharat's DPDP Act.