Zevra Architecture, engineered for absolute sovereign intelligence and cryptographic privacy.

Zevra Intelligence, sovereign and encrypted

Sealed

-Private

ConversationsConversations

Zevra Protocol unifies zero-knowledge privacy with decentralized language processing. End-to-end encrypted cognitive compute for the Web3 ecosystem.

Tech Stack

BullMQ
PostgreSQL
React
Next.js
Redis
NestJS
Node.js
End-to-End Encrypted
Zero-Knowledge Proofs
No Metadata Logged
Sub-millisecond Latency
Mathematically Verified
Peer-to-Peer Mesh
01CLIENT-SIDE VAULT ACTIVE

PRIVACY IS NOT A FEATURE.

Zevra is engineered from the ground up with a strict privacy-first architecture. Localized client-side cryptography ensures your keys, messages, and metadata never exist unencrypted on central servers.

KEY ALGORITHM
X25519 / Ed25519
KEY STORE
Encrypted Enclave
LATENCY
< 1.2ms
VAULT
02SRP-6a ZERO-TRUST VERIFIED

SEALED BY MATHEMATICS.

Leveraging modern elliptic-curve cryptography and zero-knowledge protocol proofs, Zevra mathematically seals your communications. Verify identities without exposing plaintexts or credentials.

PROOF MODEL
Non-Interactive ZK
TELEMETRY
0 Bytes
VERIFICATION
Mathematical Proof
ZK
01
ZK
01
ZK
01
ZK
01
ZK
01
ZK
01
ZK
01
ZK
01
03MEMORY PURGE AUTOMATED

ZERO LOGS. ZERO COMPROMISE.

Operating on a strict non-custodial model. No connection telemetry, persistent message stores, or behavioral tracking are retained. Buffers purge instantly upon session close.

LOGGING
Strict Zero
BUFFER
Volatile RAM
RETENTION
0.00 Seconds
RAM0x00
RAM0x01
RAM0x02
RAM0x03
RAM0x04
RAM0x05
VOLATILE_BUFFER_PURGE
04DOUBLE RATCHET MESH ONLINE

WELCOME TO ZEVRA.

A streamlined, uncompromising communication suite crafted for individuals who demand simple, seamless security. Control your digital footprint effortlessly.

FORWARD SECRECY
Per-Message
NETWORK
Peer-to-Peer Mesh
ENCRYPTION
Ratchet Synced
AB
[ PROTOCOL SPECIFICATION ]

Cryptographic Architecture

End-to-end mathematical guarantees built from first principles.

LAYER 01 // LOCAL CRYPTO01 / 05

Client-Side Key Generation

X25519 key pairs and Ed25519 signing keys are computed locally in your browser using WebCrypto API. Private keys remain strictly encrypted inside your device IndexedDB — never touching an external server.

X25519Ed25519IndexedDB
PUB_KEYPRIV_SEC
LAYER 02 // ZERO-TRUST AUTH02 / 05

Zero-Knowledge Authentication

SRP-6a protocol verifies your identity without ever transmitting your password. A cryptographic verifier is all the server receives — zero plaintext exchanged, zero trust assumptions required.

SRP-6aZK-ProofsZero Plaintext
PROVERVERIFIED
LAYER 03 // END-TO-END ENCRYPTION03 / 05

Sealed Transport Layer

Every payload is encrypted with AES-256-GCM before touching the network pipeline. Servers process only ciphertext — mathematically sealed and completely meaningless without your private key.

AES-256-GCMTLS 1.3Ciphertext Only
TXT0x8F
LAYER 04 // DOUBLE RATCHET04 / 05

Forward Secrecy Ratchet

Session keys ratchet synchronously with every message exchanged. Past conversations remain cryptographically sealed even if long-term identity keys are compromised in the future.

Double RatchetDH ExchangeEphemeral Keys
K_1K_2K_3K_4FORWARD SECURE
LAYER 05 // TRANSPARENT SECURITY05 / 05

Verifiable Architecture

Open cryptographic stack, fully auditable by design. Every protocol decision is formally documented and every implementation transparent — because real privacy demands verification, not promises.

Open SourceAuditedFormal Spec
crypto_spec.rs
Cryptographic Foundations

Why Choose Zevra Chat?

Engineered from first principles for absolute privacy, high throughput, and verifiable mathematical security.

Zero-Knowledge E2EE

Every message in Zevra is encrypted on your device using AES-256-GCM. Our servers never see plaintext — only cryptographically sealed payloads that are meaningless without your private key.

AES-256-GCM

SRP-6a Authentication

Zevra uses Secure Remote Password protocol for authentication without ever transmitting your password. Your credentials stay 100% safe on device.

Zero-Password Transmission

Real-Time & Scalable

Powered by Redis Pub/Sub, BullMQ, and a multi-node WebSocket architecture, Zevra delivers instant message delivery with ultra-low latency.

Sub-10ms Latency
Cryptographic Breakdown

SRP-6a Zero-Knowledge Authentication Sequence

How Zevra verifies user authenticity without transmitting plaintext password credentials over the wire.

Client BrowserComputes A = g^a mod NPassword x = H(s, p)Session Key K Derived1. Send Identity & A2. Send Salt (s) & Challenge B3. Send Client Proof M1Zevra ServerVerifier v = g^x mod NB = k*v + g^b mod NVerifies Proof M1 == M2

Protocol Metrics

Message Throughput

JanMarJunSepDec

Primary Goal

Sovereign Encryption

96%Target: 100%

User Growth

Organic adoption is up 24% compared to last quarter.

Encrypted Messages

10.2M

+18.3%

Active Sessions

52,410

+6.7%

Avg Latency

8ms

-12.4%

Uptime

99.99%

+0.01%
Get Started In Seconds

Ready to Experience True Privacy with Zevra?

Join thousands of users who trust Zevra for secure, end-to-end encrypted communication. Built by Bazil Suhail with zero-knowledge at its core.