TURRET / RUST → WASM

Zero-knowledge E2EE. Three lines of code.

Zero-knowledge E2EE. Three lines of code.

Zero-knowledge E2EE. Three lines of code.

Turret is a high-performance client-side cryptographic engine that gives engineering teams drop-in end-to-end encryption through a compiled Rust-to-WebAssembly pipeline. No key-exchange infrastructure to manage. No plaintext to expose.

THE INTEGRATION RITUAL

Add zero-knowledge protection before your first payload leaves the browser.

import { turret } from “@turret/sdk”

const vault = turret({ zeroKnowledge: true })

await vault.protect(userData)

CLIENT-SIDE. COMPILED. PRIVATE.

ZERO-KNOWLEDGE BOUNDARY

USER DATA

YOUR SAAS: BLIND BY DESIGN

Only encrypted proofs cross the line. The plaintext never does.

ARCHITECTURAL PIPELINE / 05 STAGES

One invisible system. Five points of trust.

Every request passes through a deliberate chain of licensing, verification, and client-side cryptography—without ever handing the platform a plaintext payload.

KEYS NEVER CROSS THE EDGE

01

VITE FRONTEND

Initialization Vector & Token Generation

The host client instantiates Turret with a localized customer reference token. That token begins an asynchronous verification handshake without exposing underlying credentials.

02

VERCEL EDGE + STRIPE

Serverless Edge Verification

The Vercel-hosted gateway securely evaluates live subscription status against Stripe records, blocking expired or cancelled accounts at the network edge.

03

SIGNED VALIDATION SIGNAL

Cryptographic Handshake & Wasm Instantiation

A signed validation signal returns to the client, where the compiled WebAssembly binary loads into memory and prepares local key-management buffers.

04

WASM SANDBOX

Double Ratchet & X3DH Execution

Inside the isolated runtime, X3DH establishes shared secrets and Double Ratchet continuously derives fresh keys for every transmitted payload.

05

ZERO-KNOWLEDGE STATE

Local State Persistence

Private keys, session state, and plaintext remain in local memory or client-side storage. Zero telemetry and private material ever traverse the network.

The result is a zero-knowledge runtime where verified licensing governs access, the client governs keys, and your infrastructure never sees the data it protects.

SLEEK. SECURE. SEXY.