LIVE — AzraCode Network is now in Public Beta
Sealed ExecutionSettlement on Solana

Privacy by Architecture, Not by Promise.

AzraCode runs AI computation inside hardware-enforced sealed execution environments. Encrypted in, encrypted out — node operators can't read, retain, or train on your data. Every build settles per-compute on Solana with $AZRA.

Launch Sealed AppRead Whitepaper
No logs No retention No surveillance
azracode · sealed-build
SEALED
ENCRYPTED INSEALED EXECUTIONENCRYPTED OUT

Balance

4,205 $AZRA

Burned

-142.0 $AZRA

Active Builds

0x0000…0000sealed-audit-v3
EXECUTING
0x0000…0000dex-aggregator-v2
ENCRYPTING
Operator cannot inspect
Private Knowledge Work

Everything a builder ships — sealed end to end.

AzraCode is built for work that actually gets delivered: real artifacts, computed inside a boundary the operator can never inspect.

Code & Applications

  • Write, fix, and ship full-stack features
  • Build front-end + back-end with live preview
  • In-editor diff review on every change

Review & Security

  • Detect defects & vulnerabilities pre-release
  • Fix suggestions without leaking IP
  • Zero-knowledge smart contract audits

Diagrams & Architecture

  • Generate flowcharts, system & data models
  • Visualize systems without exposing topology
  • Output Mermaid / PlantUML

Documentation & Writing

  • Auto-generate guides & technical references
  • Maintain an internal wiki without surveillance
  • Plain-language explanations of complex code

Data & Queries

  • Build & explain complex database queries
  • Schema intelligence without exposing structure
  • Reason over data inside the seal

Tests & Private Research

  • Generate comprehensive test suites
  • Private research inside the seal
  • No retained corpus, no training surface
The Sealed Execution Lifecycle

Five stages. One boundary the operator can never cross.

Follow a single build from your keyboard to settlement. The plaintext lifetime is contained entirely inside stage three.

01 · IN

Encrypt on your device

Client-side encryption, keys bound to your wallet. Plaintext never leaves the device.

02 · ROUTE

Route to sealed node

The encrypted payload is routed to an attested sealed node on the network.

03 · WORK

Execute inside seal

Hardware-enforced boundary. Plaintext exists only here. The operator knows that compute happened — never what.

04 · OUT

Return encrypted output

Finished artifacts are encrypted to your wallet key, then returned to you.

05 · BURN

Destroy environment

Memory is zeroed, state is wiped, and $AZRA is burned at settlement.

AzraCode Products

One sealed protocol. Three ways to build.

Wire your workflow straight into sealed compute — from a single terminal command to a full visual workspace.

CLI

zero UI · max speed

$ azra build --sealed ./src/auth.ts

→ encrypting payload…

→ routing to attested node 0x8a3f…b29e

→ sealed execution ▋

✓ artifact returned · -3.0 $AZRA burned

Pipe any workflow directly into a sealed build.

Studio

visual workspace

src/

auth.ts

api.ts

db.ts

tests/

auth.spec

+ verifySeal(token)

- trustHeader(token)

return session

// live preview ↻

Live preview, diff viewer, multi-file orchestration.

Tokenomics · $AZRA

Burn-to-Build: supply follows real usage, not an emission schedule.

Every build burns $AZRA. Every verified compute mints $AZRA to the provider that ran it. The token tracks demand instead of a calendar.

Total Supply

1,000,000,000

$AZRA

Settlement

Solana

SPL token

Model

Burn-to-Build

usage-driven

Distribution

Compute Rewards 45%
Community & Ecosystem 25%
Treasury 15%
Core Contributors 10%
Liquidity 5%
Contract · SolanaTBA

The Burn-to-Build loop

Build request01
$AZRA burned02
Verified compute03
$AZRA minted to provider04

Supply self-adjusts to demand: heavier real usage burns more on the build side while minting proportionally to providers running verified, sealed compute.

Ready to build in the dark?

Submit your first sealed build. No logs. No retention. No surveillance.

Launch Sealed App

You own the key. We host the cage.