Wallet-bound encryption
Payloads are encrypted client-side with a key derived from your wallet. The plaintext never leaves your device.
LIVE — AzraCode Network is now in Public Beta
ProtocolSealed Execution
Privacy enforced by hardware, settled on Solana.
AzraCode is a peer-to-peer sealed AI building protocol. This page walks through the three primitives that make surveillance structurally impossible: sealed execution, proof-of-compute, and a usage-driven token model.
Sealed Execution Environment
The plaintext only exists inside a boundary the operator can never open.
A sealed execution environment is a hardware-enforced enclave. Data enters encrypted, is decrypted only inside the enclave, computed, re-encrypted, and returned — all without the host being able to read, persist, or train on it.
Attested routing
Ciphertext is routed only to nodes that present a valid hardware attestation before they receive a single byte.
Hardware boundary
Decryption and compute happen inside a sealed enclave. The operator hosts the cage but holds no key to it.
Encrypted return + wipe
Artifacts are re-encrypted to your wallet key; then memory is zeroed and the environment is destroyed.
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.
Proof of Compute
Prove the work happened — without revealing what the work was.
Settlement can't rely on trusting the operator. Instead, every sealed job produces a cryptographic attestation that a genuine enclave ran the genuine runtime. Verification gates the reward.
attestation.quote
Verifiedenclavesealed-runtime · v3.1.0
measurement0x8a3f4c…b29e
root of trusthw-attest · ok
payloadciphertext · 4.2 KB
plaintext exposedfalse
signature0x41d9…7f2c · valid
settlement-3.0 $AZRA burned · +2.7 minted
01
Attest
The enclave emits a signed measurement of its code and configuration — proof it is running the exact sealed runtime, unmodified.
02
Verify
Verifiers check the attestation quote against the expected measurement and the hardware root of trust. No plaintext is ever revealed.
03
Mint
Only a valid, verified attestation settles the job: $AZRA is burned on the build side and minted to the provider that ran the compute.
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 AppYou own the key. We host the cage.