Absolute Encryption. Absolute Privacy.
Private & secure on-chain transactions powered by $QLK. Encrypted, invisible, verifiable. The QuantLock Protocol.
ca: 0xf4669a65d71bdb024b6226c725fdacda25e24444
QUANTLOCK PROTOCOL
Initializing QuantLock Protocol...
Entropy seed: 0x9fA3…C7
> Generating stealth wallet (Kyber-1024)...
Public key: bsc:Gv2k…w4Y
> Encrypting payload (32 KB)...
> Producing zk-proof (Groth16)...
> Broadcasting tx to BSC...
Confirmed • slot #246,019,772 • 421ms
>
QUANTLOCK PROTOCOL
Initializing QuantLock Protocol...
Entropy seed: 0x9fA3…C7
> Generating stealth wallet (Kyber-1024)...
Public key: bsc:Gv2k…w4Y
> Encrypting payload (32 KB)...
> Producing zk-proof (Groth16)...
> Broadcasting tx to BSC...
Confirmed • slot #246,019,772 • 421ms
>
Initializing QuantLock Protocol...
Entropy seed: 0x9fA3…C7
> Generating stealth wallet (Kyber-1024)...
Public key: bsc:Gv2k…w4Y
> Encrypting payload (32 KB)...
> Producing zk-proof (Groth16)...
> Broadcasting tx to BSC...
Confirmed • slot #246,019,772 • 421ms
>
Supported with
The Utility Layers of $QLK
$QLK drives the QuantLock Protocol powering encryption, staking, and governance on BNB.
Protocol Fuel
Every encrypted payload or proof-of-privacy request consumes QLK. Without QLK, encrypted actions can’t execute.
Protocol Fuel
Every encrypted payload or proof-of-privacy request consumes QLK. Without QLK, encrypted actions can’t execute.
Node Staking
Validators stake QLK to operate encryption and verification nodes. Their stake ensures reliability and earns them network rewards from protocol fees.
Node Staking
Validators stake QLK to operate encryption and verification nodes. Their stake ensures reliability and earns them network rewards from protocol fees.
Network Rewards
A portion of every encryption or storage fee cycles back to active contributors. The more the network is used, the more QLK circulates back to its ecosystem.
Network Rewards
A portion of every encryption or storage fee cycles back to active contributors. The more the network is used, the more QLK circulates back to its ecosystem.
Governance Power
QLK holders guide QuantumLock’s evolution voting on encryption standards, staking parameters, and grant allocations.
Governance Power
QLK holders guide QuantumLock’s evolution voting on encryption standards, staking parameters, and grant allocations.
Experience The QuantLock Protocol
QuantLock Protocol is live. Join the waitlist for access. $QLK holdings required.
Launch QuantLock
Experience The QuantLock Protocol
QuantLock Protocol is live. Join the waitlist for access. $QLK holdings required.
Launch QuantLock
Step 1
Data Entry & Key Initialization
Your data enters the QuantLock node. Unique quantum-resistant key pairs are generated instantly, ensuring one-time security per session.
Post-quantum key exchange
Post-quantum key exchange
Post-quantum key exchange
One-time identity signatures
One-time identity signatures
One-time identity signatures
Real-time key lifecycle
Real-time key lifecycle
Real-time key lifecycle
Step 2
Quantum Encryption Layer
Data is encrypted using lattice-based algorithms that can’t be solved by quantum computers.
NTRU / Kyber encryption standards
NTRU / Kyber encryption standards
NTRU / Kyber encryption standards
Layered cipher rotation
Layered cipher rotation
Layered cipher rotation
Entropy-based randomness
Entropy-based randomness
Entropy-based randomness
Step 3
Zero-Knowledge Verification
Transactions are validated using zero-knowledge proofs that are verifiable without exposing what’s inside.
zk-SNARK validation
zk-SNARK validation
zk-SNARK validation
Trustless verification
Trustless verification
Trustless verification
Cross-chain compatibility
Cross-chain compatibility
Cross-chain compatibility
Step 4
BNB Chain Storage & Recovery
Encrypted packets are stored and indexed on BNB Chain for scalable throughput, recoverable verification, and seamless EVM composability.
Rapid Finality & Low Fees
Rapid Finality & Low Fees
Rapid Finality & Low Fees
Recoverable Encrypted Layer
Recoverable Encrypted Layer
Recoverable Encrypted Layer
Multi-Node Replication & Audit Trail
Multi-Node Replication & Audit Trail
Multi-Node Replication & Audit Trail
QuantLock Explained.
QuantLock Explained.
QUANTLOCK PROTOCOL
> Initializing QuantLock summary...
> QuantLock is a quantum-resistant encryption protocol. It protects user data against future quantum computing attacks.
> Built on BNB Chain for global accessibility, rapid block finality, and full EVM compatibility for composable privacy infrastructure.
> Core technologies: - - Lattice-based cryptography (Kyber-1024) - - Integrated ZK-proof privacy (Groth16) - - Modular node infrastructure
> Designed for developers and institutions who need future-proof privacy and verifiable security.
> SDK + API available soon for dApp integration.
>
QUANTLOCK PROTOCOL
> Initializing QuantLock summary...
> QuantLock is a quantum-resistant encryption protocol. It protects user data against future quantum computing attacks.
> Built on BNB Chain for global accessibility, rapid block finality, and full EVM compatibility for composable privacy infrastructure.
> Core technologies: - - Lattice-based cryptography (Kyber-1024) - - Integrated ZK-proof privacy (Groth16) - - Modular node infrastructure
> Designed for developers and institutions who need future-proof privacy and verifiable security.
> SDK + API available soon for dApp integration.
>
QUANTLOCK PROTOCOL
> Initializing QuantLock summary...
> QuantLock is a quantum-resistant encryption protocol. It protects user data against future quantum computing attacks.
> Built on BNB Chain for global accessibility, rapid block finality, and full EVM compatibility for composable privacy infrastructure.
> Core technologies: - - Lattice-based cryptography (Kyber-1024) - - Integrated ZK-proof privacy (Groth16) - - Modular node infrastructure
> Designed for developers and institutions who need future-proof privacy and verifiable security.
>