QuStream Network
Our quantum-secure Layer 1 blockchain, integrating decentralized encryption nodes and Proof of Stake consensus to power the future of Web3 security.
Validator Nodes
Responsible for maintaining blockchain consensus, smart contracts, and transaction processing. They operate the high-entropy Master-Node layer to generate ephemeral Q-Blocks for the network.
Encryption Nodes
Manage QuStream Encryption by proxying Q-Blocks to edge devices. They ensure last-mile delivery of Information-Theoretic Security without exposing keys to classical risks.
Operational Perfect Secrecy (OPS)
C-ITS & DA-ITS Modes
Support for both Combinatorial and Dimensional Ambiguity modes. Security is achieved by hiding keys in combinatorially large spaces or obscuring the key's dimensionality itself.
Decentralized Entropy Generation
Leverages distributed QRNG sources to ensure that no single node can reconstruct the global pad, providing Byzantine-fault tolerant randomness.
Last-Mile QKD Extension
The only protocol capable of extending QKD (Quantum Key Distribution) from backbones to end-user devices without reverting to classical computational assumptions.
Network Status
Information-Theoretic Security Active
Decentralized QRNG Nodes
Our Validator Nodes integrate Quantum Dice Apex 2100 QRNG units, delivering provable quantum entropy to the decentralized network.
True Entropy as the New Consensus
Traditional blockchains rely on Proof of Stake to validate blocks. QuStream uses its decentralized network to validate and distribute True Entropy. This ensures that every encryption pad used in the network is non-deterministic and future-proof.
Each Validator Node supplies 100% verified quantum randomness, ensuring that the OPS/ITS guarantees of the protocol hold even against state-level adversaries with unbounded computing power.
Don't wait for Q-Day.
Be quantum-proof today.
The only encryption that can't be broken by a computer with infinite processing power. Get your security assessment and start implementing perfect secrecy.