◆ RougeChain Technologies LLC
We build a quantum-resistant blockchain and the products people actually use on it — a network, a wallet, and the tools around them, all secured with NIST-standardized post-quantum cryptography.
Encryption that survives the quantum era — shipped as software, not a whitepaper.
A capable quantum computer breaks the elliptic-curve signatures that secure nearly every chain and wallet today. RougeChain is built on lattice- and hash-based schemes designed to withstand it.
We own the whole path — consensus and settlement at the base layer, private transfers in the middle, and consumer apps at the top — so security isn't bolted on at the edges.
Our primitives are the ones NIST selected and published as FIPS 203 and 204 — ML-KEM for key exchange and ML-DSA for signatures — not homegrown crypto.
◆ The ecosystem
The network at the base, applications on top, and the documentation that ties them together for developers.
The post-quantum Layer 1. XRGE is the native asset, transfers are signed with ML-DSA-65, and shielded notes use STARK proofs for private balances — with a bridge to Base for XRGE liquidity.
Visit rougechain.ioThe quantum-safe super-app: a non-custodial wallet, end-to-end encrypted messaging, and encrypted mail — keys never leave your device, protected by ML-KEM-768 and ML-DSA-65.
Visit qwalla.ioThe web gateway to the RougeChain ecosystem — explore the network, manage assets, and reach RougeChain apps from any browser.
Visit rougee.appEverything needed to build on RougeChain — network endpoints, the SDK, the post-quantum primitives, and integration guides for wallets and dApps.
Read the docs◆ Under the hood
Every product in the ecosystem is built from the same standardized, quantum-resistant building blocks.
FIPS 203
Lattice-based key encapsulation — the shared secrets behind encrypted chat and mail.
FIPS 204
Lattice-based digital signatures that authorize on-chain transactions and messages.
Zero-knowledge
Post-quantum, transparent proofs that keep shielded balances private on-chain.
Architecture
Private keys are generated and held on the user's device — never on our servers.