The Quantum
Resistant Chain

Built in Rust. Secured by Falcon-512 & Kyber-1024. Quanta is the fortress for the post-quantum era.

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100%
Rust Codebase
~10s
Block Time
PQC
NIST Standard
PoW
Consensus
Falcon
Signature
100%
Rust Codebase
~10s
Block Time
PQC
NIST Standard
PoW
Consensus
Falcon
Signature

Engineered for
the Future.

Quanta combines state-of-the-art cryptography with a robust architecture to deliver a blockchain that lasts.

512
Falcon Bits
1024
Kyber Bits
NIST
Standardized
Coming Soon

Falcon-512 Signatures

Replacing traditional ECDSA with NIST-standardized Falcon-512 for quantum-resistant transaction signing.

Coming Soon

Kyber-1024 Encryption

Utilizing Kyber-1024 for secure wallet encryption and communication, ensuring your assets stay safe.

Coming Soon

Built in Rust

Engineered 100% in Rust for unparalleled memory safety, performance, and reliability.

Coming Soon

Proof of Work

A robust PoW consensus mechanism with dynamic difficulty adjustment for fair and secure mining.

Coming Soon

Account Model

Familiar Ethereum-style account model (not UTXO) making it easier for developers to adapt.

Coming Soon

Sled Database

High-performance embedded database for efficient state management and storage.

Development
Roadmap.

Our journey to building the most secure blockchain for the quantum era. Join us and contribute to the future.

Phase 1

Foundation

Completed
Core blockchain architecture
Falcon-512 signature integration
Kyber-1024 encryption implementation
Basic PoW consensus mechanism
Sled database integration
Phase 2

Network & Mining

Completed
P2P network implementation
Mining node software
Dynamic difficulty adjustment
Transaction mempool
Block propagation system
Phase 3

Wallet & Tools

In Progress
CLI wallet development
Desktop wallet application
Block explorer
API & RPC interface
Developer documentation
Phase 4

Testnet & Security

Upcoming
Public testnet launch
Security audits
Performance optimization
Bug bounty program
Community testing
Phase 5

Mainnet

Upcoming
Mainnet preparation
Genesis block creation
Network launch
Exchange integrations
Ecosystem growth

Help Us Build the Future

Quanta is in active development and we need your support. Contribute code, ideas, or join our community.

Start Contributing

Frequently Asked
Questions

Everything you need to know about Quanta

Quanta uses NIST-standardized post-quantum cryptography algorithms: Falcon-512 for digital signatures and Kyber-1024 for encryption. These algorithms are designed to withstand attacks from both classical and quantum computers.
Unlike traditional blockchains that use vulnerable ECDSA signatures, Quanta is built from the ground up with quantum resistance. It's written in Rust for maximum performance and security, with a Proof of Work consensus mechanism.
Quanta has an approximate block time of ~10 seconds with dynamic difficulty adjustment to maintain consistent block production.
Yes! Quanta uses a Proof of Work consensus mechanism. You can start mining by downloading the code from our GitHub repository and running a node.
Quanta uses an account-based model similar to Ethereum (not UTXO), making it easier for developers familiar with Ethereum to adapt. However, it's a completely independent blockchain with its own unique architecture.
Rust provides memory safety without garbage collection, excellent performance, and prevents entire classes of bugs at compile time. This makes it ideal for building secure, high-performance blockchain infrastructure.

Ready to go
Quantum?

Join the network of the future. Start mining, building, or transacting on the most secure chain ever built.

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