tcoin Quantum
A powerful blockchain platform secured by XMSS
BTQ incorporates advanced cryptographic algorithms that are resistant to quantum computing attacks. This is in contrast to the traditional cryptographic methods used in standard Bitcoin, which may be susceptible to such threats.
While BTQ modifies Bitcoin’s underlying cryptography, it strives to maintain compatibility with the existing Bitcoin protocol where feasible, allowing for smoother transitions and interoperability.
By using quantum-resistant algorithms, BTQ aims to protect the integrity and security of transactions well into the future, safeguarding against both current and emerging threats.
The primary objective of BTQ is to preemptively update the cryptographic foundation of Bitcoin to resist potential quantum computing attacks that could decrypt wallets and transactions secured by conventional cryptographic methods. Implementing this requires not only technical adjustments but also a community consensus to adopt these quantum-resistant measures.
| Feature | Bitcoin Quantum (BTQ) | Bitcoin (BTC) |
|---|---|---|
| Launch Year | 2024 | 2009 |
| Total Supply | 21 million units | 21 million units |
| Mining Algorithms | Dual-mining: RandomX (CPU) & Cryptonight cn/0 (GPU) | SHA-256 |
| Block Reward Reduction | Decreases by 5% every 525,600 blocks (approx. 1 years). | Halves every 210,000 blocks (approx. 4 years) |
| Security | Quantum-resistant cryptography | Traditional cryptography (vulnerable to future quantum attacks) |
| Emission Plan | Long-term, sustainable emission over 1000 years | Complete by around 2140 |
| Decentralization | Designed to reduce hardware centralization risks | Subject to mining centralization concerns |
| Scalability Enhancements | Focus on network scalability improvements | Limited scalability, with ongoing upgrades like Lightning Network |
| Market Stability | Emission plan fosters long-term market stability | Subject to high volatility |
| Primary Use Case | Secure, scalable, and sustainable digital currency | Digital currency and store of value |
| Community Engagement | Strong focus on transparency and community updates | Varied, with numerous independent developer teams and communities |
Unlock new opportunities and explore how BTQ is transforming the landscape of secure, quantum-resistant blockchain technology.
BTQ Mining combines the power of CPU-friendly RandomX and GPU-compatible Cryptonight cn/0 algorithms, ensuring everyone can participate in securing the network. With RandomX optimized for CPUs and Cryptonight cn/0 extending support to GPU rigs, BTQ promotes a decentralized and accessible mining ecosystem. Join us in supporting a quantum-resistant and inclusive future for cryptocurrency mining.
CPU Miners: Utilize RandomX for efficient CPU mining.
GPU Miners: Leverage Cryptonight cn/0 for your GPU rigs.
Security: Contribute to BTQ’s robust, quantum-resistant network.
Inclusivity: Participate without the need for specialized hardware.
Start Mining BTQ
IBM Unveils New Roadmap to Practical Quantum Computing Era; Plans to Deliver 4,000+ Qubit System
It will take about 100 logical qubits working together to make the first, small, error-corrected quantum computer. Here we’ll be able to work our way steadily toward that million qubit milestone and up to the cirque of error-correction.
Mitsui & Co. and Amgen Inc. also participated in the $300 million funding round for the business, which was spun out of Honeywell International Inc. in 2021. Honeywell, which also participated in the capital raise, will remain the majority owner of Quantinuum, according to a statement Tuesday.
Jamie Dimon, the CEO of JPMorgan Chase, has advised investors to stay away from bitcoin. “My personal advice is don’t get involved,” he said. “But I don’t want to tell anyone what to do. It’s a free country.”
Bitcoin (BTC) has shown resilience over the past week, maintaining its gains and hovering near the $70,000 mark without significant sell-offs, indicating strong market sentiment.
Find answers to all your queries about BTQ and learn more about how we're paving the way for a quantum-resistant future.
XMSS, which stands for Extended Merkle Signature Scheme, is a cryptographic signature method that is part of a group known as stateful hash-based cryptographic signatures. These types of signatures are significant because they offer security proofs against attacks using quantum computers, making them quantum-resistant.
The "stateful" aspect of XMSS refers to the fact that it must keep track of which parts of its internal state (specifically, which key pairs) have been used for signing, to ensure that each key is only used once. This is crucial because reusing keys can compromise the security of the system.
XMSS uses a combination of cryptographic hash functions and a tree structure similar to a Merkle tree to generate a large but finite number of one-time signatures from a single key pair. Each time a signature is created, a part of this tree is used, and the state is updated to reflect what has been utilized.
This method is seen as a strong candidate for post-quantum cryptography, which aims to develop cryptographic systems that remain secure even in the presence of powerful quantum computers. It has been standardized for certain applications, including by the Internet Research Task Force (IRTF) and the Internet Engineering Task Force (IETF) in RFC 8391.
BTQ is a cutting-edge Bitcoin ledger designed to withstand quantum computing threats by incorporating Extended Merkle Signature Scheme (XMSS) technology. This stateful, hash-based signature scheme enhances BTQ's security, making it quantum-resistant and ensuring that transactions remain secure against potential quantum attacks. By using XMSS, BTQ provides a robust platform for Bitcoin transactions, safeguarding them with one-time signatures and forward secrecy. Ideal for future-proofing against advancements in quantum computing, BTQ stands as a resilient and efficient solution in the evolving landscape of blockchain technology.
BTQ embraces a hybrid mining approach, utilizing the CPU-friendly RandomX Proof-of-Work alongside GPU mining with the Cryptonight cn/0 algorithm. This combination ensures accessibility and efficiency, allowing miners to use both CPUs and GPUs to contribute to network security. RandomX is optimized for CPU performance, making it inclusive for miners without specialized hardware. Cryptonight cn/0 extends compatibility to GPU rigs, broadening participation and enhancing the decentralization of mining efforts. Together, these technologies support BTQ’s vision of a secure, quantum-resistant, and inclusive mining ecosystem.
BTQ is a state-of-the-art cryptocurrency, blending Bitcoin's trusted economic framework with advanced quantum-resistant security measures. It maintains a total supply of 21 million units, echoing Bitcoin’s limited availability. BTQ differentiates itself by employing a dual-mining approach: it utilizes the CPU-friendly RandomX algorithm and extends support to GPU mining with Cryptonight cn/0. This combination makes mining more inclusive and reduces the risk of hardware centralization. The emission of BTQ is uniquely planned over approximately 1000 years, with a 5% decrease in block rewards every 525,600 blocks, fostering long-term sustainability and market stability. Furthermore, BTQ is advancing its technology with the development of a Proof-of-Stake system, positioning itself to remain resilient and efficient in the evolving landscape of blockchain technology amidst quantum computing developments.
Dive into the BTQ ecosystem and track transactions, blocks, and mining activity in real-time. Visit our block explorer today and experience the future of quantum-resistant cryptocurrency.
