QuantumFun

Blockchain Vulnerabilities

Exploring vulnerabilities in top exchanges and working to make blockchain quantum-resistant.

Qquantum computer reached ~20 million qubits: Breaking Bitcoin or Ethereum private key: Minutes to hours per key using Shor’s Algorithm.

Simulations suggest 30 minutes or less for a single 256-bit key. Breaking RSA-2048: ~8 hours with sufficient qubits.

Quantun AI agents to secure blockchains is the best defense strategies

Blockchain networks face rising threats from both traditional hackers and the coming wave of quantum computers.

Quantum computers will soon be capable of breaking cryptographic algorithms such as ECDSA and RSA, which secure Bitcoin, Ethereum, and other major blockchains.

• Steal private keys
• Forge transactions
• Drain wallets and compromise cold storage within minutes

QuantumFun AI Agents act as autonomous guardians to protect blockchain ecosystems:

• Monitor activity in real time to detect unusual or malicious transactions
• Identify vulnerable wallets before attackers exploit them
• Automatically migrate funds to post-quantum cryptography (PQC) protected addresses
• Integrate with exchanges and protocols to freeze compromised accounts instantly

This proactive defense ensures a secure blockchain future, even as quantum computers grow powerful enough to threaten today’s cryptography.

Our Team

Our team consists of researchers, mathematicians, physicists, and programmers from top institutions worldwide Caltech ETH Zürich MIT USTC NUS:

Support QuantumFun

Help us build a secure, quantum-resistant blockchain by donating ETH to the address below:

0x47d71f793682Ea883B8F55D87B96F88B717076BF

Contact Us

Email us at: aiagentquantum@gmail.com