- Quantum computing prank achieved 40% success on 17-bit keys using /dev/urandom.
- 29-line patch ran 8,192 shots on challenge 4 via laptop.
- BTC at $77,300 with Fear & Greed 31 amid security hype checks.
Developer Yuvadm pulled a quantum computing prank. He replaced IBM Quantum's ibm_fez backend with Linux /dev/urandom in Qiskit. The swap cracked 17-bit private keys from Project Eleven challenges 40% of the time on a laptop. No quantum hardware ran.
Yuvadm detailed the stunt on Quantumslop GitHub. Terminal output noted: "No quantum computer was harmed."
Bitcoin trades at $77,300 per CoinGecko data as of October 10, 2024. Its market cap hits $1.547 trillion, down 0.4% today. The Fear & Greed Index stands at 31, per Alternative.me.
Urandom Setup in Quantum Computing Prank
Project Eleven benchmarks quantum attacks on elliptic curve discrete logarithm problems (ECDLP). Challenges range from small to large keys. Yuvadm targeted challenge four with a 17-bit curve modulus of 65,647.
A 29-line patch to projecteleven.py created a 59-line diff. Qiskit executed 8,192 shots for challenge four. Challenge 10 required 20,000 shots on a 49-bit register.
Yuvadm wrote on GitHub: "Random noise alone can recover d with high probability." This classical method skipped IBM queues and costs, per his documentation.
How /dev/urandom Mimics IBM Quantum Noise
Linux /dev/urandom pulls pseudo-random bytes from kernel entropy pools. High shot counts exceed bit needs. Probabilities then expose keys.
The curve follows y² = x³ + 0x + 7 mod 65,647. Circuits simulated IBM noise models, per Qiskit documentation. A laptop beat remote quantum processing speeds.
This quantum computing prank reveals benchmark flaws. Excess randomness lets classical methods exploit biases in heavy shot runs, Yuvadm showed.
Crypto Market Data Ties to Security Fears
Ethereum trades at $2,311 with a $278.9 billion market cap, per CoinGecko. Solana reaches $85.68, cap $49.3 billion. USDT holds $189.8 billion in circulation.
Post-April 2024 halving, miners produced 19.7 million of 21 million BTC. Spot Bitcoin ETFs attract institutional inflows. Yet Fear & Greed at 31 signals caution, Alternative.me reports.
Glassnode data reveals declining holder net position changes. Active Bitcoin addresses averaged 900,000 daily last year. See Glassnode's active addresses metric.
Quantum Hype Risks Exposed by Urandom Demo
Quantum threats target Bitcoin's secp256k1 curve. Shor's algorithm demands sufficient qubits to crack it. Yuvadm's stunt proves benchmarks inflate classical risks.
Project Eleven offered 1 BTC for 17-bit success. No exotic gates or error correction appeared. Classical botnets could scale attacks now.
NIST finalized post-quantum standards in August 2024. Algorithms like Dilithium and Falcon use lattice-based security, per NIST announcements.
Blockchain Upgrades Amid Quantum Computing Prank Lessons
The prank demands verification before migrations. Ethereum's Proof-of-Stake layers help, but ECDLP persists. Solana shares discrete log risks.
Institutions watch quantum advances. IBM's roadmap targets 100,000 qubits by 2033, per their quantum roadmap. Current NISQ devices battle noise.
Yuvadm hit 40% success with /dev/urandom. This flags simulation gaps in quantum claims.
Forward Look: Classical Wins Over Quantum Hype
Bitcoin holders monitor Glassnode metrics. Reserve risk ratios stay low. Post-halving dynamics support long holds.
The urandom demo stresses classical efficiency. Quantum hype fuels funding, but progress trails. Projects like Quantum Resistant Ledger build early defenses.
As BTC holds $77,300, this quantum computing prank urges rigorous tests. Upgrades must prioritize proven security alongside speed and cost.
Frequently Asked Questions
What is the quantum computing prank with IBM backend?
Developer Yuvadm swapped IBM Quantum's ibm_fez backend for /dev/urandom in Qiskit. It recovered 17-bit private keys from Project Eleven challenges 40% of the time on a laptop. No actual quantum hardware ran.
How does /dev/urandom recover quantum crypto keys?
Urandom feeds pseudo-random noise into circuits with high shot counts like 8,192. When shots exceed bits needed, statistical recovery works via probability. Yuvadm noted: 'random noise alone can recover d with high probability.'
Why expose hype risks in quantum computing prank for blockchain?
Prank shows classical randomness fools quantum benchmarks, questioning superiority claims. BTC trades at $77,300 with Fear & Greed at 31 amid security worries. It urges verification before quantum-resistant upgrades.
What challenge numbers tested in IBM urandom demo?
Challenge 4 used 8,192 shots on 17-bit curve mod 65,647. Challenge 10 used 20,000 shots on 49-bit register. Patch took 29 lines to projecteleven.py.
