I'm offering [$200,000 USD] to whoever provides the **full private key** corresponding to the following compressed Bitcoin address:Advanced cryptographers, brute-forcers, and curve researchers — this challenge is for you.➡️ 🏁 Target address (compressed):1JL4oSPrYuvHKQaQXSj6a81tZgo8zhyBLn
💰 Reward:$2,000,000 USD in BTC or USDT
This is a serious, one-time offer. 📩 How to claim:I will not accept partial results, demos, or proofs of conceptSend the FULL WORKING PRIVATE KEY via forum PM.
No partial results, no PoC, no demos. First valid submission gets the full reward.
Reward🔎 About the challenge: $200,000 in BTC or USDT This is a Payment:real cryptographic test Immediate upon verification of the working private key , not a lottery.You are expected to leverage advanced understanding of:
- secp256k1 internals
- ECDSA weaknesses (if any)
- distance-guided scalar search
- modular arithmetic, point operations
- bitwise descent, Pollard’s Rho, Kangaroo, etc.
Whether you're scanning the curve randomly, exploring differential proximity, or reverse-engineering signature behaviors — all methods are welcome.
How to Claim🧠 Community Insight: Send the full private key via forum message. No other form of contact will be considered.Since this bounty was posted, many researchers have joined privately:This is a real cryptographic challenge. - Some have reported ultra-low real distances between candidate keys and the target pubkey.
- Others run full CPU/GPU farms with bit-based scoring filters.
- Several teams analyze weak nonces and point collisions.
This is growing into a serious decentralized cryptographic experiment.Good luck.
If you’ve never tried elliptic curve scalar descent, now is the time.
⚠️ Rules Reminder:
✔️ First full valid private key wins
✔️ No demos, no screenshots
✔️ No partial “look how close I am” messages
✔️ Contact ONLY via forum message
✔️ Payment made instantly after on-chain verification
🎯 Prove it’s possible. Crack the curve. Win $2,000,000.
Let the code speak. Good luck to all serious challengers.