ClaudioﾒBarros 🇵🇹

From development to real hardware. ⚡ OpenPuzzle is now coordinating a dedicated five-GPU rig for distributed Bitcoin Puzzle research—turning code, testing and recovery logic into continuous work. github.com/claudiodb007/Open… #Bitcoin #GPU #OpenSource

Fast GPU work is also about control. ⚡ Power limits and cooling profiles help OpenPuzzle sustain long Bitcoin Puzzle searches with stable, predictable performance. Sustained compute beats unstable peaks. github.com/claudiodb007/Open… #Bitcoin #CUDA #GPU

Long Bitcoin Puzzle searches should be able to stop safely. 🦘 OpenPuzzle uses PSCKangaroo checkpoints to save the search state, exit cleanly and resume the same work later. Save. Stop. Resume. github.com/claudiodb007/Open… #Bitcoin #CUDA #OpenSource

Benchmarks help OpenPuzzle size the work. ⚡ A faster GPU can receive a larger assignment for the same target duration, while every participant keeps the same right to receive work. Fair access. Efficient coordination. github.com/claudiodb007/Open… #Bitcoin #GPU #OpenSource

OpenPuzzle 1.0.50 is live. ⚡ Vanity CUDA now joins BitCrack, KeyHunt and Kangaroo in the normal client—with automatic GPU benchmarks, saved profiles, Stop, Resume and Safe Stop. Private keys stay local. claudiodb.com #Bitcoin #CUDA #OpenSource

Fast GPUs are only part of distributed Bitcoin Puzzle research. 🧩 Track the work. Report progress. Confirm it was recorded. OpenPuzzle brings computation and coordination together. github.com/claudiodb007/Open… #Bitcoin #GPU #OpenSource

Vanity CUDA is taking shape in OpenPuzzle. ⚡ Local Puzzle 71 test on RTX 4070 SUPER: 2.60 GKey/s vs 1.49 GKey/s with our BitCrack baseline. UI controls and resumable local runs. Experimental integration. github.com/claudiodb007/Open… #Bitcoin #CUDA

Different GPUs. Different development challenges. 🧩 Drivers, backends and hardware generations all matter when testing OpenPuzzle. Your hardware reports help us understand compatibility and improve Bitcoin Puzzle research tools. github.com/claudiodb007/Open… #Bitcoin #OpenSource

Comparing GPU benchmarks? Context matters. 🔍 For Bitcoin Puzzle searches, include the puzzle, engine, CUDA/OpenCL backend and settings alongside the speed. Share your OpenPuzzle results with enough detail for others to compare. github.com/claudiodb007/Open… #Bitcoin #GPU #OpenSource

CUDA: every watt counts. ⚡ When searching Bitcoin Puzzles, track GPU speed, power draw and temperature together. With OpenPuzzle, make efficiency and sustained performance part of the conversation. github.com/claudiodb007/Open… #Bitcoin #CUDA #OpenSource

Testing OpenPuzzle? Your feedback matters. 🧩 Found a bug? Include your OS, GPU, engine, app version and steps to reproduce it. Help make Bitcoin Puzzle research tools more reliable. github.com/claudiodb007/Open… #Bitcoin #OpenSource

What does MKey/s mean? 🔍 In a brute-force Bitcoin Puzzle search, 1 MKey/s means one million candidate keys tested per second. It measures search speed. Finding the solution still requires a matching key. github.com/claudiodb007/Open… #Bitcoin #GPU #OpenSource

OpenPuzzle now has a graphical Windows installer! 🧩🪟 Setup 0.1.4 brings .exe installation to the Windows 11 x64 public test build. Download, try it and share your feedback. github.com/claudiodb007/Open… #Bitcoin #Windows #OpenSource

OpenPuzzle for Windows is ready for testing! 🧩🪟 Download the test build, try it on your hardware and share feedback. Help improve compatibility, usability and reliability for Bitcoin Puzzle research. claudiodb.com #Bitcoin #Windows #OpenSource

Your GPU. Your limits. ⚡ OpenPuzzle development now includes GPU power limits and automatic or manual fan controls on supported hardware. More control over the machines doing Bitcoin Puzzle research. github.com/claudiodb007/Open… #Bitcoin #GPU #OpenSource

OpenPuzzle is now running on Windows! 🧩🪟 The Windows version is taking shape, bringing Bitcoin Puzzle coordination to another platform. Development continues—more updates soon. github.com/claudiodb007/Open… #Bitcoin #Windows #OpenSource

CUDA or OpenCL? Two paths to GPU computing. ⚡ CUDA targets NVIDIA GPUs. OpenCL supports hardware from multiple vendors. OpenPuzzle coordinates Bitcoin Puzzle searches using compatible engines and devices. github.com/claudiodb007/Open… #Bitcoin #CUDA #OpenCL

Known key. Verified search. 🔍 A small test puzzle with a known solution checks whether a search engine finds the expected key. For OpenPuzzle, correctness matters as much as speed. Small tests help prepare for bigger challenges. github.com/claudiodb007/Open… #Bitcoin #OpenSource

Open code. Shared progress. 🧩 You can contribute to OpenPuzzle beyond GPU power: inspect the code, reproduce tests, report bugs or improve the docs. Help build better software for Bitcoin Puzzle research. github.com/claudiodb007/Open… #Bitcoin #OpenSource

More GPUs. More coordination. ⚡ Parallel Bitcoin Puzzle searches need more than computing power: each execution needs its own progress tracking and recovery. OpenPuzzle connects GPU computation with coordinated work. github.com/claudiodb007/Open… #Bitcoin #CUDA #OpenSource