A proof-of-work cryptocurrency with memory-hard GigaHash algorithm, designed for GPU mining with verifiably fair distribution.
Get Started Source CodeGigaHash algorithm requires 256MB memory per thread, naturally favoring GPUs with their high memory bandwidth (300-1000 GB/s).
No pre-mine. No ICO. No investor allocation. All KRYO coins are produced through mining, verifiable on-chain.
Memory-hard design makes ASIC development expensive. The memory bandwidth bottleneck favors commodity GPUs over custom chips.
Maximum 21 million KRYO, with Bitcoin-like halving every 210,000 blocks (~4 years). No inflation surprises.
Difficulty adjusts every 2016 blocks to target 10-minute block times, maintaining stable mining economics.
MIT licensed. All code is open for inspection. No hidden features, no backdoors. Trust through transparency.
| Algorithm | GigaHash (memory-hard PoW) |
| Max Supply | 21,000,000 KRYO |
| Block Time | 10 minutes (target) |
| Initial Reward | 50 KRYO |
| Halving | Every 210,000 blocks |
| Memory Req. | 256 MB per mining thread |
| Difficulty Adj. | Every 2016 blocks |
Requires Python 3.9+. No external dependencies.
Current Version (Alpha)
Max Supply (Design Parameter)
Open Source Repository
License
⚠️ Testnet not yet launched. The above are design parameters, not live network data.
✅ v0.1.0: Blockchain, CPU mining, wallet, node API
🔜 v0.2.0: P2P networking
🔜 v0.3.0: GPU mining (OpenCL/CUDA)
🔜 v0.4.0: Transaction signing