What is
Ergo's memory-hard, ASIC-resistant Proof-of-Work mining algorithm designed to keep mining accessible to consumer GPUs.
Autolykos is Ergo's Proof-of-Work consensus algorithm, currently in version 2. It's memory-hard (requiring ~2.5GB RAM), making ASIC development economically unfeasible while remaining efficient on consumer GPUs. This design promotes mining decentralization by preventing hardware monopolies.
Solo mining with consumer GPUs
Pool mining for consistent rewards
Decentralized network security
Fair distribution of new ERG
Autolykos v2 uses a memory-hard function based on Blake2b256 hashing with a large lookup table (~2.5GB). Miners must find a nonce where hash(block_header || nonce || solution) meets difficulty. The solution requires accessing random table elements, making memory bandwidth the bottleneck rather than raw compute.
Common questions about this topic
Ergo had no pre-mine, no ICO, no VC allocation. 100% of ERG enters circulation through mining. That removes a major insider-allocation overhang and makes governance less dependent on early investor exits. Long-term decentralization still depends on active miners, users, builders, and community participation.
For Ergo mining, GPUs with high memory bandwidth perform best. Popular choices include NVIDIA RTX 3060 Ti, 3070, 3080, and AMD RX 6800 XT. Minimum 4GB VRAM required. The best GPU depends on your budget, electricity cost, and availability. Efficiency (hashrate per watt) matters more than raw hashrate.
Autolykos is Ergo's memory-hard Proof-of-Work algorithm designed for GPU mining. It requires significant RAM (currently ~2.5GB), making ASIC development uneconomical. Autolykos v2 (current version) allows pool mining while maintaining ASIC resistance. The algorithm promotes decentralization by keeping mining accessible to consumer hardware.
Ergo is designed for long-term sustainability through three pillars: Autolykos mining, NiPoPoWs for efficient light clients, and storage rent to discourage state bloat while adding a miner revenue path. Long-term security still depends on adoption, fee markets, and miner behavior.