How to mine Neurai with Kapow algorithm? (Instructions)

Understanding the Kapow Algorithm

1. Kapow is a memory-hard, ASIC-resistant proof-of-work algorithm designed specifically for Neurai’s consensus layer.

2. It leverages recursive hashing with dynamic memory access patterns to prevent hardware centralization.

3. The algorithm requires at least 2 GB of RAM per thread and enforces strict cache-line alignment checks during hash computation.

4. Unlike SHA-256 or Ethash, Kapow introduces time-dependent nonce windows that reset every 30 seconds to mitigate stale share submission.

5. Each block candidate must pass three sequential validation layers: memory-bound verification, entropy scoring, and signature chain integrity check.

Hardware Requirements for Kapow Mining

1. A modern x86-64 CPU with AVX2 support is mandatory; ARM-based processors are not compatible with current Kapow implementations.

2. Minimum RAM requirement is 4 GB for solo mining; pool mining recommends 8 GB or more to sustain optimal throughput.

3. SSD storage is strongly advised due to frequent random memory-mapped file reads during DAG initialization.

4. GPU acceleration is explicitly disabled in all official Neurai mining clients—Kapow relies solely on CPU execution paths.

5. Overclocking is discouraged as Kapow includes thermal-aware throttling that penalizes unstable clock frequencies with hash rejection.

Setting Up the Neurai Mining Client

1. Download the official neurai-core v3.2.1 binary from the verified GitHub repository under the /releases section.

2. Extract the archive and navigate into the /src/miner/kapow subdirectory where the standalone miner executable resides.

3. Generate a wallet address using the neurai-cli createwallet command before launching the miner.

4. Configure the kapow.conf file with precise thread count, memory allocation limits, and pool endpoint URI.

5. Launch the miner with ./neurai-kapow --config=kapow.conf --loglevel=2 to enable detailed debug output without flooding the console.

Connecting to a Kapow-Compatible Mining Pool

1. Only pools running Neurai Pool Protocol v2.4+ support full Kapow handshake negotiation and share validation.

2. Verify pool uptime and share acceptance rate via public dashboards such as pool.neurai.network/stats.

3. Use stratum+tcp:// URLs exclusively—HTTP-based submission endpoints are deprecated and rejected by v3.2.1 clients.

4. Enable TLS encryption by appending ?tls=1 to the pool URI when connecting through firewalls or untrusted networks.

5. Monitor worker registration status using the miner_status RPC method to confirm correct job assignment and difficulty scaling.

Frequently Asked Questions

Q: Can I mine Neurai Kapow using Docker containers?A: Yes, but only with privileged mode enabled and host-level memory locking configured. Official Docker images are published under the neurai/miner-kapow:latest tag on Docker Hub.

Q: Why does my miner show “DAG load failed” after reboot?A: This occurs when the system clears page cache before miner startup. Preload the DAG manually using ./neurai-kapow --preload-dag prior to main execution.

Q: Is there a testnet version of Kapow available?A: Yes—the Neurai testnet uses Kapow-T, a variant with reduced memory footprint and accelerated block intervals. Configuration files are hosted at testnet.neurai.network/kapow-t-config.

Q: What happens if two miners submit identical nonces within the same window?A: Kapow enforces deterministic tie-breaking based on wallet address lexicographic order. The lower-addressed miner’s share is accepted; the other is marked stale regardless of network propagation latency.