How to Use Kudominer for Beginners? (Auto-Switching Algorithm)

Understanding Kudominer Basics

1. Kudominer is a lightweight, open-source mining software designed specifically for GPU-based cryptocurrency mining on Windows and Linux platforms. It supports multiple algorithms including Ethash, KawPow, and Autolykos, enabling users to mine Ethereum Classic, Ravencoin, and Ergo simultaneously.

2. The software features an integrated auto-switching mechanism that evaluates real-time profitability across supported coins and algorithms. This evaluation relies on live data from public mining pools, network difficulty metrics, and current exchange rates pulled via API endpoints.

3. Unlike legacy miners requiring manual configuration changes, Kudominer reads pool responses and adjusts its mining target without interrupting hash submission or restarting the miner process.

4. Configuration is handled through a plain-text config.json file where users define wallet addresses, preferred regions, and fallback pool URLs. No command-line expertise is required for basic deployment.

Setting Up Auto-Switching Functionality

1. During installation, Kudominer automatically downloads and caches algorithm-specific binaries. These are verified using SHA-256 checksums retrieved from the official GitHub repository to prevent tampering.

2. Auto-switching triggers every 90 seconds by default. Each cycle fetches updated block reward estimates, network hashrate, and transaction fee components to compute net margin per coin.

3. The miner excludes coins with stale shares exceeding 12% in the last five minutes or pools reporting latency above 800ms. This filtering prevents wasted cycles on unstable infrastructure.

4. Switching decisions are logged in miner.log with timestamps, selected algorithm name, and estimated hourly yield in USD. Users can review these entries to audit performance trends over time.

Configuring Wallet and Pool Parameters

1. A valid wallet address must be entered under the 'wallet' field in config.json. For ERC-20 compatible chains, Kudominer validates address format using EIP-55 checksum logic before launching.

2. Pool definitions include primary and secondary endpoints. If the primary pool fails three consecutive health checks, Kudominer initiates failover to the backup without halting mining operations.

3. Users may specify “algorithm preference weights” to bias selection toward certain algorithms — for example, assigning higher priority to KawPow when GPU memory exceeds 6GB.

4. The “rig-id” parameter allows operators to tag hardware uniquely. This identifier appears in pool dashboards and enables granular monitoring of individual rigs within multi-rig deployments.

Monitoring and Troubleshooting

1. Real-time stats appear in the terminal window showing current algorithm, accepted/rejected share counts, average latency, and local GPU temperature readings.

2. Rejected shares above 5% indicate possible clock instability or incorrect DAG epoch timing. Kudominer logs precise error codes such as “DAG_VER_MISMATCH” or “POOL_AUTH_FAIL” to assist diagnosis.

3. Overheating detection activates when GPU core temperature exceeds 85°C for more than 10 seconds. The miner throttles intensity by reducing thread count until thermal thresholds normalize.

4. A built-in self-test mode verifies CUDA/OpenCL compatibility, memory bandwidth, and driver version alignment before initiating actual mining workloads.

Frequently Asked Questions

Q: Does Kudominer support ASIC devices?No. Kudominer exclusively targets GPU mining and does not interface with ASIC firmware or control protocols.

Q: Can I disable auto-switching and lock to one coin?Yes. Set “auto-switch”: false in config.json and define “coin”: “RVN” or another supported ticker to enforce static targeting.

Q: Is my wallet private key exposed during configuration?No. Kudominer only stores public wallet addresses. Private keys never enter the software environment or get transmitted externally.

Q: Why does Kudominer show different profitability values than WhatToMine?Kudominer calculates profitability using real-time pool-reported block rewards and dynamic fee inclusion, whereas WhatToMine relies on historical averages and fixed fee assumptions.