How to use Awesome Miner for rig management? (Centralized Control)

Setting Up Awesome Miner for Centralized Rig Management

1. Download and install the latest stable version of Awesome Miner from the official website, ensuring compatibility with your Windows-based mining infrastructure.

2. Launch the application and configure the local miner service to run as a Windows service, granting it system-level permissions for uninterrupted operation.

3. Add mining rigs manually by entering their IP addresses or enable automatic discovery via network scan—this populates the rig list with detected devices running compatible miners like Claymore, PhoenixMiner, or T-Rex.

4. Assign unique names and group rigs by location, hardware type, or profitability metric to streamline navigation across large-scale deployments.

5. Enable remote access by configuring port forwarding and SSL certificates when managing rigs across different subnets or cloud-hosted environments.

Configuring Profitability-Based Switching

1. Integrate with supported mining pools such as F2Pool, ViaBTC, or Ethermine to fetch real-time coin difficulty, exchange rates, and network hash rate data.

2. Define custom profitability thresholds using built-in formulas that factor in electricity cost per kWh, GPU power draw, and pool fees.

3. Activate auto-switching rules so that each rig dynamically migrates between algorithms like ETHASH, KAWPOW, or AUTOLYKOS based on calculated net margin.

4. Set cooldown timers between switches to prevent excessive pool reconnections and avoid temporary bans due to rapid algorithm hopping.

5. Monitor switching events in the Event Log tab, where timestamps, previous/next algorithms, and estimated profit deltas are recorded.

Real-Time Monitoring and Alerting

1. View live dashboards showing GPU temperature, fan speed, core clock, memory clock, and hashrate per device using integrated sensor polling.

2. Configure email or Telegram alerts triggered by conditions such as GPU temp exceeding 85°C, zero hashrate for more than 90 seconds, or power supply voltage deviation beyond ±5%.

3. Export historical metrics into CSV files for offline analysis or feed them into external visualization tools like Grafana via REST API endpoints exposed by Awesome Miner.

4. Use the “Rig Status” panel to identify offline units instantly—color-coded indicators reflect operational health at a glance.

5. Enable SNMP support to forward critical alerts to enterprise-grade monitoring systems like Zabbix or Nagios.

Scripting and Automation Capabilities

1. Write PowerShell or batch scripts to perform hardware-specific optimizations before miner launch, including GPU undervolting or PCIe lane configuration.

2. Attach pre-start and post-stop scripts to individual rigs or groups—for example, resetting GPU clocks after a crash or restarting network interfaces upon connectivity loss.

3. Leverage the built-in macro language to inject dynamic parameters into miner command lines, such as wallet addresses pulled from environment variables or worker names derived from MAC addresses.

4. Schedule recurring tasks like daily log rotation, firmware updates via MSI installer packages, or automated driver rollbacks if new versions cause instability.

5. Use the REST API to build custom web interfaces or integrate with Discord bots that report daily earnings summaries or thermal anomalies.

Frequently Asked Questions

Q: Does Awesome Miner support Linux-based mining rigs?A: No. Awesome Miner is designed exclusively for Windows hosts. Linux rigs must be managed remotely through compatible miners exposing HTTP APIs or SSH-triggered scripts.

Q: Can I control ASIC miners like Bitmain Antminers with Awesome Miner?A: Yes—via integration with Braiins OS+ or Hiveon ASIC firmware, which expose standardized JSON-RPC endpoints compatible with Awesome Miner’s device communication layer.

Q: Is there a limit to how many rigs Awesome Miner can manage simultaneously?A: The free version supports up to three rigs. The Professional license removes this restriction and enables unlimited rig management, advanced alerting, and multi-user access controls.

Q: How does Awesome Miner handle miner crashes during active mining sessions?A: It detects process termination via Windows service watchers and automatically restarts the miner binary, optionally executing recovery scripts before relaunching.