How to use Awesome Miner to manage your rigs?

Getting Started with Awesome Miner

1. Download and install Awesome Miner from the official website, ensuring compatibility with your operating system. The software supports both Windows and Linux environments, making it flexible for various mining setups.

2. Launch the application and configure the initial settings, including language preferences and interface layout. Users can choose between a simplified dashboard or an advanced view depending on their experience level.

3. Add your mining rigs by entering their IP addresses or hostnames. Awesome Miner supports direct connections via SSH or HTTP protocols, allowing remote access to miners running CGMiner, BFGMiner, or other compatible software.

4. Assign unique names to each rig for easier identification. This becomes crucial when managing multiple devices across different locations or networks.

5. Test connectivity to ensure that Awesome Miner can communicate with each rig. A successful connection enables real-time monitoring and control over mining operations.

Monitoring Performance and Efficiency

1. View live statistics such as hash rate, temperature, fan speed, and power consumption directly from the main dashboard. These metrics are updated in near real-time, providing accurate insights into each rig’s performance.

2. Set up custom alerts for abnormal conditions like overheating, sudden drops in hash rate, or unexpected shutdowns. Notifications can be delivered through pop-ups, email, or integrated messaging platforms.

3. Use the built-in graphing tools to analyze trends over time. Historical data allows users to evaluate the impact of configuration changes or environmental factors on mining output.

4. Compare efficiency across different rigs using the energy efficiency index, which calculates hash rate per watt. This metric is essential for optimizing electricity costs, especially in large-scale operations.

5. Export performance reports in CSV or PDF format for record-keeping or sharing with technical teams. Reports can include uptime, rejected shares, and total mined coins during a specified period.

Remote Control and Automation

1. Execute commands remotely such as restarting miners, switching pools, or adjusting overclocking profiles. This eliminates the need for physical access to each machine, saving time and effort.

2. Create automation rules based on predefined triggers. For example, if a rig exceeds a certain temperature threshold, the system can automatically reduce clock speeds or restart the miner.

3. Schedule routine maintenance tasks like rebooting rigs during low-network-fee periods or updating firmware across all devices simultaneously.

4. Integrate with external scripts written in PowerShell, Bash, or Python to extend functionality beyond native features. Script execution can be triggered by events or run on a timed basis.

5. Utilize API access to connect Awesome Miner with third-party monitoring systems or custom dashboards, enabling deeper integration within existing infrastructure.

Frequently Asked Questions

Can Awesome Miner manage ASIC devices?Yes, Awesome Miner supports popular ASIC models including Bitmain Antminers, MicroBT WhatsMiners, and others that expose standard APIs over HTTP. It retrieves stats and allows basic control functions such as rebooting and configuration updates.

Is there a mobile app for monitoring rigs?While there is no dedicated mobile application, Awesome Miner offers a responsive web interface accessible through smartphones and tablets. Users can monitor and manage their rigs from any device with a modern browser and internet connection.

Does Awesome Miner support GPU mining software?Absolutely. It integrates with GPU-based miners like PhoenixMiner, GMiner, and T-Rex, allowing centralized management of mixed-farm environments that include both GPUs and ASICs.

How secure is remote access to mining rigs?Awesome Miner uses encrypted communication channels (HTTPS, SSH) to protect data transmission. It also supports user authentication and role-based access control, ensuring only authorized personnel can modify critical settings.