The AMS BiXBiT for a major mining hosting provider: remote equipment management, initial integration stage reduction of hashrate losses to 2.1%, automation and acceleration of processes.
One of the leading hosts in East Africa, located in Ethiopia, had long faced serious challenges: extreme heat, equipment overheating, and constantly rising electricity bills.
All of this threatened the efficiency of a data center operating over 11,000 ASIC miners (mainly Antminer S19jXP, Antminer S21, Whatsminer M50S++, Whatsminer M50, Whatsminer M66S).
The team encountered a series of issues that caused hashrate losses reaching 4-6%, resulting in significant financial losses for the hosting provider with over 40 MW of power capacity. Due to this, the operator’s team even developed their own monitoring system to track ASIC device performance, but it failed to deliver the expected results due to multiple malfunctions.
Under these conditions, it became clear that what was needed was not just a monitoring system but a reliable assistant providing full control and real-time peace of mind. Our team proposed their solution—the AMS BiXBiT monitoring system.
AMS BiXBiT is a solution that has already proven its effectiveness in the market, providing tools for remote control and rapid incident response. The software is compatible with WhatsMiner and AntMiner ASICs, integrates with custom and factory firmware, as well as with BiXBiT cooling systems, which is especially important for large players.
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After quick negotiations and consultations with our experts, the hosting provider began implementing the monitoring system at their data center. It all started with the rapid adaptation of the team to the new management system and training on how to work with AMS. Already in the first days, the company noted a swift transition from reactive to proactive control. The operator now not only resolves incidents but prevents them.
The new management culture ensured uninterrupted equipment operation and confidence in the transparency of all processes. The hosting management highlighted that they found especially useful the function of role distribution within the system, which initially wasn’t emphasized. Automatic ticket creation for malfunctions/failures and sending them to executors based on roles elevated the work to a new level. Engineers also noted that the automatic switch to a lower operation mode during overheating played a significant role.
Over 8 weeks, the mining hosting in Ethiopia achieved the following results:
Because the system operates 24/7 and automatically monitors miner status, operators receive timely notifications about failures within their service areas.
This reduced response time to 10–15 minutes. Downtime was cut drastically. The team can remotely control equipment, quickly restart miners, change operating modes, configure devices and mining pools, and when physical intervention is needed, they immediately understand the problem to be solved. Engineers see equipment status in real time and promptly fix issues.
Hashrate loss was reduced to 2.1% already at the initial integration stage. Thanks to process transparency, the operator manages the data center much more efficiently and saves tens of thousands of dollars every month.This experience from our partner once again confirms that BiXBiT is confidently taking a leading technological position in the mining industry, particularly thanks to AMS. This and other company solutions set new standards for professional data centers and mining companies, with clients worldwide confirming these results.
This experience from our partner once again confirms that BiXBiT is confidently taking a leading technological position in the mining industry, particularly thanks to AMS. This and other company solutions set new standards for professional data centers and mining companies, with clients worldwide confirming these results.
