CryptoBlox Maximizes Efficiency and Operational Control with Modular Data Centre, Powered by Lavrium's AI Capabilities

Vancouver, B.C, Aug. 01, 2023 (GLOBE NEWSWIRE) -- CryptoBlox Technologies Inc. (the “Company” or “CryptoBlox”) (CSE: BLOX), is pleased to announce the successful acquisition and implementation of a modular data centre (the “Data Centre” or the “Facility”) from True North Data Systems Ltd. (“TNDS”) by its wholly owned subsidiary, Red Water Acquisition Corp. (“Redwater”). The Data Centre has a capacity for up to 300 ASIC mining machines. This significant achievement underscores CryptoBlox's steadfast dedication to providing efficient and cost-effective solutions to the cryptocurrency mining industry. By working with Lavrium to harness the capabilities of Artificial Intelligence (AI) capabilities, CryptoBlox is positioned to revolutionize the technical and automation aspects of its modular Data Centre, opening doors to unprecedented advancements and exceptional opportunities for investors.

Through the integration of AI algorithms, the Data Centre expects the ability to optimize its operations significantly. By analyzing real-time data from power distribution units (PDUs) and connection ports, AI algorithms can efficiently allocate power, enhance network performance, and ensure a stable power supply for the computing systems, mitigating the risk of power failures and elevating the overall efficiency and reliability of Redwater’s Data Centre.

The development of Lavrium's AI technology is expected to be instrumental in optimizing network connectivity by analyzing data from the 50 connection ports. These algorithms will be designed to closely monitor network traffic, identify bottlenecks or congestion, and dynamically adjust network settings, ensuring seamless and efficient data transfers.

A standout feature of the facility is its advanced, automated WAGO-based control panel, incorporating a Human-Machine Interface (HMI) for HVAC parameters and building exhaust fan automation. With Variable Frequency Drive (VFD) technology and strategically placed sensors, the exhaust system efficiently monitors and controls internal temperatures at three different points within the building, ensuring optimal conditions and maximizing operational control.

To enhance performance further, the building's air intake louvers are heat traced, effectively preventing winter frost and air intake clogging. This meticulous design guarantees uninterrupted airflow, enabling optimal functioning. Heat Trace actuation is efficiently managed through the local building control panel, providing enhanced control and operational flexibility.