![]() This increases the reliability of the customer's critical environments and minimises the risk of downtime.ĭeveloped by Apleona, the “4P Critical Engineering Framework” is a structured risk management concept that has been designed for the operation and management of critical technical environments to guarantee maximum possible system reliability. With a management concept that is unique in the industry, Apleona has set itself the goal of identifying and eliminating potential causes of downtime in both the power supply infrastructure of its customers and within the operating processes. ![]() ![]() The top priority of FM in the heart of the data infrastructure is to ensure availability, fail-safe operation and efficiency, 24 hours a day, 365 days a year. What is needed, therefore, is a structured approach to responsible facility management in data centers, a concept that takes all these factors into account and assesses them in an integrated manner. This is a challenge not only for servers and data networks, but also for the infrastructure contained within this highly sensitive technology. Functioning data centers are urgently required as part of the basic infrastructure, especially in the financial services, manufacturing, logistics, trade, administration, education, R&D and service provision industries. In particular, companies whose day-to-day business relies heavily on the technical infrastructure cannot afford any downtime, not even of just a few seconds. Structured risk management concept for critical technical environmentsīanks, hospitals, airlines, administrative bodies, universities, online services – the list of companies that rely on smoothly functioning data centers is never-ending. ![]() The reason? A power failure in a major German data center. Germany's leading news site is offline, and a public service radio station in the south west of the country cannot publish any up-to-date weather news on its website because the partner who supplies this data is also offline.
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