“ ADVANCED
MONITORING TECHNOLOGIES PROVE INVALUABLE IN ENHANCING ENERGY EFFICIENCY , BOLSTERING SECURITY MEASURES AND REDUCING THE ENVIRONMENTAL FOOTPRINT OF DATA CENTRES . hurdle encountered by facility managers is maintaining temperature uniformity across the facility , ensuring the absence of hotspots or excessive cooling so it ’ s as energy efficient as possible .
T H E E D G E
Martin Hodgson , Regional Sales Manager Northern Europe , Paessler AG
Employing air conditioning serves as a viable remedy for this concern , even though it comes with a significant cost , it remains an indispensable one . The true
“ ADVANCED
MONITORING TECHNOLOGIES PROVE INVALUABLE IN ENHANCING ENERGY EFFICIENCY , BOLSTERING SECURITY MEASURES AND REDUCING THE ENVIRONMENTAL FOOTPRINT OF DATA CENTRES . hurdle encountered by facility managers is maintaining temperature uniformity across the facility , ensuring the absence of hotspots or excessive cooling so it ’ s as energy efficient as possible .
Safeguarding power supply reliability
Energy supply and energy usage stand as key concerns in the functioning of data centres . Primarily , ensuring a constant and reliable power supply for both IT equipment and facility operations is of utmost importance . Disruptions in power supply results in extensive downtimes , violations of Service Level Agreements ( SLAs ) and the accrual of substantial expenses .
As a countermeasure to potential power interruptions , data centres often incorporate dual emergency systems such as an Uninterruptible Power Supply ( UPS ) is usually provided by batterypowered devices that can bridge short local power failures or compensate for local voltage fluctuations or Standby Power Systems ( SPS ), also known as Emergency Power Systems , often consist of generators . They take over the power supply in the event of normal power loss .
To monitor the environment effectively , organisations need a tool that can bring in data from IIoT ( Industrial Internet of Things ) sensors , OT systems and traditional IT components using several common protocols . This data can then be displayed in a single place , making it easy to identify potential problems and take corrective action before they cause an outage or other disruption .
Merely safeguarding computers and equipment falls short of rendering data centres resilient against physical as well as online risks . To enhance efficiency , the integration of cybersecurity software and infrastructure is important to avert data breaches . IT managers must ensure a fortified defence around the data , with the adoption of a company-wide Zero Trust approach considered among the few effective strategies to curtail data breaches . This framework acknowledges that trust can be exploited , prompting the arrangement of IT systems in a manner where access to specific data is exclusively granted on an individual basis .
As organisations increasingly recognise the importance of environmental awareness , the role of data centre monitoring when it comes to implementing sustainable practices comes to the forefront . This is all very well but navigating the comprehensive landscape of a data centre often leads to a sense of overwhelm among its managers , particularly when data is dispersed among various teams and presented in diverse formats .
In the pursuit of sustainable practices , companies ought to consider adopting solutions that not only safeguard uninterrupted operations but also shield the data centre from digital threats . By channelling all monitored data into a centralised system , IT managers and facility managers can redirect their focus toward broader business objectives . By integrating real-time monitoring , energy efficiency measures and robust security protocols , data centres can lead the charge towards a greener and more sustainable digital future . �
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