Data Centers
In facilities where minutes of downtime cost hundreds of thousands of dollars, cable connection points shouldn't be a blind spot.
The Stakes
Data centers are among the most power-dependent facilities in the world. Industry surveys consistently show that unplanned downtime costs large enterprises upward of $300,000 per hour, with some high-criticality environments reporting losses exceeding $1 million per hour. Power failures — including issues with utility feeds and internal distribution — are consistently identified as a leading cause of data center outages.
As the global data center market grows (valued at over $240 billion in 2024 and projected to exceed $580 billion by 2032), facilities are deploying increasingly complex power distribution architectures. The cable connections within these systems — medium-voltage splices, terminations, and switchgear interfaces — are critical reliability points that are typically only assessed during scheduled maintenance windows.
Over half of major outages cost more than $100,000, and nearly one in five exceeded $1 million. In an industry where 90% of businesses target 99.99% or greater availability, unmonitored cable connection points represent an unnecessary risk.
Unplanned downtime costs for large enterprises, with some high-criticality environments exceeding $1 million per hour
Source: ITIC 2024Global data center market value in 2024, projected to exceed $580 billion by 2032
Source: Global Data Center HubNearly one in five major outages exceeded $1 million in losses
Source: Uptime Institute 2024How We Help
•Engineered for Tier III/IV concurrent maintainability
Clamp-on installation deploys without taking circuits offline — supporting the concurrent maintainability requirements that high-tier data center architectures are built around.
•Built to integrate with BMS and DCIM platforms
Designed to push condition data and alerts into the building management and data center infrastructure management systems your facilities team already operates from.
•Made for the rapid-build hyperscaler timeline
Engineered to deploy on existing or in-construction infrastructure without modification — fitting into the aggressive build schedules driven by AI and cloud demand.
•Continuous visibility for five-nines availability targets
Always-on monitoring of the medium-voltage splices and terminations that are typically only checked during scheduled maintenance — closing the gap that unmonitored connection points create.
Interested in exploring how continuous monitoring fits your data centers operations?
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Protecting onshore wind and utility-scale solar collection systems where cable connection failures drive unplanned outages and lost generation