Michael Wilson, Author at Nlyte

Why Software-Defined Power for Edge Is a Game Changer

Why Software-Defined Power for Edge Is a Game Changer As edge computing continues to expand, the need for smarter, more adaptive infrastructure becomes increasingly critical. One of the most transformative innovations in this space is Software-Defined... Read More

Published July 11, 2025,

by Michael Wilson

Software-Defined Power (SDP) is a transformative technology that is particularly well-suited to the dynamic and automated nature of edge computing. Defined by the Uptime Institute as a layer of abstraction that makes it easier to continuously match power resources with changing data center needs, SDP moves power management from a static, hardware-based function to a dynamic, software-controlled one.

Edge PUE Optimization for Energy Efficiency

Edge PUE Optimization for Energy Efficiency As edge computing continues to expand, energy efficiency is becoming a top priority for operators managing distributed infrastructure. One of the most widely used metrics for evaluating energy performance... Read More

Published July 11, 2025,

by Michael Wilson

s edge computing continues to expand, energy efficiency is becoming a top priority for operators managing distributed infrastructure. One of the most widely used metrics for evaluating energy performance in data centers is Power Usage Effectiveness (PUE). But when it comes to small, modular, and often unmanned edge sites, traditional PUE measurement methods can fall short. That’s where edge PUE optimization comes into play.

Edge Power Management for High-Density Sites

Edge Power Management for High-Density, Unattended Sites As edge computing continues to expand, the infrastructure supporting it must evolve to meet new challenges. Among the most critical of these is power. For high-density, unmanned edge... Read More

Published July 11, 2025,

by Michael Wilson

For any mission-critical facility, a constant and reliable source of power is the most fundamental requirement. For unmanned edge data centers, where there is no on-site staff to respond to a utility outage, a robust and automated power redundancy strategy is not just a best practice—it is an absolute necessity. The design must ensure continuous operation through any foreseeable power disruption.

Achieving Edge Data Center Uptime with Resiliency

Achieving Edge Data Center Uptime with Resiliency As edge computing becomes a cornerstone of digital infrastructure, ensuring high availability across a distributed network of edge data centers is more critical than ever. These facilities often... Read More

Published July 11, 2025,

by Michael Wilson

Ensuring high availability for a distributed fleet of unmanned sites requires a sophisticated approach to resiliency. The Uptime Institute's Tier Classification System (Tier I-IV) provides the industry-standard framework for assessing the fault tolerance and availability of a data center's infrastructure. While building a single, highly redundant Tier IV edge site is possible, it can be cost-prohibitive at scale.

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Achieving Edge Data Center Uptime with Resiliency

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