Disaster Recovery Journal Spring 2025

Solutions such as battery energy stor age systems, microgrids, and renewable sources like wind, hydro, and solar help balance energy availability while reduc ing carbon footprints. These alternatives aren’t just more sustainable—they’re essential for enabling reliable, resilient, and available operations in resource restricted areas. New Maintenance Strategies Predictive maintenance is rapidly trans forming data center operations by prevent ing disruptions and optimizing efficiency. According to Strategic Market Research, the global predictive maintenance market, valued at $4.32 billion in 2021, is projected to grow at a compound annual growth rate of 29.98%, reaching $45.75 billion by 2030. This growth reflects the increasing adoption of analytics, AI, and machine learning in maintenance strategies. Modern predictive maintenance solu tions use real-time data to detect faults early, ensuring machinery operates at peak

efficiency while reducing downtime and operational costs. By leveraging these advanced technologies, companies can improve safety, optimize resources, and enhance operational resilience. Increased Focus on Cybersecurity A potential drawback—and benefit— of AI is its ability to analyze cybersecu rity processes. Ransomware attacks are becoming more widespread, with bad actors using AI tools to launch increas ingly sophisticated attacks. These threats often begin with AI-supported breaches of control systems, embedded devices, or connected hardware. The good news is that cybersecurity experts, network administrators, and data center operators have access to their own AI-driven security technologies to predict and prevent damaging attacks. A strong focus on IT security—including peripher als and critical digital infrastructure—is essential for business continuity.

Preparing for the Future Business continuity remains a top pri ority, requiring a proactive approach to resilience and efficiency. By adopting high-performance infrastructure designs, integrating energy-efficient solutions, implementing modern maintenance strate gies, and strengthening security measures, organizations can safeguard operations against evolving challenges while ensur ing long-term stability. v operations, technical training, safety engineering, and environmental compliance. Since joining Vertiv in 2000 as a field service engineer, Rapp has advanced through posi tions of increasing responsibility, including national tech support engineer, corporate technical trainer, facility safety engineer, and regional EHS director. Today, he drives sus tainability initiatives and aligns corporate values with global environmental and social responsibility efforts. His exper tise in business ethics, social economics, and sustainable practices supports Vertiv’s commitment to responsible business leadership. Dan Rapp is a leader in responsible busi ness and environmental affairs with a back ground in nuclear, mechanical, and electrical systems. With more than 30 years of experi ence, he has held key roles in nuclear power

22 DISASTER RECOVERY JOURNAL | SPRING 2025