Sep 2, 2025

Data centers have long been the backbone of business operations, powering everything from internal systems to customer-facing apps. However, with rising data demands, ageing infrastructure, and growing pressure to cut emissions, the traditional data center model is reaching its limits. Enter cloud computing. In addition to its potential to support high-performance compute (HPC) demands, the cloud is increasingly central to how organizations are rethinking their data center strategies, not just to save money, but to operate more flexibly and sustainably. Cloud integration: Cutting costs and complexity Operating a traditional on-premises data center is expensive. Businesses must pay for hardware, cooling, real estate, maintenance, and skilled staff. And these premises are often sized for peak demand, which means a significant percentage of server capacity often goes unused. Cloud computing offers an alternative. By integrating cloud services with existing data center operations, businesses can scale up or down as needed, paying only for what they use. To fully unlock these cost benefits, businesses must adopt FinOps practices: the discipline of bringing engineering, finance, and operations together to optimize cloud spending. Without it, cloud costs can quickly spiral, especially in hybrid environments. But, with FinOps, organizations can forecast demand more accurately, optimise usage, and ensure every pound spent delivers value. The Energy & Sustainability Supplement Towards a greener future 02 May 2025 Sustainability: The other cloud advantage While cost efficiency is a powerful motivator, sustainability has become an equally urgent priority. Data centers are major energy consumers; in fact, the International Energy Agency (IEA) found that data centers and data transmission networks account for an estimated one to 1.5 percent of global electricity use. Cooling systems alone can represent nearly 40 percent of that. And demand is only growing. The IEA projects that electricity use from data centers could more than double by 2030, reaching around 945 terawatt-hours (TWh). That's more than the entire electricity consumption of Japan today. Cloud providers, especially hyperscalers like AWS, Microsoft Azure, and Google Cloud, are leading the charge in sustainable innovation. They're investing heavily in green infrastructure, renewable energy, efficient cooling, and low-power hardware. By offloading energy-intensive workloads to the cloud, companies can reduce the load on their on-premises facilities, cutting local power consumption and cooling demands. That means fewer emissions, longer hardware lifespans, and less electronic waste. Cloud platforms make it easier to use computing resources more efficiently. Even though the infrastructure stays online, hyperscalers can spread workloads across many customers, keeping their hardware busier and more productive. The advantage is that hyperscalers can distribute workloads across multiple customers and manage capacity at a large scale, allowing them to power down hardware when it's not in use. Compared to traditional data centers that often-run underused servers around the clock, this shared model leads to better energy efficiency overall. Cloud and AI: Optimizing data center performance The combination of cloud computing and artificial intelligence (AI) is further reshaping data center operations. AI can analyse energy usage, detect inefficiencies, and recommend real-time adjustments. But running these models on-premises can be resource-intensive. Cloud-based AI services offer a more efficient alternative. Take Google, for instance. By applying AI to its data center cooling systems, it cut energy use by up to 40 percent. Other organizations can tap into similar tools via the cloud to monitor temperature, humidity, and workload patterns and automatically adjust cooling, load balancing, and power distribution. The result? Smarter operations, lower costs, and a smaller environmental footprint. Key considerations for cloud-enabled data center transformation Of course, moving to the cloud doesn't happen overnight. Migration takes planning, investment, and long-term change management. So, what must businesses consider as they begin their cloud transformation journey? Start small and strategic. Focus on non-sensitive workloads, such as backups, disaster recovery, or new workloads such as AI analytics. These quicker wins can help build momentum for broader transformation. Make the most of the resources available to you. Many cloud providers offer incentives like migration credits, discounted pricing, and advisory support to ease the transition. And don't forget FinOps. Cloud integration isn't a one-off project; it's an ongoing process that requires continuous monitoring and collaboration across teams to stay on track. A hybrid future The future of data centers isn't 100 percent cloud or 100 percent on-premises: it's hybrid. Cloud computing gives organizations the flexibility to scale, the tools to optimise, and the opportunity to operate more sustainably. By combining cloud technologies with strong financial governance and a focus on sustainability, businesses can turn their data centers from static cost centers into agile, efficient, climate-conscious assets. It's not just about saving money, it's about building a smarter, greener digital future. Subscribe to The Cloud & Hybrid Channel for regular news round-ups, market reports, and more. 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