In an era where artificial intelligence and digital transformation are reshaping global industries, the demand for robust and sustainable data center infrastructure has never been more critical, especially in regions poised for technological leaps like the Middle East. Saudi Arabia’s ambitious Neom City project stands as a testament to this shift, with its industrial hub, Oxagon, emerging as a focal
Imagine a world where AI systems can generate complex software code with millions of tokens or create high-quality video content in mere seconds, all while slashing energy costs for massive data centers. This is no longer a distant vision but a tangible reality with Nvidia’s latest innovation in the AI inference space. The Rubin CPX GPU, integrated into the Vera
In an era where digital infrastructure underpins nearly every facet of business and daily life, data centers have emerged as critical assets, silently fueling everything from cloud services to e-commerce platforms. Yet, a striking statistic raises eyebrows: while a single hyperscale data center can cost billions to build, it often employs fewer than 50 permanent staff once operational. This disparity
I’m thrilled to sit down with Dominic Jainy, a seasoned IT professional whose deep knowledge of artificial intelligence, machine learning, and blockchain extends to a keen understanding of how emerging technologies intersect with sustainability in industries like data centers. Today, we’re diving into the Singapore government’s groundbreaking SS 715:2025 standard for data center energy efficiency, exploring its implications for operators,
What if the relentless energy hunger of data centers could be tamed with a single, groundbreaking solution, transforming the digital backbone of society from a resource-draining giant into an efficient, planet-friendly system? Picture a world where technology no longer consumes resources at an alarming rate but operates with care for the environment. Asperitas, a Dutch innovator in immersion cooling technology,
Did you know that data centers worldwide consume nearly 1% of global electricity, with cooling systems alone accounting for up to 40% of that energy demand? This staggering statistic underscores a critical challenge in the tech-driven erbalancing the exponential growth of computational needs with environmental sustainability. As climate concerns intensify alongside rising energy costs, the urgency for innovative solutions has
What happens when the backbone of artificial intelligence—data centers—can’t keep up with the technology’s explosive growth? As AI reshapes industries with generative models and real-time analytics, a staggering 60% of companies report delays in deployment due to infrastructure shortages, according to recent industry surveys. This crisis of capacity has set the stage for a bold new player: Greenlight Data Centers,
Imagine a world where a single nation, long reliant on foreign tech giants for cutting-edge hardware, suddenly unveils a breakthrough that could rival global leaders in artificial intelligence. This is the reality unfolding in China today, as the country introduces its 5nm AI chip technology through the innovative Fuxi GPU series. This development signals a seismic shift in the semiconductor
Smartphone enthusiasts are buzzing with anticipation as leaked renders of a highly awaited device surface, promising a blend of familiarity and subtle innovation that could redefine the mid-range market. Picture a gadget that fits seamlessly into daily life while packing just enough upgrades to keep tech-savvy users intrigued. The Samsung Galaxy S25 FE, the latest in the Fan Edition lineup,
Imagine a nation on the brink of a digital revolution, where the demand for data storage and cloud computing is skyrocketing, yet the infrastructure to support this growth lags behind. Brazil, with its burgeoning tech ecosystem, faces this very challenge, and with DataSpots, a key player in data center land development, committing a staggering $2.74 billion (15 billion reais) to
In 2025, the data center industry stands at a critical juncture, grappling with an unprecedented surge in energy demands while facing intense pressure to meet stringent environmental standards. Imagine a world where the digital backbone supporting everything from cloud computing to artificial intelligence consumes more power than entire cities, yet must shrink its carbon footprint to near zero. This paradox
Imagine a financial giant managing billions of data points daily, striving to keep pace with the relentless speed of digital innovation while slashing operational costs and environmental impact. This is the reality for Equifax, a titan in the credit reporting industry, as it undergoes a sweeping shift to a cloud-first infrastructure. Headquartered in Atlanta, Georgia, the company has embarked on
