Breakthrough ‘Obliterates’ The World Record For Calculating Pi : ScienceAlert

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StorageReview Shatters Pi World Record with 314 Trillion Digits on Single Server

In a stunning display of computational efficiency that’s making waves across the tech world, StorageReview has achieved what many thought impossible: calculating π (pi) to an unprecedented 314 trillion decimal places using just a single Dell PowerEdge R7725 server.

The achievement, announced in December 2025, doesn’t just break the previous record—it obliterates it. While NASA’s Jet Propulsion Laboratory only requires about 37 decimal places to calculate the circumference of the observable universe to within the width of a hydrogen atom, StorageReview pushed the boundaries to a staggering 314,000,000,000,000 digits.

“What makes this truly remarkable isn’t just the raw number,” explains Kevin O’Brien, StorageReview’s lab director. “We’re the only large-scale pi world-record run without a second of downtime. Nothing comes close to our run in terms of performance, power consumption, and most impressively, reliability.”

The calculation ran continuously for approximately 110 days, consuming 34 of the server’s 40 high-capacity NVMe solid-state drives. The specialized number-crunching software y-cruncher handled the massive computational workload, pushing the dual AMD EPYC processors to their limits.

What’s particularly impressive about this feat is the efficiency achieved. Unlike the 300-trillion-digit record set by Linus Media Group and Kioxia in May 2025, which required massive cloud computing resources and distributed clusters, StorageReview accomplished this on a single server. The configuration connected NVMe drives directly to processors via high-speed PCIe lanes, minimizing bottlenecks when enormous files were written and read during the calculation.

This approach significantly reduces the power and cooling costs associated with large shared-storage systems. While the previous record holder consumed substantially more power, StorageReview’s lean configuration demonstrates that efficiency can triumph over brute force.

The race to calculate π to ever-increasing precision has been running for over 15 years, starting with a 5-trillion-digit calculation in 2010. The competition has been both heated and friendly, with many attempts deliberately incorporating nods to π itself—a number often abbreviated as 3.14.

In 2019, Google’s Emma Haruka Iwao calculated 31.4 trillion digits, then in 2021, scientists at the University of Applied Sciences of the Grisons pushed it to 62.8 trillion decimal places. Since then, efforts have focused more on hitting higher numbers than making those numbers thematically apropos.

At this scale, calculating π becomes less about the mathematics and more about managing extraordinary amounts of data. Computing hundreds of trillions of digits generates vast temporary datasets, meaning the speed and capacity of the storage system can become the limiting factor rather than the processors themselves.

The achievement has significant implications for enterprise IT and data storage. By demonstrating that a single server can handle such an enormous computational task efficiently, StorageReview is challenging conventional wisdom about what’s possible with modern hardware.

“We would like to see someone take the whole thing: more digits, less power, shorter wall time, and the same zero-downtime reliability,” O’Brien challenged. “Until then, this is the benchmark for efficiency.”

The next π record may not be long coming—given the shrinking time between records, we could see another milestone within months. But StorageReview has thrown down a sizeable gauntlet, combining the elegance of mathematics with the raw power of modern computing in a way that’s capturing imaginations across the tech community.

As we celebrate Pi Day, this achievement reminds us that even in an age of practical computing, there’s still value in pushing the boundaries of what’s possible—sometimes for no reason other than because we can.

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