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The latest news, press releases, blogs, and demos
Vibe Coding Is Not an Enterprise Strategy. Here's What Is
Vibe coding ships demos fast. It doesn't ship enterprise software. Half of AI projects never reach production — not because the models fail, but because of decisions made (or skipped) in week one. Here's what actually separates prototypes from production.
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How We Built CaseBench — A Digital Dentistry Workflow Platform Built for the Whole Case Lifecycle
The technology behind modern orthodontics is impressive. The infrastructure connecting it all is still WhatsApp and unlabelled STL files. Here's how we built CaseBench — a digital dentistry workflow platform architected around the case as the primary unit of work.
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How We're Engineering the AI Brain Behind MeasureAI
Most software that claims to automate construction takeoffs is a better-looking spreadsheet with an OCR layer on top. You upload a PDF, it reads some numbers, you spend the next hour fixing what it missed. That's not AI construction takeoff software. That's digitized manual work.
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10,000 year glass storage 5 terabits in smaller than a phone
Abstract Long-term preservation of digital information is vital for safeguarding the knowledge of humanity for future generations. Existing archival storage solutions, such as magnetic tapes and hard disk drives, suffer from limited media lifespans that render them unsuitable for long-term data retention1,2,3. Optical storage approaches, particularly laser writing in robust media such as glass, have emerged as promising alternatives with the potential for increased longevity. Previous work4,5,6,7,8,9,10,11,12,13,14,15,16 has predominantly optimized individual aspects such as data density but has not demonstrated an end-to-end system, including writing, storing and retrieving information. Here we report an optical archival storage technology based on femtosecond laser direct writing in glass that addresses the practical demands of archival storage, which we call Silica. We achieve a data density of 1.59 Gbit mm−3 in 301 layers for a capacity of 4.8 TB in a 120 mm square, 2 mm thick piece of glass. The demonstrated write regimes enable a write throughput of 25.6 Mbit s−1 per beam, limited by the laser repetition rate, with an energy efficiency of 10.1 nJ per bit. Moreover, we extend the storage ability to borosilicate glass, offering a lower-cost medium and reduced writing and reading complexity. Accelerated ageing tests on written voxels in borosilicate suggest data lifetimes exceeding 10,000 years.
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