Standard Cyborg
Winter 2015InactiveBuid, test and deploy perception applications
Buid, test and deploy perception applications
If you only have a few minutes to spare, here’s what investors, operators, and founders should know about Standard Cyborg (W15).
Standard Cyborg found real value in a narrow, unglamorous vertical — 3D scanning for prosthetics — while also chasing a broad "platform for 3D data" vision, and the vertical is what ultimately mattered. Founded in 2015 by Jeff Huber and Garrett Spiegel, the Y Combinator company built software to capture, design, and manufacture custom-fit products from 3D scans, used for prosthetics, orthotics, custom helmets, and facemasks.[3] Its Design Studio let practitioners scan a body part and design a precisely fitted device for 3D printing, modernizing a field that still relied on hand-casting plaster.[5]
In May 2020, Össur — a global prosthetics and orthotics leader — acquired Standard Cyborg's scanning and design technology, bringing the P&O-specific software in-house.[1] The company's broader ambition to be a horizontal platform for interacting with 3D data didn't become a standalone business, but its deep vertical work was valuable enough for a domain incumbent to buy. Fittingly, Jeff Huber went on to found Chroma, a leading AI-infrastructure company — another case of a capital-efficient first company launching a much larger second act.
Jeff Huber and Garrett Spiegel founded Standard Cyborg in 2015 and took it through Y Combinator's Winter 2015 batch.[8] The founding wedge was specific and compelling: prosthetics and orthotics are custom-fit products still made largely by hand, with a prosthetist casting a patient's residual limb in plaster and shaping a socket manually — a slow, artisanal, inconsistent process. 3D scanning, digital design, and 3D printing could modernize the entire workflow, making custom devices faster to produce and more precisely fitted.[5]
Standard Cyborg built exactly this: software to capture a 3D scan of a body part and design a custom device around it, partnering with manufacturers like TriFusion Devices to 3D-print the results.[4] Alongside this vertical focus, the company also articulated a broader vision — a complete platform for interacting with 3D data, an SDK to power 3D scanning and perception applications far beyond prosthetics, riding the arrival of depth sensors in consumer devices.[6] That dual identity — a deep vertical tool and a horizontal 3D platform — defined both the company's ambition and its eventual outcome.
Standard Cyborg's core product was software to turn a 3D scan into a manufacturable custom-fit device. A practitioner captured a scan — using depth sensors, including those newly available on consumer devices — and the software let them design a precisely fitted product (a prosthetic socket, an orthotic, a custom helmet) that could then be 3D-printed.[5] Design Studio was a verticalized 3D solution used globally for exactly these custom products.[3]
The company also built toward a horizontal 3D-data platform — an SDK and tools for developers to build 3D scanning and perception applications, betting that 3D capture would become ubiquitous as depth cameras spread to phones and tablets.[6] These two directions had very different competitive dynamics. The vertical prosthetics workflow was deep, defensible, and tied to a specific industry's real pain; the horizontal platform was exposed to the device makers — especially Apple, whose ARKit and TrueDepth/LiDAR increasingly provided 3D scanning capabilities natively — and lacked a single large market to anchor it in that era.
Standard Cyborg's clearest customers were prosthetics and orthotics practitioners and manufacturers seeking to digitize custom-device production — a real, underserved, high-value niche.
Read the complete post-mortem, the rebuild playbook, and the exact reasons Standard Cyborg is still worth studying now.