Why We Build Medical Software

Most software is allowed to fail a little. A page loads slowly, a draft doesn't save, a number is off by one and gets corrected next release. Medical imaging software doesn't get that grace — and honestly, that's a large part of why we're drawn to it.

The work forces you to be good

When a clinician is reading a scan to plan treatment, "mostly right" and "usually fast" aren't acceptable. The image has to be correct, the interaction has to be immediate, and the tool has to behave the same way every single time. There's nowhere to hide sloppy engineering. That constant pressure — correctness first, performance as a clinical requirement, security as a baseline — makes the whole team sharper, and that sharpness carries into everything else we build.

This is a real specialty for us, not a side quest

Over the years the medical work has grown into a proper line of its own:

• GalaxyMed — an AI-powered dental imaging workstation: full CBCT volumes, Curved MPR reconstruction along the dental arch, automatic segmentation and implant planning, in the browser and on the desktop.
• RADIMAGES — software for diagnostic radiology, with an in-house rendering engine and integration into the hospital stack (PACS, RIS, HL7).
• A clinic management platform that runs records, imaging, scheduling and CRM as one system, deployed across six countries.
• Imaging work spanning DICOM, CBCT, MRI and CT.

You don't accumulate that by accident. It's a deliberate focus, and it's the area we're proudest of.

Our European base in Düsseldorf

The studio is primarily based in Tel Aviv, and that's home. Our presence in Düsseldorf is our European division, set up first and foremost to work with medical projects — close to the clinics, standards and partners this kind of software has to answer to. It keeps the medical work grounded in the reality it serves.

Why this matters even if you're not in healthcare

Here's the part that's easy to miss: the discipline medical software demands — reliability, security, real performance, and code that stays maintainable years after launch — is exactly what every other project benefits from. A team used to building software people depend on doesn't suddenly get careless when the stakes are lower. It just builds things that keep working.

That's the reason we keep choosing the hard, high-stakes problems. They make us the kind of studio you'd want on the easy ones too. If you're building something where correctness isn't optional, we'd like to hear about it.