Platform
Our platform starts as software. Vision-enhancement tools designed to amplify a practitioner's own skill at the treatment site — with autonomous robotic assistance in development as the next chapter.
Vision-enhancement software for the treatment site
Electrolysis is exacting, close work. Each follicle is treated by hand, one at a time, at the tip of a fine probe — hours of sustained focus on detail that is hard to resolve by eye. Our near-term product is software built for exactly that moment: computer-vision tools designed to bring the treatment field into clearer, magnified, better-lit view, so more of a practitioner’s attention can go to the work itself.
The approach is a precision-dermatology view of the skin. We’re developing computer-vision models intended to help resolve fine structure at the treatment site and present it in a way that’s easier to work with over a long session. It runs alongside the practitioner — it does not make treatment decisions for them.
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Vision-enhancement designed to bring fine detail at the treatment site into clearer, magnified, better-lit view — so what's hard to resolve by eye is easier to work with.
Work steadier
Tools intended to reduce the visual and physical fatigue of long sessions, aiming to help practitioners hold precision and comfort deeper into the day.
Amplify skill
By making each hour of skilled work go further, the software is designed to help one practitioner serve more patients — without asking them to lower their standards.
Everything above describes design intent for software in active development. It’s built to augment the electrologist, never to replace their judgment.
Autonomous robotic assistance
The same computer-vision foundation points toward a longer-term goal: robotic assistance that can take on the most repetitive parts of treatment under a practitioner’s direction. It’s the follow-on to the software — a co-equal part of where the platform is headed, not a replacement for the electrologist.
We’re building toward it now. Our work here is patent-pending, and we have a working prototype with an MVP in progress. This is forward-looking, early-stage engineering: the aim is a system designed to keep the practitioner in control at every step, extending their reach rather than standing in for their hands.
Practitioner-directed
Designed so the electrologist stays in control — setting the plan, supervising the work, and stepping in at any point. Autonomy is in service of the practitioner, not a substitute for them.
Vision-native
Built on the same precision-dermatology computer vision as the software layer, so the roadmap is a continuation of what we're developing today — not a separate bet.
Patent-pending. Working prototype. MVP in progress. In development.
A precision-dermatology vision
Taken together, the platform is one idea expressed in two stages: give a skilled practitioner a clearer, steadier view of the skin, then, over time, hardware that can share the most repetitive load under their direction. Software first, robotics on the roadmap — both designed around the same goal of helping electrologists treat more patients, better.