Yekaterina Emrikh.
Beauty-tech innovator and founder of Emrikh K Technologies Inc. — reimagining the daily beauty routine as an intelligent, personalized experience.
Observing generations of women surrounded by brushes, bottles, and palettes — recreating looks that change from one day to the next — she asked whether intelligence and precision engineering could replace the guesswork. AiNova is her answer: a robotic airbrush system that understands the individual face and applies makeup with a consistency no manual routine can match.
Under her leadership, the program is built openly — with development phases and progress published for customers, partners, and press to verify.
Beauty,
reimagined.
Beauty has always been personal — but achieving it has never been simple.
Drawn before it was built.
Long before a single component is machined, AiNova exists as a conversation between an industrial designer and a makeup artist — form and function negotiated line by line.
The process is deliberately slow. A device meant to live on a vanity and touch a face every morning cannot look like an appliance. It has to feel like an object you chose to keep — quiet, precise, and worth the space it takes.
The sketch
Every form begins by hand — drawn, redrawn, and questioned until the silhouette earns its place on the vanity.
The model
Sketches become precise CAD surfaces, then physical prototypes held, weighed, and refined against the face.
The ritual
Design is judged by the experience: how it feels in the hand, how it reads the skin, how it disappears into the routine.
Engineered, not assembled.
Every AiNova is built around a single conviction: a device this intimate must be held to the standard of a surgical instrument, not a consumer gadget.
Components are machined to micron tolerances, then hand-finished and calibrated in sequence. The atomizer, the stereoscopic sensors, and the cosmetic cartridges are developed as one platform — so the hardware and the makeup it applies evolve together, never in isolation.
Micron tolerance
Machined and measured to a precision normally reserved for medical instruments.
One platform
Device and cosmetics engineered together from the first sketch — never married after.
Hand-finished
Each unit is individually calibrated and inspected before it leaves the atelier.
We began with a question.
For generations, women have stood in front of mirrors surrounded by brushes, bottles, palettes, and powders, trying to recreate results that professionals make look effortless. It takes time, skill, steady hands, and countless products — and even then, the outcome can change from one day to the next.
AiNova was born from a bold question: what if professional makeup didn't depend on professional skills?
Created by beauty-tech innovator Yekaterina Emrikh, AiNova reimagines the daily beauty routine as an intelligent, personalized experience — designed to understand the individual face and apply makeup with precision.
“Your face, your chosen look, and technology that knows how to bring them together.”
Three convictions, held absolutely.
Technology reveals individuality
AiNova does not replace individuality — it reveals it. Every face remains unmistakably its own, simply enhanced with greater speed, consistency, and confidence.
Beauty made accessible
Created for busy women, beauty lovers, people with limited mobility or unsteady hands, and anyone who has ever felt excluded by the skill, time, or complexity traditional makeup demands.
A new category
AiNova is not simply another beauty device. It is the beginning of a new category — where artificial intelligence, precision engineering, and the art of makeup come together.
A new relationship.
No crowded countertop. No uneven contour. No guessing where blush belongs. No spending an hour trying to make both sides match.
The vision extends far beyond convenience — because looking polished should not be a talent reserved for professionals. It should be accessible. Personal. Effortless.
Your face. Your style. Your beauty — intelligently realized.
AiNova. The future of beauty, made personal.
