Ventures

Co-Founder & Chief Technology Officer · Active

A Georgian manufacturer of fused-filament 3D printers, printing materials and applied-engineering services. I own the technical stack end to end: firmware, electronics, mechanical architecture, AI tooling and the internal software that turns engineering into production, costing and investor-facing strategy.

• Three production platforms: Starter at 220 × 220 × 300 mm, Advanced at 350 × 350 × 350 mm, and an Industrial cell at 1000 × 1000 × 1000 mm with extrusion to about 500 °C, Klipper-based control and remote monitoring.

• More than fifty machines manufactured to date, with capacity expanding continuously.

• In-house consumables developed from formulation to retail: recycled-PET filament and a line of bed adhesives and cleaners, at roughly 180 post-consumer PET bottles per kilogram of filament.

• A ten-person core engineering and operations team, supported by a distributed network of up to thirty specialists across several countries.

• Secured a 150,000 GEL grant from the Georgian Technology & Innovation Agency; currently leading an investment round — pitch deck, production-capacity model, unit economics and technical due-diligence pack.

Founder & Chief Executive Officer · Active

A business-automation company I founded. Versec designs and deploys practical automation systems for commercial clients — embedded devices, software, IoT integration and technical support. I am personally responsible for strategy, technical planning, delivery control, client relations and finances.

• Delivering three client automation projects in parallel as the company’s founding engineer and lead — requirements analysis, system architecture, build, deployment and ongoing support.

• Delivery capability built across embedded systems, software, AI, electronics, CAD and mechanical design, automation and sales.

• Owns commercial scoping, pricing, proposal writing and client-side technical communication.

Co-Founder & Chief Executive Officer · Active

An R&D company developing IoT and assistive-technology products. I lead strategy, product definition, engineering, delivery and institutional relations.

• Flagship product Vide — smart assistive glasses for blind and low-vision users, developed across embedded sensing, on-device computer vision, audio and haptic feedback, connectivity, firmware and enclosure design.

• Converts research prototypes into manufacturable products: mechanical and electronic design, component sourcing, software, test protocols and technical documentation.

• Manages distributed engineering teams and specialist freelancers; represents the company in grant applications, competitions and institutional partnerships.

Co-Owner & Product Manager · Active

A diagonal-axis wind turbine commercialised from grant-funded research. I own the roadmap from concept through prototype to pilot iteration.

• A product family spanning 100 W to 5 kW, including a portable variant, covering aerodynamic geometry, generator and gearbox selection, power conditioning and control firmware.

• Built on the patented conic wind wheel, utility model U 2022 2126 Y, with Nata Sulakvelidze listed among the inventors.

• In-house manufacturing including additive manufacturing of blades and structural components, with SolidWorks-based design iteration.

Co-Founder & Technical Lead · Active

A medical-device company developing Cardiostim, a wireless leadless cardiac pacemaker. I lead hardware and software prototyping across the device programme, from bench-level architecture through in-vivo testing.

• Designed and built multiple generations of hardware prototypes of the leadless stimulator: miniaturised electronics, power source and charging strategy, embedded firmware and telemetry.

• Secured two competitive grants from the Georgian Technology & Innovation Agency totalling 175,000 GEL.

Co-Founder · Closed

A medical-AI company I co-founded, building PulmoScan — an AI diagnostic system for lung pathology read from chest radiographs. It began during the COVID-19 pandemic, to support radiographic screening of pneumonia at a stage when PCR testing was not yet widely available. The company is no longer operating.

• Built the deep-learning pipeline for chest X-ray classification: dataset curation and annotation, model training and validation, and integration into a clinician-facing diagnostic workflow.

Co-Founder · Closed

A digital-health venture I co-founded, which built Cognee, an AI application supporting early diagnosis of autism spectrum disorder in children. The company has since closed and the application was discontinued.

• Took the product from concept to a live application with an initial cohort of one hundred users over two years of development; development paused pending funding.

• Owned UI/UX design for two distinct user groups — parents and healthcare professionals — with accessibility as a primary constraint.