WeDaVinci GmbH

Veriva is the first independent verification platform and critical travel magazine for regenerative hospitality. We connect editorial journalism, a scientifically validated four-dimensional rating standard, and machine-readable data infrastructure — so that properties doing genuine regenerative work become visible on the booking platforms where the next generation of conscious travelers search and book. The problem: Thousands of independent boutique hotels worldwide are doing extraordinary regenerative work: they restore ecosystems, anchor local communities, preserve cultural continuity. Yet they remain invisible to travelers and are not verifiable on OTA platforms because no accessible, credible standard exists for them. Existing certification systems are too expensive, too bureaucratic, or simply not designed for what regeneration really means. Veriva solves this with three interconnected products: an independent editorial magazine that tells honest stories about these places; a Compass rating standard developed with Prof. Willy Legrand and based on the Regenerative Hospitality Canvas from EHL Lausanne; and a JSON-LD data profile for each rated property, compatible with the Travalyst Data Hub and designed to make verified regenerative properties visible on Booking.com, Expedia, and Airbnb. Think Michelin Guide meets GSTC — built for the regenerative era and the regulatory moment that EmpCo creates.

The 2n8life GmbH develops a user-friendly system for measuring nocturnal erections including an app for visualizing the results. A textile cuff is worn overnight by the man. It measures erections and sends them via Bluetooth to the smartphone. In the app, the user sees his results in the context of the comparison group. The main applications are differential diagnostics for erectile dysfunction (organic or psychological causes) and use as a digital biomarker for cardiovascular diseases.

Airgonomics is an AI-based solution for analyzing physical strain at industrial workplaces. Using camera-based motion capture, we identify ergonomic risks such as repetitive movements, poor posture, and high physical strain in real working environments. This helps companies in manufacturing and logistics reduce musculoskeletal disorders, improve workplaces strategically, and implement ergonomics in a scalable, data-driven, and practical manner. Our approach creates greater transparency around actual strain situations in everyday work and enables improvements to be made where they have the greatest impact on health, work ability, and workplace quality.