ingenovo GmbH

Organizational knowledge today is fragmented: distributed across files, tools, and minds – without shared context. Strategies are created, but their execution falls apart in manual handoffs, copy-paste, and isolated systems. demi is an AI-powered knowledge & commercial operating system for industrial SMEs. It builds a Digital Company Twin as a semantic single source of truth: a living model of products, target markets, customer roles, assets, processes, and market and competitive intelligence. This twin serves as the foundation not only to collect knowledge, but to continuously generate and reuse strategies and results from it. Based on the twin, demi generates go-to-market strategies, market and competitive analyses, campaigns, social content, and structured lead and contact lists through to CRM-ready datasets and integrations into existing systems. All outputs are versioned in the twin, remain traceable, current, and reusable – instead of disappearing in individual documents after a short time. At demi, AI is not a copilot, but a controllable agent: with roles, rights, and audit trails, it works directly on the same documents as the team. This way, demi connects context, strategy, and execution, transforming organizational knowledge into a sustainable system for marketing and sales results – from strategy to implementation.

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.