Provides a Python SDK that integrates with existing machine learning workflows to enable real-time debugging, diagnosis, and improvement of training data without requiring data migration. It helps identify inefficient samples, track dataset changes, and optimize model performance by linking per-sample metrics to specific dataset revisions and hyperparameter combinations.

EasyX develops vertical cleaning robots designed for efficient maintenance of fish tanks in land-based aquaculture facilities. These automated systems eliminate the need for manual cleaning, significantly reducing operational downtime and associated occupational health and safety (HMS) risks. The technology allows operators to focus on core production while ensuring a clean and safe environment for the farmed fish.

The startup offers a business-to-business online store platform that enhances e-commerce operations through features like order management, visitor analytics, and customizable discount structures. This platform enables businesses to streamline their sales processes and improve customer engagement by providing a user-friendly digital shopping experience.

Versiro develops real-time decision support software that optimizes asset management for power producers across multiple electricity markets, utilizing data-driven insights and dynamic position adjustments. The platform addresses the challenges of market volatility and asset-specific risks, enabling operators to enhance profitability and minimize balancing penalties.

Völur utilizes AI algorithms to optimize the sorting and cutting processes in meat processing, enhancing the value extraction from each carcass. This technology addresses inefficiencies in production planning, leading to increased margins, reduced waste, and a lower carbon footprint in the meat supply chain.

This startup develops an online ed-tech platform that utilizes GPS and augmented reality to create gamified, activity-based learning experiences for schools and organizations. By transforming traditional training programs into interactive mobile games, the platform enhances physical activity and improves learning outcomes.

Oncosyne develops in vitro diagnostic tools that utilize patient-derived micro-tumors to evaluate individual responses to various cancer therapies. This technology addresses the issue of ineffective treatments and harmful side effects in oncology by providing precise drug efficacy predictions, enabling tailored therapeutic decisions for improved patient outcomes.