Nicolab and Philips have launched StrokeViewer in India, enabling faster, AI-powered stroke diagnosis, seamless care coordination, and improved patient outcomes across the country.

Nicolab and Regione Lombardia are proud to announce their participation in the EU-funded InnoMatch project, an initiative powered by the European Innovation Council (EIC) Innovation Procurement Programme. InnoMatch helps innovative SMEs and start-ups gain access to procurement markets by supporting pilot testing with public and private buyers across Europe.

Accurate LVO detection and collateral assessment are key to effective thrombectomy. With AI-driven tools like StrokeViewer, stroke teams can act faster, decide smarter, and improve outcomes.

While the name is changing, the experience remains the same: fast, reliable, and trusted. Our AI for stroke will still be known as StrokeViewer, but the platform powering it all is now Nicolab: built for faster collaboration in acute care

Nicolab, in partnership with Mediterraneo Hospital and Philips, has launched Greece’s first AI-powered stroke network. Connecting Athens with Santorini and Paros, the network uses StrokeViewer to enable fast, AI-assisted stroke diagnosis and treatment.

StrokeViewer’s advanced CTP algorithm transforms scan data into clear insights, helping clinicians make faster decisions. See how StrokeViewer’s CT Perfusion technology accelerates stroke diagnosis and care.

Join Nicolab at ESOC 2025 in Helsinki as we showcase our latest innovations in stroke care alongside Philips. From 21–23 May, visit us at booth D2 to explore how our AI-powered solution, StrokeViewer, is transforming stroke workflows and supporting faster, more confident clinical decision-making

This strategic collaboration aims to explore the integration of Wellumio’s Axana portable MRI device with Nicolab’s StrokeViewer platform to enhance rapid stroke diagnosis and streamline clinical workflows.

A non-funded accuracy assessment of StrokeViewer in a developing UK stroke thrombectomy service highlights the potential of AI in large vessel occlusion detection, showing promising results for integration into stroke care.