Redesigning Healthcare from the Ground Up: What Femtech Teaches Us

Lecturer: Victorine Lancon

This keynote dives into how femtech isn't just about women, it’s about fundamentally rethinking how we build healthcare. Through the lens of Daya’s startup creation process, you’ll hear stories of ventures tackling pregnancy, menopause, mental health, and more - and what they reveal about the cracks in the current system.

Breaking AI's "Pilot Paralysis" in Healthcare

Lecturer: Andreas Cleve

Despite rapid advancements, healthcare AI remains stuck in an endless loop of pilot programs, struggling to achieve the scale necessary for real-world impact. While AI-driven solutions hold immense potential to enhance patient care, reduce administrative burdens, and optimize clinical workflows, most projects fail to progress beyond the proof-of-concept stage. The result? Fragmented deployments, minimal adoption, and missed opportunities to transform healthcare at scale. 

In this session, Corti Co-Founder and CEO will explore how purpose-built AI infrastructure is the key to breaking this cycle. He will discuss the limitations of one-size-fits-all AI models and explain why tailored, high-performance AI solutions are essential for healthcare environments. Attendees will gain insights into how developers and healthcare providers can move beyond isolated pilots and achieve seamless integration, regulatory compliance, and real-world scalability. By shifting from generic AI tools to industry-specific, clinically optimized AI, organizations can bridge the gap between innovation and implementation—transforming concepts into deployed, impactful solutions that drive tangible results in patient care and operational efficiency.

Join us to learn how AI can finally move from experimental phase to full-scale adoption and unlock its true potential in healthcare.

Fimlab’s Self-Measurement Application - hub to combine glucometrics from multiple diabetes cloud services

Lecturers: Kaisa Lehtonen, Markku Lipponen

Fimlab is Finland’s largest healthcare laboratory company that produces laboratory services as well as training and research in the wellbeing services counties of Pirkanmaa, Kanta-Häme, Central Finland, Päijät-Häme and Ostrobothnia.

As part of the support services it provides, Fimlab has developed a new software, the Self-Measurement Application, for the use of its wellbeing county customers. The Self-Measurement Application is an application developed for diabetes professionals that enables the collection of self-measurement data from device-specific cloud services onto the same platform alongside laboratory test results and the automatic transfer of data to the patient information system. In addition to the patient-specific benefit, the Self-Measurement Application enables device lifecycle management and statutory traceability and provides the customer organization with information on the costs of devices and the effectiveness of different device treatments for data management.

From Printer to Patient: The 3D Printed Microarray Devices Shaping Tomorrow’s Precision Health

Lecturer: Gunilla Jacobson

Leveraging high-resolution 3D printing, we are redefining how treatments are administered, enhancing patient comfort, and driving better health outcomes. Our innovative microneedle array platform integrates real-time biomarker monitoring with controlled drug delivery, transforming disease prevention, treatment, and personalized medicine. By replacing traditional blood draws with painless, minimally invasive, and cost-effective 3D-printed microneedle patches, we enable biomarker sampling from interstitial fluid (ISF)—a rich source of molecular information comparable to blood. Beyond diagnostics, this microarray platform enables targeted, needle-free delivery of vaccines and therapeutics into the intradermal space, offering a scalable and adaptable approach to vaccination and treatments. Our goal is to advance precision health by making continuous monitoring and proactive care more accessible, beyond a hospital setting.