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  • inga.kanapeckiene@lsmu.lt
  • Sukilėlių pr. 13, Kaunas

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HACKATHON TOPIC

MISSION - VISION

At this year’s hackathon, technology, creativity, and empathy will come together to tackle the challenges of vision health.

Over three intensive days, participants will design solutions to prevent eye diseases, improve diagnosis and treatment, and enhance the quality of life for people living with visual impairments.

“See the Unseen. Solve the Unspoken.” To notice what often goes unnoticed and to speak what is too often left unsaid.  

This hackathon is open to everyone – from healthcare professionals and IT experts to social workers, patients, researchers, doctors, and beyond. Diversity is our strength. Together, let’s build a world where everyone can see more clearly.

Innovation doesn't start with technology – it starts with a deep understanding of problems

pre-EVENT

INVESTMENTS IN PREVENTION ≠ EXPENSES. IT’S TIME TO SEE THE BIGGER PICTURE

WHY WE ARE
HACKING VISION?
INVESTMENTS IN PREVENTION ≠ EXPENSES.
IT’S TIME TO SEE THE BIGGER PICTURE

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Learn from the Best!

Event Speakers & Coachers

Vaida MORKŪNAITĖ - MAČIULIENĖ

Moderator

Ákos WETTERS

Coacher

Edvinas GRAUŽELIS

Coacher

Jolanta ZAIKAUSKIENĖ

DATA TRACK Moderator

Iris Van den BRANDE

INSPIRATIONAL TALK Keynote Speaker

Dr. Martynas ŠPEČKAUSKAS

Medical Advisor for Teams

6 years' experience

With five years of crafting dynamic health hackathons, we mastered the art of sparking innovation, driving collaboration, and delivering breakthrough healthcare solutions.

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Get Experience From

Mentors

Tadas NARUTAViČIUS

Digital Innovation Head @ Roche Lithuania

Gintarė TALUNTYTĖ

Associate Partner @ Law Firm Ellex Valiūnas

Rūta TURČINSKIENĖ

CMFC Dentist @ Baltic sports Odontology and Medicine Association BaSOMA

Povilas PAUŽA

Product Manager @ Bayer

Iris Van den BRANDE

Global Patient Partnership Leader Ophthalmology @ Roche

Armen MANUKIAN

Managing director Baltics @ MSD

Liudvika STARKIENĖ

Chairwoman of the Board @ IFPA, Sr. Manager Value, Access & Policy @ Amgen

Julius JUODAKIS

Health Data Lead @ State Data Agency

Aurelija VIJŪNIENĖ

Digital Marketing Manager Baltic Countries, Innovation Management @ Kaunas University of Technology

Vita ŠPEČKAUSKIENĖ

Associate Professor, Researcher @ Lithuanian University of Health Sciences

Jolanta ZAIKAUSKIENĖ

Medical Director Baltics & Ukraine @ AbbVie, Medical Affairs Committee @ IFPA

Andrius ALIŠAUSKAS

Internal medicine doctor @ LSMU Kaunas Hospital, Co-founder of a MedTech startup

Vaidas REPEČKA

Consultant @ Repecka

Dalia TAMAŠAUSKAITĖ-ŽILIENĖ

Partner, Head of Life Science Industry @ Law firm Tegos

Simona STANKEVIČIŪTĖ

Vice President @ Parexel

Jūratė KIRŠĖ

Head of Clinical Research and Regulatory Strategy @ Pulsetto

Each challenge presents a unique opportunity for you to develop groundbreaking solutions

CHALLENGES

CHALLENGE #1:
Virtual doctor – advisor for eye disease prevention and treatment

Create solution for patients to increase their knowledge about vision health, eye diseases and profilaxis, and also how to use eye medication correctly. Interactive self-teaching material should be innovative solution that involves young and elderly people into learning about common vision problems helping them to recognise dangerous vision changes and symptoms early by checking their concerns with digital tools and to encourage them to seek for medical help in time if needed. Also, patients who should use eye medication for prolonged time would be motivated and enlightened on how to use medicine correctly to get maximal use of it and to avoid side effects.

OVERVIEW

People often ignore vision detoriation for a long time, adapt to symptoms, or deny them. Older people especially avoid eye check-ups, and preventive examinations are often carried out only formally. As a result, diseases are diagnosed too late, when treatment options are limited and prognosis poor.

Research shows that early recognition of symptoms and improved health literacy can significantly reduce avoidable blindness. Implementation of technological self-diagnostics solution might effectively prevent situations with poor outcomes.

Approximately 40% to 50% of glaucoma patients stop taking their eye drop medication within the first six months of therapy because of physical difficulty to use it right, decreasing motivation when not seeing a doctor for a long time and misunderstanding the treatment process as vision doesn‘t improve (glaucoma causes irreversible blindness). Self-education material could save tons of time for ophthalmologists and provide better relationships with the patients in an easy way – by recommending the link of the website.

Virtual eye health assistant and interactive teaching material could be an intermediate stop before the visit to the ophthalmologist for patients with ocular conditions. Teaching material could avoid common missunderstandings and motivate patients.

CHALLENGE #3:
Ergonomic patient chair in ophthalmology


Design an ergonomic ophthalmic chair for patients, especially elderly individuals or those with mobility difficulties. It should be: brightly colored and easy to notice for people with low vision, stable and safe, equipped with comfortable handholds for support when sitting down, rotatable, adjustable across a wide height range. Such a solution would improve patient safety, comfort, and accessibility of eye examinations and procedures.

OVERVIEW

Modern ophthalmology places much focus on workplace ergonomics for doctors, but patient comfort and safety often remain overlooked. Elderly patients or those with mobility impairments frequently struggle with standard chairs: they are often too low or too high, unstable, and not designed for safe gripping. This creates a high risk of falls, leaves patients feeling unsafe, and makes examinations more difficult. Moreover, current chairs usually have a limited height adjustment range – even at the highest setting, some patients cannot properly reach the slit lamp or other diagnostic equipment, which complicates examinations and procedures.

CHALLENGE #5:
Healing with Confidence: Feeling safe in the postoperative period


Develop a solution that helps patients to understand their personalized recovery after common eye surgeries and procedures like cataract surgery, vitrectomy or intravitreal medicine injection and follow correctly postoperative instructions, notice warning signs, and receive clear, timely recommendations on whether they need to see a doctor.

OVERVIEW

After eye surgeries, patients often don’t know what a normal healing process looks like, which symptoms should cause concern, or what body positions and activity levels are safe to avoid unexpected health issues. This causes anxiety and results in both unnecessary and delayed doctor visits, as well as complications. Currently, patients often receive only general written or verbal instructions, which are hard to understand and not personalized. Research shows that personalized instructions and remote patient monitoring reduce complication risks and improve treatment outcomes. With increasing numbers of eye surgeries, postoperative follow-up visits are a big problem worldwide. Most of those visits reveal no critical changes, but consumes time for both patient and doctor. There are many discussions ongoing wheater those visits are needed and how to know what patient should be seen after uneventful surgery. Simple personalization of postoperative instructions tool could be an effective measure to increase patients‘ understanding of their healing process and adherence to doctor‘s instructions, helping the patient to cope with unnecessary stress. Clear precautions would direct patients timely for follow-up visit and decrease unneeded concerns.

CHALLENGE #7:
Optimised patient assessment of early diagnostics and ensurance of uninterrupted treatment


Create a flexible solution for secondary-level ophthalmology specialists to perform better triage of patients who are referred to tertiary level ophthalmologists to optimise waiting queues by separating patients into several categories by disease and its progression estimation (traffic light principle) so that they could reach the right specialist on time. To create a system that alerts doctor if the patient is skipping prescribed medication purchases or misses doctor visit in a recommended timespan. To create a common eye disease prevention system that allows family doctors and optometrists to perform glaucoma, diabetic retinopathy and age-related macular degeneration screenings and refer selected at-risk patients timely through the “green corridor” to doctor ophthalmologist.

OVERVIEW

Eye health is gaining increasing importance in Europe, as ocular problems are among the most common health issues in the ageing population. Better diagnostics and treatment options do not solve the problem of long waiting lines. On the contrary, waiting times increase as more patients trust the modern system and pay attention to vision symptoms, while specialist capacity does not grow accordingly. Patients waiting in long queues are not currently ranked by urgency or severity. Even if symptoms are evaluated by a family doctor and a preliminary diagnosis is set, this information is processed only when the patient physically visits the ophthalmologist. To provide the best care, ophthalmologists specialize in various subspecialties (glaucoma, cataract, retinal diseases, oculoplastics, etc.), but waiting time problems are even more evident when tertiary-level specialized help is needed. An innovative solution offering automated triage based on data from referring doctors could make patient management more efficient.

Health specialists are focused on treating new patients and lack tools to monitor previous ones. Patients often have questions during recovery or discontinue treatment due to high expectations or mild side effects. A system enabling structured feedback, detecting non-adherence, and automatically planning follow-up visits would make healthcare more reliable and improve patient compliance.

Many patients cannot reach ophthalmologists for preventive inspections, while family doctors and optometrists meet them daily. Time-efficient screening programs could help detect key ocular health issues and refer only suspicious or at-risk patients for detailed examination, preventing blindness through early diagnosis.

CHALLENGE #2:
Healthy kids eyes: innovation in early diagnostics and injury prevention


Develop an innovative, simple, and widely applicable children’s vision monitoring solution that can be used not only by ophthalmologists but also by pediatricians, family doctors or even parents. Innovative assessment to the eye health evaluation tests would be an important tool in screening of diseases in regional areas. Fast, non-invasive vision tests should be easily performed, involving and widely accessible. When children would be playfully involved in the eye check-up, it‘s perfect time to disccuss about hazards in our environment and eye injuries. Interactive simulation of common situations when eye injuries occur and prevention measures could be showed for the little ones.

OVERVIEW

Early detection of vision disorders in childhood is critically important – up to 80% of cases can be corrected if detected in time. Most attention is given for eye disease screening in infant age, but for older children regular vision check-ups get less frequent and are more formal. Innovative solutions should broaden the spectrum of examinations.
Also, there is a lack of attention to childrens‘ eye injuries prevention. Playful material could teach children how to avoid dangerous situations and encourage them to tell their parients about vision changes as children often tend to ignore important vision symptoms or are afraid to talk about it.
Eye examination and situation simulation app could give more information about the vision health status of our children and make them more wise to avoid dangers and prevent eye injuries.

CHALLENGE #4:
Independence Through Innovation

Create a solution that helps a person who has lost their vision, or whose eyesight is rapidly deteriorating, to independently access information about adaptation opportunities and to use available technologies.

OVERVIEW



People with visual impairments are often isolated from society due to a lack of information about available support after losing their sight. As a result, services, information, and even social connections become inaccessible — people lose independence and experience social isolation.

Many are unaware of magnifying glasses, contrast-enhancing glasses, or talking devices. They don’t know where to purchase assistive tools, where to get help learning to use a white cane, and they lack clear guidance on where to start or how to obtain financial assistance. After losing their sight, patients are often discharged from the hospital with only a leaflet — or no information at all — about social services or opportunities for participation and inclusion for blind and visually impaired individuals.

CHALLENGE #6:
Technology for patient autonomy in hospitals


Create an innovative solution that allows patients to independently reach the required office in a healthcare facility, reducing dependence on escorts and maintaining autonomy.

OVERVIEW

Healthcare facilities often have complex and confusing structures: multiple buildings, long corridors, tunnels, and offices on different floors. For patients with visual impairments, such an environment causes high stress, reduces independence, and sometimes results in missed appointments.

Research* shows that accessible navigation tools – indoor navigation systems, contrast signs, AI-based orientation solutions – significantly improve patient experience, reduce anxiety, and ensure timely arrival for doctor visits or procedures.

 

* BMJ Open – Accessibility and hospital navigation (2021) / Disability and Health Journal – Wayfinding in healthcare environments (2020) / International Journal of Human–Computer Studies – AI-assisted indoor navigation (2022)

CHALLENGE #8:
ePI4All: Accessible For Everyone


Create a solution ensuring that electronic patientinformation leaflet (ePI) are accessible to everyone, while also allowing patients to easily report side effects.

OVERVIEW

Starting in 2026, there will be an 18-month transition period, after which all medicine information leaflets may become primarily accessible through electronic means. This poses a risk for patients with visual impairments who will not be able to easily access information about medicineusage, side effects, or interactions. Access to medicine information is essential for patient safety and treatment effectiveness. If patients cannot understand the provided information, the risk of treatment errors and adverse reactions increases. It is particularly important that patients have the ability to report side effects directly through the system.

Challange Power by

CHALLENGE #9:
Diabetes and vision health: personalized early diagnostic system

Create a solution that ensures consistent and high-quality early diagnostics at all levels, integrates into the work of family doctors and endocrinologists, and predicts vision changes according to disease progression.

OVERVIEW

Diabetes is one of the leading causes of blindness – it can cause diabetic retinopathy, retinal edema, or cataracts. According to WHO, up to 95% of cases can be prevented if changes are detected early. At the primary level, patients are usually managed by endocrinologists or family doctors. In some facilities, they perform retinal imaging themselves, but accuracy depends on experience – skilled practitioners detect changes, while others may miss or misdiagnose. Tertiary-level ophthalmologists are overburdened and usually accessible only when the disease is advanced.

LET'S HACK

We will be inviting up to 100 hackers (including teams and individuals) that will work on the challenges directly. We will meet together with practitioners, business and other healthcare and technology experts who will be your mentors during the 48 hours hackathon.
Sounds intriguing, right? Join us now!

Door is open!

Walk-in, register and refresh with sips & snacks.

WELCOME!
The Reason Why We are All Here

Quick hello & intro, technical details, health & safety information, schedules. Welcome speeches & Thank You Sponsors!

COACHING SESSION.
Key Points in Team Success & Teambuilding

Getting to know team members, "the way we work", team dynamics, ethics and roles.
Final touches on team formation.

LET THE HACKING BEGIN!

Now is the time to unleash your innovation and work collaboratively to solve the challenges ahead.

Dinner & Refreshments

Take a Moment, Recharge, Continue the Mission!

Check Point on Team Progress

Quick "around the room" standup; each team shares a quick summary of what they are doing + Q&A and needs for organizers.

Creative Work!

Continue working!

Hack Over Night

The Venue open for the night hackers.

Doors Open and Breakfast Is Served

Snack & Chat!

Quick Hello & Team Progress Report

Intro to day 2. Hackathon briefing and Team progress.

Morning Activites!

10:00 - 10:30 INSPIRATIONAL TALK
Rethink. Redesign. Rehumanise: Designing solutions that truly matter

Iris Van den Brande, Global Patient Partnership Leader Ophthalmology @ Roche
10:30 - 11:30 DATA TRACK
Harnessing health data for MISSION - VISSION

MODERATOR:
Jolanta Zaikauskienė, IFPA Medical Affairs Committee Member, Medical Director Baltics & Ukraine @ AbbVie
PANELISTS:
Prof. Jūratė Vilma Balčiūnienė, Chairwoman of the Lithuanian Ophthalmological Society, ophthalmologist @ Kauno klinikos
Julius Juodakis, Head of the Health Data Team @ State Data Agency
Dr. Martynas Špečkauskas, Head of the Vitreoretinal Surgery Sector, ophthalmologist @ Kauno klinikos
Prof. Leonas Valius, President of the Lithuanian College of Family Physicians and Head of the Family Clinic @ Kauno klinikos

Networking Lunch

Delicious food and meaningful conversations for success!

Validation Corner

Experts help around. During this mentoring session, our mentors are eagerly prepared to share their wealth of experience and knowledge to help you optimize your idea and take it to the next level.

Audience Feedback Sessions

Time to test your prototypes or ideas with patients.

Hacking Goes On and Work with Coatchers

Continue working!

Dinner and Relax

Quick bite and getting your thoughts together!

Pitch training

Learn how to deliver a compelling pitch and master tips and tricks to create a memorable, winning presentation.

Powered by EIT Health

Pitch Mentoring and Coaching

Learn how to deliver a compelling pitch and master tips and tricks to create a memorable, winning presentation.

Check Point on Team Progress

Quick "around the room" standup; each team shares a quick summary of what they are doing.

Hack Over Night

The Venue open for the hacking all night. Staying is open to those who have registered and those who wish to.

Doors Open and Breakfast is Served

Snack and Chat!

Quick Hello & Team Progress Report

Intro to Day #3. Hackathon briefing and Team progress.

Hacking Goes On and Work with Coatchers

Continue working!

Lunch

Delicious food and meaningful conversations for success!

The Final Touches

Time flew by so quickly, didn't it? The work was finished on time! Put your best foot forward when pitching your idea.

Hacking Ends

Presentations in folders.

Final Pitch Session!

Each team will have 3 minutes to present their hacks to the judging panel and audience + 2 minutes for Q&A: 3 winning pitches.

Judging Ends & Vote Counting

The judges decide the winners & organizers Next Step Pitch.

Winners Announcement

Prize giving & "Thank You" speech.

Sweet celebration!

SPONSORS

Hosts
Co - Hosts
Diamond Sponsor
Bronze Sponsors
Data Track Sponsor
Coaching for Hackers
Content
Support
Patrons

VENUE

Faculty of Pharmacy of Lithuanian University of Health Sciences
Sukilėlių pr. 13, Kaunas

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