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In 2025, Ukraine’s HealthTech industry is undergoing a true revolution. War, healthcare reforms, and the drive toward Europe are all forcing the sector to evolve at an unprecedented pace.
At the core of this transformation is our national eHealth system. Particularly impressive is eZdorovya, which operates under a public-private partnership model. Imagine this: 17 million users in less than six months! This is more than just a number — it shows that people are ready for digital healthcare and that the state is capable of delivering it. The world has noticed, too — the system has received international recognition.
The technological momentum is further supported by local startups pivoting toward advanced AI-based clinical solutions. They are actively deploying AI-driven clinical tools, including voice medical assistants like Tayra.AI, diagnostic instruments (ReadyVein, Progalit®), and mental health solutions. These projects are backed by investors such as TA Ventures and Flyer One Ventures, as well as European acceleration programs like Generation H 2.0, co-financed by the EU.
The Big Problem: Systemic Fragmentation However, one major issue slows down progress: systemic fragmentation. Simply put, different electronic health records (EHR) and medical information systems (MIS) struggle to communicate effectively. Data exchange is poor, which is critical for AI training and efficient medical practice.
Numbers speak for themselves: only around 30% of healthcare organizations can fully exchange data with external partners. This is a true bottleneck for the industry’s growth.
Artificial Intelligence: Hope and Headache Natural Language Processing (NLP) technologies and large language models (LLMs) are transforming medicine. They help doctors analyze medical texts, detect complex patterns, extract key information — such as drug names, diseases, and symptoms — and standardize it all. The key issue here is data quality and ethical AI usage. Without it, progress stalls.
Ukraine’s startup ecosystem, supported by programs like Generation H 2.0, is focused on improving clinical efficiency and diagnostic accuracy. Examples include:
The administrative burden of EHR systems is huge, which pushes the market toward automation. Still, tools like Tayra.AI are limited in effectiveness due to fragmented medical data.
Internet of Medical Things (IoMT) IoMT allows real-time monitoring of patients’ vital signs — heart rate, oxygen and blood sugar levels, blood pressure. Data is sent instantly to doctors, enabling rapid response to changes. This underpins personalized medicine and cost optimization.
The challenge here is data security. More connected devices mean higher cyberattack risks. Protecting personal medical data isn’t just important — it’s critical. Reliable, decentralized cybersecurity protocols are necessary.
Telemedicine Telemedicine has shown significant operational progress, reflecting increasing clinical adoption. By 2024, there were 8,893 teleconsultations, and 1,259 healthcare workers trained on using telemedicine equipment and providing relevant services.
The national eHealth system supports more than telemedicine: electronic queues for joint replacement, e-solutions for medical cannabis, and integrated disease surveillance systems (ELISSZ). This infrastructure forms the foundation for further digital transformation.
Harmonization with the EU — Not Just Words European integration is a key regulatory factor for Ukraine’s HealthTech sector — and it’s more than empty rhetoric.
In October 2025, the European Commission gave the healthcare sector its highest score — 4 out of 5 in the negotiation cluster. Regulatory alignment, particularly regarding GDPR, has become a critical and irreversible strategic priority. The EU explicitly stated: Ukraine must continue strengthening patient data protection.
Compliance with GDPR is therefore not a mere checkbox, but a national strategic issue. HealthTech companies seeking investment or entry into European markets must demonstrate robust data protection mechanisms.
A key GDPR principle for healthcare is Storage Limitation. This requires clearly defining how long different types of data are retained and aligning with legal requirements. For example, lab results may be stored for less time than information on chronic conditions needed for long-term monitoring.
To comply with GDPR, IT companies must:
Compliance must be built into system architecture from the start. Anonymization, encryption, access control, and data retention policies should form the foundation of the product.
Cybersecurity is About People The Ministry of Health emphasizes the human factor and provides clear cybersecurity guidelines for staff working with eHealth. Why? Because the biggest security gaps often involve the people using the system.
Key rules are simple:
This focus on basic cyber hygiene shows that negligence or lack of awareness is the main risk. Security must become part of organizational culture, and protection should be automated wherever possible.
Critical Technological Challenges The success of Ukraine’s HealthTech industry depends on overcoming internal technical and operational barriers.
Interoperability Crisis — the Biggest Challenge
The most significant technological challenge is high data fragmentation. eZdorovya works well, but its effectiveness is limited because most local MIS and EHR systems cannot properly exchange data. Only 30% of healthcare organizations have full interoperability with external partners (labs, clinics).
In practice, a patient’s complete medical history is rarely available in a unified format. Data is scattered across systems, creating a bottleneck that prevents scaling advanced AI/ML solutions, which require clean, standardized data from multiple sources.
This is not just a technical problem. Poor quality and inconvenient EHR systems contribute to physician burnout. 70% of doctors cite interface inconvenience as a major burnout factor. And as mentioned, 16 minutes per patient is spent purely on EHR work.
This inefficiency affects not only doctors’ lives but also care quality: physicians ignore up to 90% of automated drug interaction alerts, reducing trust and effectiveness of automated systems.
Addressing interoperability requires combining government standards with private sector technological expertise. In Ukraine, IT teams are helping medical systems adopt modern architectural approaches — including Kubernetes-oriented environments, FHIR standards, and secure data pipelines.
For example, Gart Solutions specializes in building resilient cloud infrastructures and integration solutions, enabling medical products to scale safely and ensure compatibility across systems. For HealthTech, standardized APIs and continuous data exchange processes are critical — without them, growth is impossible.
Ethical AI Scaling AI success depends on high-quality training data. Fragmented, non-standardized data exacerbates quality and bias issues — key challenges for healthcare AI.
Trust is also crucial. Doctors ignoring many automated alerts shows that new AI tools (like Tayra.AI or Progalit®) must be transparent and undergo rigorous clinical validation.
Legal responsibility is another factor. When Ukrainian startups create clinical SaMD solutions, questions arise: who is liable if AI makes a mistake — the developer, doctor, or medical institution? Regulatory clarity aligned with EU MDR approaches is necessary to support adoption.
Cyber Resilience in Distributed and Cloud Environments The more IoMT devices connected, the larger the “attack surface.” In a geopolitically tense environment, this is a critical risk.
Training staff in basic cyber hygiene (2FA, avoiding public Wi-Fi) highlights that investments must cover not only central infrastructure but also every workstation and connected device.
During war and ongoing cyber threats, ensuring continuity of medical services is vital. Implementing standards like ISO 22301 (Business Continuity Management Systems) is essential. Healthcare must function even under severe physical or digital disruptions.
Market players already help healthcare projects build such solutions. Gart Solutions, for example, designs fault-tolerant cloud architectures, disaster recovery, and clustered Kubernetes environments that allow medical services to operate continuously even under critical conditions.
Strategic Recommendations To ensure resilience, accelerate innovation, and integrate successfully into the European HealthTech space, the following steps are essential:
Future regulatory sandboxes should involve tech partners who understand both MDR/GDPR requirements and modern medical software principles.
Gart Solutions helps startups adapt product architecture for security, deploy controlled environments, automate CI/CD according to EU standards, and prepare for independent audits.
In 2025, Ukraine’s HealthTech industry is at a critical juncture. On one side: significant institutional success (eZdorovya, European integration) and high innovation activity (AI, IoMT). eZdorovya demonstrates that the state has the necessary IT capacity, and the EU Commission’s high score (4/5) confirms political will for regulatory harmonization.
On the other side, scaling technological innovations faces two fundamental challenges:
These challenges are interconnected: without standardized data exchange (FHIR), advanced AI solutions cannot be fully deployed. Without strict GDPR and cyber hygiene, the industry cannot attract international investment or integrate into the European market.
With a new regulatory authority launching in 2027, HealthTech companies must view compliance (especially SaMD and GDPR) not as a hurdle but as an architectural component and strategic commercial advantage — essential for international market entry.
The Ukrainian IT ecosystem is ready to support HealthTech in meeting European standards.
