MAK-SYSTEM | AI Transformation Index
MAK-SYSTEM is a structurally excellent asset from a durability standpoint — it owns the system-of-record position in a safety-critical, heavily regulated v...

Overview
MAK-SYSTEM develops and sells subscription-based healthcare software for managing blood, plasma, tissue, cellular, and gene therapy products across the full supply chain from donor to recipient, serving blood banks, transfusion services, and advanced therapy centers globally.
Executive Summary
MAK-SYSTEM is a structurally excellent asset from a durability standpoint — it owns the system-of-record position in a safety-critical, heavily regulated vertical where switching costs are prohibitive, AI-native entry is blocked by multi-year regulatory validation, and the underlying demand (safe management of biological products) is completely AI-proof. The AI opportunity is more measured: this is not a cognitive labor business ripe for workforce compression, but rather a software platform where AI can enhance product intelligence — particularly in inventory optimization and the fast-growing cell and gene therapy segment — and accelerate engineering output. The strategic implication for Carlyle is less about internal transformation and more about using AI as a product differentiation lever to extend platform dominance into adjacent high-growth therapy modalities before a better-resourced competitor does.
Durability
How resilient is this business against AI disruption?
Market Substitutability
Profit Pool Migration
Barrier to Entry
Disintermediation Exposure
Switching Costs
Opportunity
How big a deal is AI for this business?
AI Applicability
Improvement Magnitude
Transformation Upside
Domain Intelligence Amplification
73.3
Ciridae AI Score
Durability Rationale
MAK-SYSTEM occupies the system-of-record position in one of healthcare's most heavily regulated verticals — a role that AI cannot substitute, disintermediate, or easily replicate through a new entrant. The chain-of-custody and traceability requirements for blood, plasma, and cellular products are mandated by health authorities globally, the software must be formally validated before deployment, and switching carries existential operational risk for blood services. These structural protections — regulation, safety-criticality, deep workflow embedding, and physical integration with laboratory equipment — stack on top of each other in a way that makes MAK-SYSTEM's market position exceptionally resilient to AI-era disruption. The only meaningful durability risk is a large EHR incumbent deciding to build into this niche with sufficient compliance investment, but the vertical's specialized depth has historically repelled generalists.
Opportunity Rationale
The AI opportunity for MAK-SYSTEM is real but incremental relative to the most transformative PE opportunities — this is a software company, not a cognitive labor business, so there is no army of manual knowledge workers to compress. The most compelling opportunity is product intelligence: embedding AI into blood inventory optimization, predictive demand forecasting, and cell therapy orchestration could meaningfully differentiate the platform and expand into higher-value adjacent workflows in the rapidly growing cellular and gene therapy segment. AI-assisted software development can also accelerate MAK-SYSTEM's roadmap velocity, helping a relatively small engineering team punch above its weight. Domain intelligence amplification is the standout dimension — decades of supply chain pattern data across a global installed base is a genuine asset that foundation models cannot replicate from public sources.
Key Risks
A large EHR or laboratory information system vendor (e.g., Epic, Roche, Sysmex) decides to build or acquire into blood management with sufficient regulatory investment, leveraging existing hospital relationships to displace MAK-SYSTEM during next-generation platform refresh cycles — the durability case depends on the vertical remaining too specialized to attract that investment.
The AI opportunity assessment could be too optimistic if MAK-SYSTEM's engineering team (estimated at 10-15 people) lacks the capacity to build and maintain sophisticated AI features in a validated, regulated software environment — the regulatory burden of AI model validation in safety-critical medical software is significantly higher than in commercial applications, potentially making AI feature development slower and more costly than anticipated.
Company Overview
| Headquarters | Skopje, North Macedonia |
| Products / Services | MAK-SYSTEM offers advanced healthcare software solutions and managed services, including: eProgesa, P.H.S / eTraceLine, Cosmas, eDRM, and MAK.care. |
| Deal Partners |
AI & Tech Initiatives
| Name | Description |
|---|---|
| AI-Assisted Software Development | MAK developers use AI tools such as GitHub Copilot integrated into Microsoft Visual Studio and VS Code to accelerate software development. They employ "vibe coding," where developers interact with AI through natural language prompts to generate and refine code. Example: The VP of Products developed an HLA FOM Editor almost entirely through AI-generated Python code, used in NATO projects. MAK invests in prompt engineering skills and compares multiple LLMs (ChatGPT, Claude, Gemini) to optimize task-specific AI tool use. |
| VR-Forces as a Platform for AI Innovation | MAK’s VR-Forces platform is designed as an open, flexible synthetic environment for customers and partners to prototype and deploy AI solutions. It supports integration via modular design, C++ API, Lua scripting, and remote control interfaces. Notable AI projects by partners include: RTDynamics: AI-based dogfighting aircraft agents using LLMs to generate behavior scripts; ST Engineering Training and Simulation: LLM-based Rapid Scenario Generator and AI-driven Mission Analytics and Review System; Boston Fusion: Deep Reinforcement Learning engine integrated for AI-based Course of Action (COA) generation; Cervus: LLMs used to extract and summarize doctrine and perform automated COA analysis; ScenarioAI: LLMs generate Orders of Battle, Scenarios, and Simulation Model Sets for NATO wargaming. |
| AI to Enhance VR-Forces Usability and Intelligence | MAK’s Simulation Solutions Team developed AI modules such as: "MAK FIRES" Call for Fire trainer with an AI-based virtual Fire Direction Center responding to natural language commands; "NICO" Intelligent Avatars (2023-2024) replacing live role players with AI-driven virtual agents, now enhanced with LLM technology. Applications of NICO AI include voice-driven intelligent virtual crewmates, auto-generating scenarios and plans from text orders, and intelligent task breakdown for VR-Forces entities. These AI-driven capabilities are currently used in custom projects and are evolving rapidly. |
PE / Ownership History
| Event | Details |
|---|---|
Acquisition by The Carlyle Group January 16, 2020 | The Carlyle Group made a significant investment in MAK-SYSTEM, a family-owned global blood management solutions software provider. The investment was valued at approximately $700 million. The equity came from Carlyle Europe Partners V (CEP V), a European-focused upper-mid market buyout fund, and Carlyle Europe Technology Partners IV (CETP IV), a pan-European and U.S. growth-oriented technology fund. The investment was aimed at accelerating MAK-SYSTEM's growth, supporting its global expansion, and continuing innovation in blood management software. Philippe Houssiau was named CEO of MAK-SYSTEM following the investment to lead the next phase of growth. |
Executives
| Name | Background |
|---|---|
Frank Jaubert Chief Executive Officer (CEO) | Previous senior roles at Johnson & Johnson (VP Services EMEA, Medical Devices), Boston Scientific (Director, Europe Healthcare Solutions Partnerships), GE Healthcare (General Manager Solutions Europe), Cerner, Dedalus, and Teleperformance. Entrepreneurial background with experience creating and selling a digital healthcare solution business. |
Romain Pollak Chief Finance Officer (CFO) | Over 20 years in senior finance and operational roles. 16 years at GE, followed by CFO and COO roles in entrepreneurial and scale-up high-growth businesses. Holds a Master of Science from HEC Paris. |
Stéphane Sajot Chief Operating Officer (COO) | Over 37 years in various executive positions at MAK-SYSTEM. Provides expertise in customer needs, business understanding, product design strategy, project delivery, and regulatory compliance. |
Lisa Frisch Chief People & Sustainability Officer | Over 20 years experience in multinational corporations and PE-backed businesses. Worked at Diageo, Expedia, Boehringer Ingelheim, and others. Expertise in organizational transformation and culture scaling. Education: Bachelor of Economics (Hons) and Master of Employment Law from University of Sydney. |
Difa Niculescu Chief Technology Officer (CTO) | Experience across Financial Services, Telecommunications, Travel, and Technology sectors. Passionate about Agile, Product Management, Public Cloud, and Infrastructure as Code. Education: MSc Information Technology for Business Management, Kingston University London. |
Pascal Gilbert-Jeantet Chief Delivery Officer | Senior executive and business founder with 30 years in Health IT. Former senior leadership at Cerner. Expertise in strategic growth initiatives and international HIT EMR project implementation. |
Clement Glinkowski Global Commercial Director | Oversees business development, sales, marketing, and partnerships. Over 15 years in Blood Transfusion and Biopharma sectors. Previous roles include Sales Director and Sales Engineer at MAK-SYSTEM. Education: MBA from ESSCA Shanghai. |
Meriam Serhane Global Client Experience Director | Responsible for client experience and customer journey. Over 14 years in healthcare technology, technical, implementation, and client-facing roles. Holds a Master of Science in Mechanical Engineering. |
Damjan Manchevski Strategic Account Director & General Manager Balkans | Manages MAK-SYSTEM's Innovation and Tech hubs in Skopje and Belgrade. Responsible for strategic accounts and partnerships. Former Member of Parliament and Minister of Information Society and Administration in North Macedonia. Background in commercial and technology leadership in automation, telecom, and defense sectors. Education: Bachelor in Electronics & Telecommunications, University St Cyril and Methodious; Chevening Fellowship, University of Birmingham. |
The Carlyle Group