Healthcare
How can doctors make treatment decisions clearer and safer for patients?
In healthcare, doctors often face the challenge of creating personalised treatment plans while navigating a maze of clinical guidelines, patient records, and individual preferences. This complexity can lead to inefficient workflows, alert fatigue, medical errors, and confusion for patients who struggle to understand or follow their prescribed care. The result: missed opportunities for better outcomes and reduced patient engagement.
The solution: XAI in Clinical Decision Support Systems (CDSS)
Our Use Case 1 explores how XAI can be integrated into CDSS to make healthcare decisions more transparent, personalised, and effective. With the Kyklos AI toolset, clinicians in the Netherlands will be able to:
- Summarise and apply clinical guidelines directly within their workflow
- Incorporate patient preferences into treatment planning
- Offer clear, evidence-based recommendations that both doctors and patients can understand
- Promote shared decision-making, empowering patients to actively participate in their care through an XAI-enabled assistant.
Built on the AIXPERT Framework
- Interpreting guidelines
- Analysing patient context
- Validating recommendations
Recruitment
How can AI in job platforms deliver transparent feedback to candidates while helping recruiters process applications fairly and efficiently?
Empowering candidates with clarity and growth
- Clear explanations for why applications were unsuccessful, highlighting skill alignment and growth areas
- Personalised reskilling/upskilling recommendations (e.g., suggested courses)
- Transparent AI insights supported by educational materials
- Feedback from one-way video interviews, with transcripts and structured analysis of responses.
Enabling recruiters to hire smarter and fairer
- Automated CV and job description analysis to highlight skill matches/mismatches
- Bias-mitigated insights into candidate suitability
- Faster shortlisting and reduced hiring time
- Transparent insights into candidate skills match vs. potential development areas to build trust.
Manufacturing
How can AI-enabled automation support human workers in complex manufacturing environments while improving efficiency and workforce adaptability?
Empowering operators with real-time guidance
- Monitors production activities and provides context-specific recommendations
- Detects potential issues to improve quality, efficiency, and safety
- Allows operators to contribute expertise alongside AI feedback
- Supports personalised, on-the-job training while respecting privacy and compliance
Optimising production management and workforce transformation
- Integrates agent-based AI models into smart factory workflows
- Benchmarks AI interventions against traditional SOPs to measure efficiency, explainability, and adoption
- Helps workers develop new skills for AI-enabled production systems.
Educational robotics
How can classroom robots provide personalised learning while keeping students engaged and building trust?
Engaging and tailored-learning for students
- Feedback and additional resources based on individual needs
- Explanations of the reasoning behind suggestions to build trust and comprehension
- Adaptable behaviour to maintain engagement and respond to classroom conditions
- Creation of a safe, effective, and interactive learning environment
Smarter, insight-driven support for teachers
- Insights into student progress and challenges
- Frees teachers to focus on higher-level instruction and personalised interaction
- Enhancement of classroom management by dynamically adapting to situations
- Compliance and safety through monitored AI assistance
Creative industries
Protecting creativity with XAI music detection
The music industry is being transformed by AI-powered tools that generate music from minimal input. Unlike human composers, AI relies heavily on its training data, which can inadvertently reproduce existing works. While humans can easily identify similarities in rhythm, melody, or harmony, AI systems struggle. XAI is needed to detect, explain, and flag AI-generated compositions, giving human experts the ability to make informed decisions.
How AIXPERT comes into play
What AIXPERT provides
- Detection of AI-generated music that may mimic copyrighted works
- Transparent explanations of why a piece is flagged, focusing on specific musical components
- Human-in-the-loop refinement using natural language feedback to reduce false positives/negatives
- Support for legal enforcement and intellectual property protection