AI-powered clinical decision support for the ICU
kyron is an AI agent developed from postdoctoral research in applied artificial intelligence for hospital ICUs, designed to support on-call physicians with real-time insights grounded in clinical data and scientific evidence.
How it works
Advanced AI capabilities designed specifically for critical care environments
Clinical data synthesis
Consolidates labs, vitals, imaging summaries and notes into a unified, clinician-ready view.
RAG + LLM reasoning
Combines retrieval-augmented generation with large language models to contextualize each patient case.
Scientific validation
Built as part of a postdoctoral thesis, ensuring rigorous evaluation, safety principles and clinical relevance.
Real-time analysis powered by advanced AI
kyron leverages state-of-the-art machine learning models trained on clinical data and medical literature to provide evidence-based recommendations in real-time.
- Continuous learning from clinical outcomes
- Integration with existing hospital systems
- Secure, HIPAA-compliant infrastructure
Built on rigorous academic research
kyron represents years of postdoctoral research in applied artificial intelligence for critical care
Academic Rigor
Developed as part of a comprehensive postdoctoral research program, kyron has been subjected to rigorous evaluation and peer review processes.
Every recommendation is grounded in scientific evidence and validated against established clinical guidelines and outcomes data.
Safety First
Patient safety is at the core of kyron's design. The system includes multiple layers of validation and safety checks before presenting recommendations.
All outputs are designed to support, not replace, clinical judgment, ensuring physicians remain in control of all decision-making.
Ready to transform ICU decision-making?
Join leading healthcare institutions exploring how AI can enhance critical care outcomes
Request early access →