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1. How does Artificial Intelligence work within SkullApp?
Artificial Intelligence in SkullApp is designed to enhance clinical decision-making, diagnostics, and patient care. Using machine learning algorithms, the system analyzes real-time clinical data, suggests possible diagnoses, identifies critical conditions, and generates predictive insights empowering healthcare professionals with actionable knowledge at the point of care.
2. What types of AI are used in SkullApp?
SkullApp leverages Narrow AI tailored for specific medical tasks, including:
AI for Diagnostic Support: Trained models provide probable diagnoses based on patient history, lab results, and symptoms.
AI for Predictive Analytics: Analyzes patient patterns to anticipate complications or treatment responses.
Natural Language Processing (NLP): Used for processing clinical notes, interpreting patient queries, and enabling intelligent communication through Axum (SkullApp’s integrated medical assistant).
3. What are the main applications of AI in SkullApp?
AI is at the core of SkullApp’s innovation, with applications such as:
🧠 Surgical Simulation: AI enhances neurovascular simulations (via Murakami) by analyzing performance and improving training precision.
🩺 Real-Time Decision Support: Clinical AI modules assist in diagnostics, medication tracking, and alerts for critical events.
📊 Multimodal Data Integration: AI consolidates lab results, imaging, and patient data into a unified interface.
- 🗣️ Intelligent Communication: NLP powers secure, context-aware messaging between healthcare professionals.
- 🧬 Vaccination and Patient Monitoring: Axum Care modules provide smart tracking and AI-assisted health alerts.
Everything you need to know about
Is a multimodality clinical software that integrates surgical simulation, medical data analysis using artificial intelligence, clinical study management and secure communication between healthcare professionals. It is designed to improve decision making, clinical efficiency and medical education.
Murakami allows to simulate complex neurovascular procedures with great realism. It is ideal for medical training, surgical planning and training in highly complex situations without risk to patients.
SkullApp combines technologies such as artificial intelligence, augmented/virtual reality, 3D simulation, encrypted video/messaging and real-time data analytics to provide a comprehensive and secure platform.
Yes, SkullApp complies with cybersecurity and medical data privacy standards, ensuring the secure storage and transmission of clinical information.
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