The Engine Behind the Platform
AI Technology Built for the Operating Room
Every Aqua product is powered by the same engineering core — advanced medical imaging processing, deep learning analysis, and contactless interaction, engineered to medical software standards.
The AI Analysis Engine
From Raw Scans to Actionable Insight
Automatic Tumor Detection
Deep learning models identify and outline tumors on patient scans — a clear, consistent picture of the lesion before planning begins.
Automatic DTI Analysis
Diffusion tensor imaging is processed automatically to map white-matter fiber tracts — the critical neural pathways the surgeon must avoid.
Automatic fMRI Analysis
Functional MRI locates the active brain regions responsible for movement, speech, and other vital functions — so the plan protects them.
LLM + RAG Assistance
Large language models with retrieval-augmented generation answer the surgeon’s questions in real time, drawing on a curated knowledge base of authoritative literature and surgical reports.
3D Visualization
Interactive 3D on a Medical-Grade Engine
- GPU volume rendering — GPU-accelerated ray casting transforms medical volumes into interactive 3D models
- Multi-planar views — Axial, Coronal, and Sagittal planes with real-time cutting, rotation, and comparison
- Multi-modality fusion — MRI, fMRI, DTI, and tumor data displayed together in one spatial context
- Structure simulation — vessels, nerve fibers, and surrounding tissue rendered around the lesion for precise route planning
Contactless Interaction
Natural Interfaces for the Sterile Field
- Voice commands — a defined command grammar controls every core function: switching 2D/3D views, scrolling slices, adjusting display
- Gesture recognition — a motion sensor tracks hand gestures and translates them into image operations: scroll, rotate, zoom, view switching
- No keyboards. No mice. No intermediaries. — full image control without breaking sterility
Connectivity & Security
Hospital-Grade by Design
- PACS/DICOM integration — direct retrieval of patient studies using standard DICOM protocols
- On-premise operation — no cloud dependency; patient data stays inside the hospital
- Zero-trust security — role-based access control, encrypted data at rest and in transit, immutable audit logs
- Fail-safe architecture — safety partitioning, watchdog monitoring, and controlled fallback behavior in critical modules
Quality Framework
Engineered to Medical Software Standards
Software development follows a quality framework aligned with IEC 62304 (medical device software lifecycle) and ISO 14971 (risk management), with structured documentation, safety classification, and risk analysis throughout.
See the Technology in Action
Watch the AquaGuide™ platform at work in a personalized demonstration.
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