Site: aquamedsoft.com · Page: /technology/
Status: DRAFT — for client review. All claims sourced from SDD documents.
HERO
Eyebrow: The Engine Behind the Platform
H1: AI Technology Built for the Operating Room
Subheadline: 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.
CTA (primary): Explore AquaGuide™ CTA (secondary): See the Evidence
AI ANALYSIS ENGINE
H2: From Raw Scans to Actionable Insight
Automatic Tumor Detection Deep learning models identify and outline tumors on patient scans — giving the surgical team 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 — revealing the critical neural pathways the surgeon must avoid.
Automatic fMRI Analysis Functional MRI is analyzed to locate the active brain regions responsible for movement, speech, and other vital functions — so the plan protects them.
Intelligent Assistance (LLM + RAG) Built on large language models with retrieval-augmented generation, the system answers the surgeon’s questions in real time, drawing on a curated knowledge base of authoritative reference literature and documented surgical reports.
3D VISUALIZATION
H2: 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
H2: 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
H2: Hospital-Grade by Design
- PACS/DICOM integration — direct retrieval of patient studies from the hospital network 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
H2: 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.
CLOSING CTA
H2: See the Technology in Action
CTA: Request a Demo Secondary: Explore the Products