Secure Channel
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Research
The research surface focuses on what NEXQ is actively specialized in: clinical modeling, diagnostics prediction, secure translational workflows, regeneration systems, and encryption-aware deployment.
Research focus
NEXQ research emphasizes clinical impact, secure collaboration, and deployment realism across every specialty lane.
Specialty domains
Each lane below reflects active specialization topics rather than blog posts, keeping the research page dedicated to capability and domain clarity.
TumorQ specialization lane
PEEL FOR CONTEXT.
TumorQ specialization lane
TumorQ research emphasizes region-aware imaging interpretation, segmentation confidence, and intervention framing under secure clinical review.
HeartQ specialization lane
PEEL FOR CONTEXT.
HeartQ specialization lane
HeartQ programs target intervention timing, scaffold reasoning, and biomarker-aware pathways for longevity-focused cardiovascular systems.
LiMiQ diagnostics prediction lane
PEEL FOR CONTEXT.
LiMiQ diagnostics prediction lane
LiMiQ research focuses on encrypted multimodal diagnostics reasoning, predictive risk stratification, and clinician-aligned agent outputs for faster decision support.
LiMiQ compliance encryption lane
PEEL FOR CONTEXT.
LiMiQ compliance encryption lane
LiMiQ is designed around HIPAA/GDPR operating patterns, role-bounded access, and proprietary hybrid quantum encryption, including mini-hybrid-fault-tolerant pathways.
Security specialization lane
PEEL FOR CONTEXT.
Security specialization lane
Every research route is designed with access boundaries, audit narratives, and confidentiality controls from intake through deployment.
Research-to-deployment lane
PEEL FOR CONTEXT.
Research-to-deployment lane
NEXQ research is structured for practical routes into hospitals, biotech teams, and enterprise programs instead of isolated lab narratives.
All-in-one compliance PACS lane
PEEL FOR CONTEXT.
All-in-one compliance PACS lane
A unified PACS lane that connects intake, imaging exchange, retention policy controls, and audit-ready collaboration in one end-to-end compliant operating model.
Patent-pending proprietary QCNN lane
PEEL FOR CONTEXT.
Patent-pending proprietary QCNN lane
First official application focus for hybrid QCNN workflows with a patent-pending direction and proprietary algorithm architecture designed for secure healthcare deployment.
Research methods
Research domains, methods, and deployment translation are maintained here, while published writing lives in the dedicated blog page.
Domain coverage
Readable support for diagnostics, intervention planning, and collaborative review workflows.
Cross-functional simulation signals for translational studies and product readiness decisions.
Role-separated collaboration architecture for sensitive healthcare and research contexts.
Method stack
