Building Sovereign UAE IP | Predictive Healthcare

Seeing the Unseen.

The smallest clots cause the greatest blind spots in stroke diagnosis. Our AI cuts through the complexity of distal medium vessel occlusions - detecting and localizing with accuracy that redefines the standard of care.

0years

strokes strike UAE residents earlier than global average

0M+

new strokes per year globally

0M

neurons die every 60 seconds

0%+

DMVO cases missed by radiologists

THE SOLUTION

Avyuct AI detects what eyes miss.

Autonomous Medical Intelligence — from emergency triage to population-scale screening.

AI DETECTION & ANALYSIS
01

DMVO Detection

Distal Medium Vessel Occlusion

Routinely missed by the human eye. 86% AI sensitivity vs. standard-of-care.

02

LVO Detection

Large Vessel Occlusion

The most severe strokes. AI flags in seconds for immediate thrombectomy decision.

Inference Triage Time< 30 seconds
Standard CTA94% Diagnostic Accuracy
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03

Population-Scale Screening

Global Deployment

Deployable in any hospital, any ER, anywhere in the world. AI reads, flags, alerts.

Edge-Native ArchitectureHIPAA Compliant Local AIUniversal PACS/DICOM Integration
04

Sub-Threshold Precision & Accuracy

Clinical Superiority in Micro-Ischemia

Proprietary deep neural networks trained on expert-adjudicated distal stroke datasets, delivering unmatched sensitivity where traditional tools fail.

5 U.S. Patents FiledNIH StrokeNet Partner
View Validation Data
STROKE DETECTION SUITE

Detecting & Localizing Strokes Across All Vessel Segments

Comprehensive vascular AI triage covering proximal LVO, distal M3 (DMVO), and hemorrhagic stroke detection.

LVO DETECTION · M1

Critical Emergency

Proximal Large Vessel Occlusion

  • Detection time: < 30 seconds
  • Sensitivity: 94%
  • Integration: PACS / RIS compatible
  • Scope: Proximal M1, ICA, Basilar
PRIMARY CLINICAL FOCUS

M3 Segment

The Hidden Distal Stroke

  • Sensitivity: 86% (vs. 60% unaided)
  • Coverage: 25% of all stroke cases
  • Vessels: Distal M2, M3 segments
  • Neural Model: JEPA Causal AI
IN DEVELOPMENT · Q3 2026

Brain Bleeds

Hemorrhagic Stroke AI

  • Status: Internal Validation
  • Expected Launch: Q3 2026
  • Modality: Non-contrast CT (NCCT)
  • Analysis: Bleed volume estimation
LIVE TRIAGE INTERACTIVE INSPECTION

M3 Segment - The Hidden Stroke

86% SENSITIVITY
NEUROVASCULAR AI

THE NEXT GENERATION

Autonomous Medical Intelligence

The Neurovascular World Model goes beyond image analysis to understand the brain's vascular system and its underlying dynamics, enabling earlier detection before critical stages.

Building Neurovascular World Model

A foundation AI model trained to map biological normalcy across cerebral vasculature - detecting and localizing life-threatening anomalies at the speed and accuracy no human can consistently match.

Dynamic Vascular Mapping

3D MESH & TREES

Reconstructs detailed vascular trees and structural connections across the brain in real time.

Assess Vascular Risks

FULL-BODY SCAN

Analyze cerebral blood flow, map coronary artery, and assess peripheral vascular risk.

Early Intervention Support

CLINICAL TRIAGE

Empowers clinical teams to identify sub-clinical changes before reaching critical stages.

NEUROVASCULAR WORLD MODEL

The Future of Predictive Medicine

A foundation AI model trained to map biological normalcy across cerebral vasculature - detecting and localizing life-threatening anomalies at the speed and accuracy no human can consistently match.

STAGE 01

Multimodal Input

CT, MRI, ultrasound, and other imaging systems capturing raw data from the human body.

STAGE 02

JEPA Causal Learning

Causal representation learning to understand vascular structures, tissue context, and disease patterns beyond pixel matching.

STAGE 03

Predictive Output

Real-time, actionable, full-body vascular map enabling clinicians to instantly analyze cerebral blood flow.

HOW IT WORKS

Discover How It Works

Your Guide to Seamless Clinical & Vascular AI Triage

1
Step 01

Data Preparation

Automated Data Ingestion & Preprocessing

Standardize, clean and prepare the medical data for model training.

Avyuct AI Pipeline Phase 01
2

Model Training

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3

Inferencing

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4

Actionable Insights

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Ready to Deploy Avyuct?

Join leading medical institutions using AI for life-saving stroke detection.

86% sensitivity for hidden distal strokes
HIPAA compliant, FDA clearance pending
Seamless PACS/RIS integration

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