Stroke IQ
AI software for stroke CT, coming soon. Stroke IQ is being built to detect signs of stroke in seconds and alert the care team, for the minutes that matter.
Stroke IQ transforms emergency stroke care by analyzing CT scans in under 30 seconds, detecting both ischemic and hemorrhagic strokes with specialist-level accuracy. Our AI solution automatically segments affected brain regions and delivers comprehensive reports directly to your clinical team's devices. By providing rapid, reliable analysis 24/7, Stroke IQ helps emergency teams reduce door-to-treatment times, make more confident treatment decisions, and ultimately improve functional outcomes for stroke patients when every minute counts.
Intelligent Capabilities
Real-time Stroke Analysis
Instantaneous CT scan processing in under 30 seconds. Stroke detection and classification delivered before the patient leaves the CT scanner.
Expert Stroke Detection at Every Facility
Equip community hospitals with stroke-center-level diagnostic support. Identify subtle early ischemic changes often missed in busy emergency settings, regardless of facility size.
Comprehensive Stroke Assessment
Visualize exact stroke location and extent with color-coded overlays. Consistent assessment quality regardless of radiologist experience level, with automated clinical reporting and documentation.
Immediate Clinical Team Activation
Alert the entire stroke team simultaneously in seconds. Remote specialists can review cases instantly from anywhere — communication delays that postpone treatment decisions are eliminated.
Evidence-Based Decision Support
Treatment recommendations grounded in the latest stroke guidelines. Determine thrombolysis eligibility with greater confidence and make faster, more informed transfer decisions for thrombectomy candidates.
Seamless Emergency Workflow Integration
Deploys without disrupting existing emergency protocols. Integrates directly with any CT scanner and PACS/RIS system; findings document automatically into your EMR via HL7.
Built for the teams who respond to stroke.
Emergency Departments
Possible strokes flagged as soon as the scan is done.
Stroke and Neurology Teams
Alerts that reach the team wherever they are.
Hospitals Without 24/7 Neurology
Support when a specialist isn't on site.
The details
Imaging modalities supported+
Non-contrast CT (NCCT) of the brain in standard DICOM. Optional support for CT angiography and CT perfusion is on the roadmap; speak to your account manager about current availability.
Performance envelope+
End-to-end NCCT analysis in under 30 seconds at 1× hardware. ASPECTS scoring and ischemic-change overlay generated as part of the same pass.
Deployment model+
Cloud, on-premise, or hybrid. Emergency-department deployments typically run on-premise to keep total turnaround inside the stroke-team activation window.
Integration interfaces+
DICOM C-STORE for image ingestion; HL7 v2.x for orders and results; secure webhooks for stroke-team pager and chat platforms; REST APIs for downstream automation.
Security posture+
AES-256 encryption at rest, TLS 1.3 in transit, RBAC, comprehensive audit logging. On-prem deployments isolate from the public internet by default.
Reporting outputs+
Structured DICOM SR with ASPECTS scoring, color-coded overlay images, PDF report, and templated EMR text. Stroke-team activation messaging is configurable.
Clinical scope+
Stroke IQ is an AI-assisted reading and triage aid. It does not replace clinical judgment; treatment decisions remain under licensed clinician responsibility.
Fits into the systems you already run
CT Scanner
Direct DICOM connectivity with all major CT scanner vendors.
PACS / RIS
Standard PACS storage and worklist integration; HL7 result messaging.
EMR
HL7-based result documentation and SMART-on-FHIR launch where supported.
On-premise
Self-hosted deployment for emergency departments requiring full-tenant isolation.
Cloud
Saudi-region cloud deployment with PDPL-aligned data residency.
Frequently Asked Questions
Most stroke teams complete onboarding in a single working session: 60 minutes for radiology and neurology, plus a 30-minute orientation for emergency physicians and pager-tier responders. The workflow runs inside your existing PACS — no new clinical tools to learn.
Read more
Transforming Stroke Care Pathways with AI
The management of acute stroke represents one of medicine's most time-sensitive clinical scenarios. Traditional stroke care pathways, while continuously refined over decades, remain constrained by inherent human and…
Time is Brain: The Critical Window for Stroke Intervention
When it comes to stroke intervention, every second counts. The phrase "Time is Brain" isn't just a catchy medical axiom—it's a stark clinical reality that quantifies the devastating neural loss that occurs during a…
5 Common Misconceptions About AI in Stroke Care
Artificial intelligence is rapidly transforming stroke diagnosis and management, yet several persistent misconceptions continue to influence its adoption and implementation. As healthcare systems increasingly explore…
Built on a clinical-grade foundation
Medical-device quality management system
Information security management system in implementation
Developed under an IEC 62304-compliant software lifecycle
On-premise or Saudi-region deployment — customer's choice
Encryption at rest; TLS 1.3 in transit
Saudi Personal Data Protection Law compliance
Clinical data exchange on the FHIR R4 standard
Native DICOM imaging interoperability