About
Cydar Medical is an enterprise-grade, cloud-based AI platform purpose-built for minimally invasive image-guided surgery, particularly endovascular and vascular procedures. The platform's flagship product, Cydar Maps, delivers an end-to-end surgical intelligence workflow spanning pre-operative planning, intraoperative guidance, and post-operative outcome analysis. In the planning phase, clinicians can generate highly accurate 3D surgical maps by leveraging AI-enhanced vessel measurements and anatomical insights derived from CT scans. During procedures, the Intraoperative Guide software overlays these maps in real time, giving surgeons spatial context and precision that significantly improves device positioning and branch cannulation — even in complex anatomies. Post-surgery, the Automatic Volume Assessment (AVA) tool automatically estimates aortic volume from any CT scan, enabling systematic monitoring of patient outcomes over time. A rich analytics layer helps clinical and operational leaders optimize resource utilization, track outcomes, and drive process improvement across their programs. Cydar Maps also supports real-time remote collaboration, allowing expert consultants and multidisciplinary teams to join cases virtually. Integration with hospital systems is designed to be non-disruptive, and the Cydar Companion App (iOS and Android) provides secure photo-sharing and direct access to 24/7 support. Clinical outcomes reported by users include significant reductions in radiation exposure, procedure duration, and contrast agent consumption.
Key Features
- 3D Surgical Planning (Cydar Maps): Creates precise 3D surgical maps from CT scans using AI-enhanced vessel measurements and anatomical insights to guide pre-operative decision-making.
- Intraoperative Guide Software: Overlays AI-generated 3D maps in real time during surgery, improving device positioning accuracy and simplifying complex anatomical navigation.
- Automatic Volume Assessment (AVA): Automatically estimates aortic volume from any CT scan, enabling consistent pre- and post-operative outcome monitoring without manual measurement.
- Real-Time Remote Collaboration: Enables specialists and multidisciplinary teams to share image data, surgical maps, and live procedures across the Cydar ecosystem from anywhere.
- Enterprise Integration & Analytics: Interoperable with existing hospital systems; provides analytics to optimize operating room resource utilization, workflow efficiency, and clinical ROI.
Use Cases
- Pre-operative 3D surgical planning for complex endovascular aortic repair (EVAR) procedures using AI-enhanced vessel measurement.
- Real-time intraoperative guidance during minimally invasive vascular surgery to improve device placement accuracy in difficult anatomies.
- Post-operative monitoring of aortic volume changes over time using automated CT analysis to assess surgical outcomes.
- Remote collaboration between referring surgeons, vascular specialists, and multidisciplinary teams during complex live surgical cases.
- Operational analytics for hospital administrators to optimize operating room utilization and measure ROI of vascular surgery programs.
Pros
- Clinically Proven Outcome Improvements: Documented reductions in radiation exposure, procedure times, and contrast agent use, validated by leading vascular surgery centers globally.
- End-to-End Surgical Workflow: Covers the full surgical continuum — planning, intraoperative guidance, and post-op analysis — in a single integrated cloud platform.
- Real-Time Expert Collaboration: Remote collaboration and 24/7 support through the Companion App allows institutions to leverage external expertise without on-site presence.
- Non-Disruptive Enterprise Integration: Designed to integrate with existing hospital IT systems and workflows without disruption, supporting scalable deployment across health networks.
Cons
- Enterprise-Only Pricing: The platform targets hospitals and large clinical programs, making it inaccessible or cost-prohibitive for smaller practices or individual clinicians.
- Specialized Use Case: Primarily focused on vascular and endovascular surgery, limiting its applicability to other surgical specialties or general imaging workflows.
- Requires CT Imaging Infrastructure: Full functionality depends on access to CT scan data, which may pose a barrier in lower-resource or non-imaging-equipped clinical settings.
Frequently Asked Questions
What types of surgeries does Cydar Medical support?
Cydar Medical is primarily designed for minimally invasive, image-guided vascular and endovascular procedures, such as EVAR (endovascular aortic repair) and complex aortic interventions.
How does Cydar Maps improve surgical precision?
Cydar Maps generates AI-enhanced 3D models from patient CT scans and overlays them intraoperatively, giving surgeons real-time spatial guidance to improve device positioning and navigate complex anatomy more confidently.
Can Cydar Medical integrate with existing hospital systems?
Yes. The platform is built to be interoperable with existing hospital IT infrastructure and clinical workflows, minimizing disruption during deployment.
Is there a mobile app for Cydar Medical?
Yes. The Cydar Companion App is available on iOS and Android and enables secure photo sharing with the support team, a 2FA authentication system, and access to case information remotely.
How does the Automatic Volume Assessment tool work?
The AVA tool automatically analyzes CT scan data to estimate aortic volume, eliminating the need for manual measurements and enabling consistent, repeatable monitoring of patient outcomes before and after surgery.
