SwiftMR vs Cydar EV (Series B) and Cydar EV Maps

Similar category, different focus. These tools serve overlapping but distinct needs. Comparability 65/100 Comparability is an AI-graded 0–100 score of how directly these two tools compete — higher means a more apples-to-apples comparison.

SwiftMR

by AIRS Medical

Cydar EV (Series B) and Cydar EV Maps

by Cydar Medical

AI Verdict

SwiftMR is designed to optimize the acquisition and quality of MRI images, reducing scan times and enhancing diagnostic clarity. In contrast, Cydar EV Maps provides AI-powered real-time 3D visualization and guidance specifically for image-guided endovascular surgeries. While both leverage AI for medical imaging, SwiftMR focuses on diagnostic imaging efficiency, whereas Cydar EV Maps targets intraoperative surgical precision.

Choose SwiftMR if…

Choose SwiftMR if your primary goal is to significantly optimize the efficiency and quality of your existing MRI department. This tool is ideal for facilities looking to reduce patient scan times by up to 50% and enhance image clarity across all MRI vendors and sequences without requiring costly hardware upgrades, thereby improving patient throughput and diagnostic confidence.

View SwiftMR →

Choose Cydar EV (Series B) and Cydar EV Maps if…

Choose Cydar EV Maps if your focus is on enhancing the precision, safety, and outcomes of image-guided endovascular surgical procedures. This cloud-based AI software is best suited for interventional radiology, vascular surgery, and cardiology departments seeking real-time 3D visualization, AI-enhanced planning, and intraoperative guidance to reduce radiation exposure and procedure times.

View Cydar EV (Series B) and Cydar EV Maps →

Reviewed by Pouyan Golshani, MD — Interventional Radiologist

Quick Comparison

Feature	SwiftMR	Cydar EV (Series B) and Cydar EV Maps
Pricing	Subscription-based, starting at $50,000 per scanner per year. also offers subscription plans charged per scan volume on a site level and permanent licenses set per mri scanner.	Contact for pricing
Deployment	Cloud-based, Hybrid solution, Locally on dedicated hardware	Cloud-based (Software-as-a-Service)
FDA Status	1 AI-estimated	Yes AI-estimated
HIPAA	Unknown	Yes AI-estimated

Head-to-Head

AI-generated assessment across six dimensions based on each tool's documented features and compliance posture. Grounded in public data — not a substitute for hands-on evaluation.

Usability

SwiftMR

SwiftMR boasts rapid installation, often overnight, and requires no hardware upgrades, making integration into existing MRI workflows exceptionally smooth. Its vendor-neutral compatibility across all major MRI systems further simplifies adoption and reduces IT burden.

Clinical Value

Cydar EV (Series B) and Cydar EV Maps

While both tools offer significant clinical benefits, Cydar EV Maps provides real-time 3D visualization and guidance during complex endovascular surgeries, directly impacting surgical precision, reducing radiation exposure for both staff and patients, and shortening procedure times. This direct intervention in a high-stakes surgical environment offers a potentially more critical and immediate clinical impact.

Pricing & Value

SwiftMR

SwiftMR offers transparent, subscription-based pricing starting at $50,000 per scanner per year, with options for per-scan volume and permanent licenses, along with discounts for longer contracts and multiple scanners. Cydar EV Maps, in contrast, requires contacting them for pricing, which limits upfront value assessment.

Enterprise Readiness

SwiftMR

SwiftMR offers flexible deployment options including cloud-based, hybrid, and local dedicated hardware, catering to diverse enterprise IT infrastructures and security policies. Its vendor-neutral compatibility across all MRI manufacturers also ensures broad applicability within large healthcare systems.

Innovation

Cydar EV (Series B) and Cydar EV Maps

Cydar EV Maps demonstrates higher innovation by integrating AI for real-time 3D visualization and guidance directly into image-guided endovascular surgery, fusing pre-operative images with live fluoroscopy. This augmented intelligence during a complex surgical procedure represents a more advanced and transformative application of AI compared to MRI image reconstruction.

Support & Docs

Tie

Both AIRS Medical (for SwiftMR) and Cydar Medical (for Cydar EV Maps) indicate that they offer customer and technical support, including training. However, the provided information and web searches do not offer sufficient detail to definitively compare the comprehensiveness or quality of their documentation and support channels.

Feature-by-Feature

Detail beyond the Quick Comparison summary. For pricing, deployment, BAA, FDA, and HIPAA see the Overview tab.

Feature	SwiftMR	Cydar EV (Series B) and Cydar EV Maps
Product Name	SwiftMR	Cydar EV (Series B) and Cydar EV Maps
Company	AIRS Medical	Cydar Medical
Tagline	AI-Powered MRI Enhancement Solution	Surgical Augmented Intelligence for Image-Guided Procedures
Primary Application	AI-powered MRI image reconstruction software that reduces scan times and enhances image quality.	Cloud-based AI software that provides real-time 3D visualization and guidance for image-guided endovascular surgery.
Core Benefit: Time Reduction	Reduces MRI scan times by up to 50%	Reduced procedure time
Core Benefit: Quality/Guidance Improvement	Enhances image quality (denoising, sharpening, higher resolution), vendor-neutral compatibility.	Real-time 3D visualization and guidance, AI-enhanced vessel measurements, 3D surgical planning maps, real-time fusion of 3D pre-operative images with 2D fluoroscopy.

Videos

Demos, reviews, and walkthroughs featuring SwiftMR and Cydar EV (Series B) and Cydar EV Maps.

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Frequently Asked Questions

How do these tools specifically address the clinical needs of my specialty, whether diagnostic radiology or interventional surgery?

SwiftMR is designed for diagnostic radiology, reducing MRI scan times by up to 50% and enhancing image quality through denoising, sharpening, and higher resolution across all MRI vendors and sequences. Cydar EV Maps is tailored for interventional specialties like Cardiology, Interventional Radiology, and Vascular Surgery, providing real-time 3D visualization and guidance for image-guided endovascular surgery, enhancing planning, navigation, and outcomes.

What is the depth of integration into existing clinical workflows and EHR systems for each tool?

SwiftMR offers seamless integration with existing PACS and MRI systems via DICOM, operating transparently to the clinical team without changes to radiologist workstations or reading software. Cydar EV Maps integrates with existing imaging hardware and utilizes cloud-based data sharing and collaboration, providing real-time fusion of 3D pre-operative images with 2D fluoroscopy for surgical guidance.

What specific metrics or clinical evidence demonstrate the accuracy and sensitivity improvements offered by each tool?

SwiftMR has demonstrated an average scan time reduction of 41% without degrading image quality or diagnostic performance in multi-reader, multi-vendor studies, and improved subjective image quality in 93.7% of cases despite reduced scan times. Cydar EV Maps has shown a mean 35% reduction in X-ray fluoroscopy screening time, a 41% reduction in iodinated contrast, and a one-hour reduction in average operating time in early clinical studies. It also provides AI-enhanced vessel measurements and real-time 3D visualization for surgical precision.

What is the typical learning curve for physicians and staff to become proficient with each tool, and what is the estimated time to realize clinical and operational value?

SwiftMR boasts rapid installation and deployment, often within days or overnight, with no disruption, downtime, or retraining required for existing PACS workflows, suggesting a quick time-to-value, with many sites live within a week. Cydar EV Maps is designed for easy integration into current surgical workflows, with automatic updates and real-time support, and studies are assessing the potential implications of any 'learning curve' effects on procedure times.

What audit-trail capabilities does each tool offer to track user interactions, data modifications, and AI model outputs for clinical governance and accountability?

While the provided information does not explicitly detail specific audit-trail features for either tool, robust audit trails typically include user identification, timestamps, actions performed, and records affected to ensure data integrity and accountability in healthcare systems. For SwiftMR, its security upgrades include stronger password policies, multi-factor authentication, and smarter session management, which are foundational for comprehensive audit logging. Cydar EV Maps, being a cloud-based surgical guidance system, would likely incorporate similar logging for user interactions and data changes to maintain clinical governance.

What are the key considerations and support mechanisms for rolling out each tool across multiple facilities in a multi-site healthcare system?

SwiftMR is vendor-neutral, compatible with all MRI vendors and sequences without hardware upgrades, making it suitable for consistent deployment across diverse scanner environments in multi-site systems. Cydar EV Maps is a cloud-based solution designed for scalability and interoperability, facilitating data sharing and collaboration across multidisciplinary teams and locations, with automatic updates and real-time support to minimize IT efforts.

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Backers

Who funded each tool's parent company.

SwiftMR

Medical Technology Venture Partners

Cydar EV (Series B) and Cydar EV Maps

Downing LLP