SHARP-VT provides a virtual platform for cardiac radioablation planning that streamlines scheduling, allowing patients to receive treatment sooner while improving target accuracy and lowering radiation dose.
Funding
Funding not disclosed
Founders
Product
Problem
Cardiac radioablation procedures require complex planning workflows, extensive scheduling coordination, and high expertise to achieve precise targeting while minimizing radiation exposure. Delays in planning can postpone treatment, and variability in planner experience can affect plan quality and patient outcomes.
Solution
SHARP-VT offers a cloud‑based virtual platform that streamlines the entire cardiac radioablation planning process. The software automates scheduling, integrates imaging data, and provides decision support tools that improve target delineation accuracy and reduce prescribed radiation dose. Built‑in collaboration features enable remote multi‑disciplinary review and real‑time proctoring, allowing clinicians of varying experience levels to generate consistent, high‑quality treatment plans. The intuitive user interface reduces training time and supports seamless integration into existing clinical workflows, helping patients receive therapy sooner.
Target Audience
Primary users are electrophysiology teams, radiation oncologists, and medical physicists at hospitals and specialized cardiac ablation centers that perform non‑invasive cardiac radioablation.
Features
- Automated scheduling module that coordinates imaging, contouring, and plan approval steps
- Advanced target‑accuracy algorithms that optimize lesion placement and minimize collateral radiation dose
- Standardized planning templates that ensure consistent plan quality across users
- Virtual collaboration workspace with screen‑sharing, annotation, and remote proctoring tools
- Cloud‑hosted architecture with secure data encryption and HIPAA‑compliant access controls
- Integration adapters for common imaging formats (DICOM) and treatment planning systems