Vim empowers EHR organizations with a cutting-edge, purpose-built platform designed to seamlessly connect with payer data, third-party applications, and custom solutions—all within a fully integrable ecosystem. Our industry-leading technology streamlines workflows, boosts provider engagement, and delivers unmatched scalability to elevate your EHR platform and redefine the user experience.
Vim provides a fully integrated, white-labeled solution designed to expand the capabilities of your EHR platform. Our technology enables effortless connectivity with payer data, advanced point-of-care applications, and AI-driven insights—without requiring extensive development efforts.
Vim Connect Applications embed directly into your EHR environment, enhancing provider workflows, optimizing performance, and improving the patient experience. Click below to explore the full suite of Vim Connect solutions.
Backed by the most reputable names in healthcare, Vim connects EHRs with top payers and health tech innovators.
Gain instant access to a vast ecosystem of payer data, third-party applications, and advanced point-of-care solutions.
Pre-established contracts and data access significantly reduce time-to-market, enabling faster monetization for EHR partners.
Flexibly integrate proprietary or preferred vendor applications, ensuring adaptability to evolving healthcare demands.
Vim handles the heavy lifting of development and implementation, so your team can focus on delivering an exceptional EHR experience.
Vim Canvas is a powerful EHR connectivity platform designed to seamlessly integrate and deliver third-party applications within existing EHR workflows at the point of care. With Vim Canvas, EHR organizations can enable their customers to rapidly deploy and scale proprietary clinical applications—enhancing provider workflows without the complexity of direct EHR integrations.
By embedding Vim Canvas, EHR organizations can unlock integration with third party apps, drive adoption of clinical applications, and enhance provider engagement—all with a scalable, frictionless model.
