The Direct Project announced today the completion of its open-source connectivity-enabling software and the start of a series of pilots that will be demonstrating directed secure messaging for healthcare stakeholders over the internet. The Direct Project specifies a simple, secure, scalable, standards-based way for participants to send authenticated, encrypted health information directly to known, trusted recipients over the Internet.
Also announced:
- A new name – the Direct Project was previously known as NHIN Direct
- An NHIN University course, The Direct Project – Where We Are Today, to be presented by Arien Malec, November 29 at 1 PM ET, sponsored by the National eHealth Collaborative
- An extensive list of HIT vendors (20+) that have announced plans to leverage the Direct Project for message transport in connection with their solutions and services
- Presentations at the HIT Standards Committee on Tuesday November 30 where three or more vendors will be announcing their support for the Direct Project.
- A thorough documentation library including a Direct Project Overview
- Best practice guidance for directed messaging based on the policy work of the Privacy and Security Tiger team
- A new web site at DirectProject.org
- A new hashtag #directproject for following the Direct Project on twitter.
The Direct Project is the collaborative and voluntary work of a group of healthcare stakeholders representing more than 50 provider, state, HIE and HIT vendor organizations. Over 200 participants have contributed to the project. It’s rapid progress, transparency, and community consensus approach have established it as a model of how to drive innovation at a national level.
Today, communication of health information among providers and patients is most often achieved by sending paper through the mail or via fax. The Direct Project seeks to benefit patients and providers by improving the transport of health information, making it faster, more secure, and less expensive. The Direct Project will facilitate “direct” communication patterns with an eye toward approaching more advanced levels of interoperability than simple paper can provide.