• With technology at the core of delivering care in radiation oncology, it is imperative that patient safety is not compromised. Integrating Healthcare Enterprise - Radiation Oncology (IHE-RO) is an initiative that helps to ensure a safe, efficient radiation oncology practice by improving system to system connections.

    Created in 2004, it is composed of members of the radiation oncology team, administrators and industry representatives that work together to ensure a safe and efficient radiation oncology clinic. The IHE-RO task force develops IHE Integration Profiles, which specify how industry standards are to be used to address specific clinical problems and ambiguities. These integration profiles are then tested at an annual Connectathon, where vendors meet to test the connectivity of their products. 

    In 2017 AAPM assumed operational responsibility for this program. 

  • What is IHE?

    IHE, Integrating the Healthcare Enterprise, is an initiative of health care professionals and industry representatives working together to improve the sharing of information between computer systems in health care. Radiation oncology is one domain of many under the greater umbrella of IHE. More information about IHE.

  • How can I join IHE-RO?

    IHE-RO is composed of organizations that seek to solve interoperability issues in radiation oncology. Membership in IHE-RO is through IHE.

    IHE membership application and details.

    If your organization is already a member of IHE, please contact ihero@aapm.org to become part of IHE-RO.

  • For the RO CommunityIHE-RO provides a platform for the radiation oncology team, administrators and industry representatives to address these issues and develop solutions that ensure your practice is delivering the most optimal care.
    For VendorsIHE-RO offers vendors the ability to work directly with clinicians to advance safe and appropriate care for patients.
    Clinical Impact StatementsIHE-RO profiles provide solutions to clinical challenges in the integration of technologies utilized within radiation oncology.