medDispense Series Automated Interface

The Missouri Department of Mental Health (DMH) has issued a Single Feasible Source (SFS) solicitation, designated as SFS25000265, for the creation of an automated interface between its newly built Electronic Health Record system and existing Touchpoint night lockers at three specific locations: St. Joseph, Farmington, and Fulton. The procurement seeks a vendor to develop the medDispense Series Automated Interface, which will enable seamless electronic communication between the department's new health record system and its existing night locker infrastructure. The solicitation is open to all vendors and will run from July 31, 2024, at 3:00 PM CDT to August 5, 2024, at 2:00 PM CDT, with vendors responsible for ensuring timely submission of their responses. The primary deliverable is a fully functional automated interface that integrates the two systems, with delivery terms specified as Free On Board Destination and payment terms to be determined by the vendor. The technical point of contact for this solicitation is David Thompson at the Department of Mental Health in Jefferson City, Missouri, who can be reached at 573-526-5751 or david.thompson@dmh.mo.gov.

The solicitation does not specify any set-aside designations or restrictions on responding organizations, indicating that it is open to all vendors regardless of size, minority status, or business classification. No incumbent vendor is mentioned, and there are no explicit details about the current technological environment beyond the existence of the new Electronic Health Record system and the Touchpoint night lockers. The estimated total value of the contract is not disclosed in any of the provided documents, leaving the potential budget range undefined. The procurement appears to be a straightforward, technically focused solicitation with no additional complexity related to vendor qualifications or competitive bidding processes. The lack of detailed information suggests this is a targeted procurement for a specific technical solution to integrate the DMH's electronic systems at the specified locations.