Washington, D.C. — May 12, 2026 — Apprio announced today that it has been awarded a 12‑month bridge contract by the Federal Bureau of Prisons (FBOP) to support continuity of healthcare operations. The contract period of performance runs from May 15, 2026, through May 14, 2027, and includes a six‑month base period with two three‑month option periods.
Under the bridge contract, Apprio will continue providing operational support for FBOP healthcare services, helping ensure stability, accuracy, and continuity during the transition period. Apprio’s work will be performed in accordance with government‑defined requirements and oversight, consistent with applicable statutes, regulations, and program guidelines.
The award reflects the FBOP’s confidence in Apprio’s ability to deliver disciplined, reliable operational support in mission‑critical environments. Apprio brings extensive experience supporting federally managed healthcare programs that require compliance‑driven execution, operational reliability, and scalable service delivery to meet national program demands.
“Continuity matters, especially in environments where healthcare operations directly support safety, accountability, and human dignity,” said Todd W. Traver, chief operating officer, Apprio. “We are honored to continue supporting the Bureau of Prisons and are committed to delivering consistent, audit‑ready performance that meets the government’s expectations.”
Apprio’s approach emphasizes structured processes, strong internal controls, and responsible application of technology to support efficiency and transparency while preserving government authority and oversight. The company remains focused on executing its work with integrity, discipline, and attention to detail throughout the entire period of performance.
About Apprio
Apprio is a federal services company providing technology‑enabled operational support to U.S. government and healthcare organizations. The company focuses on disciplined execution, ethical conduct, and reliable performance in support of mission‑critical operations.
