November 19, 2024

AFG Awarded GSA OASIS+ WOSB IDIQ

AFG Group, Inc. (AFG) is excited to announce its selection as a prime awardee for the highly competitive GSA OASIS+ Woman-Owned Small Business (WOSB) IDIQ.

This government-wide, multi-award, Indefinite Delivery Indefinite Quantity (IDIQ) contract provides a five-year opportunity for AFG to deliver innovative and high-impact professional services to federal agencies, including critical national security entities.

As a part of the OASIS+ WOSB program, AFG will bring streamlined procurement solutions to government clients, helping them address today’s most pressing challenges with greater flexibility, speed, and efficiency. We are honored to continue serving as a trusted partner for federal agencies, offering services across three Domains.

Through the Management & Advisory Domain, AFG will provide expert insights, operational guidance, and consulting to improve performance and streamline processes. Our expertise in the Technical & Engineering Domain will support agencies in system design, development, and process engineering. Within the Facilities Domain, AFG will offer vital maintenance and operational support for federal and industrial real property, including defense installations and healthcare facilities.

AFG is looking forward to collaborating with our federal partners on this impactful contract, driving mission success across program management, engineering, logistics, financial services, and beyond.

Learn more about our OASIS+ offerings from our OASIS+ Capabilities Sheet.

About AFG Group, Inc.

AFG Group, Inc. is a woman-­owned firm focused on multi-­disciplined program, construction, and relocation management, with a national portfolio of work in healthcare, laboratories, courthouses, educational facilities, and government buildings. With 30 years of business acumen, AFG has earned a reputation for providing strong expertise, responsiveness, and project execution that helps owners navigate through complex design, procurement, construction, and activation processes.