Indefinite Delivery Contract HQ085926DE389

Simetri, Inc., an economically disadvantaged women-owned small business and certified 8(a) Program participant headquartered in Winter Park, Florida, has been awarded a multiple-award indefinite delivery contract by the Missile Defense Agency (MDA) with a ceiling value of $151 billion and an ultimate completion date of December 28, 2035. Under this Scalable Homeland Innovative Enterprise Layered Defense (SHIELD) IDIQ contract awarded on December 29, 2025, Simetri will compete for task orders to provide materials, labor, equipment, and facilities necessary to support MDA's multi-domain defense objectives. The contract operates under full and open competition with no set-aside designations, enabling the government to award to all qualifying responsible sources submitting technically acceptable proposals with fair and reasonable pricing as outlined in Federal Acquisition Regulation 15.304(c)(1)(ii).

The SHIELD IDIQ procurement encompasses comprehensive support across the entire lifecycle of advanced defense systems, including research and development, prototyping, systems engineering, weapon design, production, test and evaluation, and modernization efforts. Work areas address detection, tracking, interception, and neutralization capabilities against air, missile, space, cyber, and hybrid threats across multiple flight phases, including ballistic, hypersonic, and cruise missile defense. The contract vehicle supports both classified and unclassified programs across multiple security domains and utilizes various contract types across multiple North American Industry Classification System codes, with individual task and delivery orders potentially requiring different facility clearances. Simetri's demonstrated expertise in advanced medical simulation, engineering services, research and development support, and specialized defense technologies positions the firm to compete for orders supporting MDA's 10-year layered defense architecture leveraging artificial intelligence, machine learning, digital engineering, and open systems architectures.