The SBIR program is specifically designed to support the rapid acquisition of advanced 技术 into the hands of military services. 与利乐全球最大体育平台一致 以科学引领®方法, the SBIR vehicle is designed to stimulate and foster scientific and technological innovation while increasing commercialization of federal research and development.
SBIR项目是如何运作的?
A key goal of the SBIR program is to fund and reward innovation, and this requires a rapid and agile approach to contracting, which is not typical in other parts of the federal procurement world. The SBIR program achieves this through a three-phase award process, enabling them to effectively address requirements, 奖很快, 保证值, and then follow through with a larger investment:
- 第一阶段 授予U.S.-based small businesses with SBIR Research/Research & 开发(R / R&D) funds with the objective to establish the technical feasibility, 科学价值, 和提议的R的潜力&D努力
- 二期 被授予SBIR R/R&D基金 to 第一阶段 SBIR holders to build-out, prototype, and test efforts defined in a 第一阶段 SBIR
- 第三阶段 is awarded to any 第一阶段 or II SBIR awardee any time after a 第一阶段 award for the purpose of leveraging the effort defined, 原型, 并在之前的阶段进行了测试
A 第三阶段 SBIR allows the government to achieve a great return on 第一阶段 and II investments, as it enables organizations with a similar challenge to go straight to the solution provider and issue a direct award contract. 第三阶段奖励不使用SBIR R/R&D基金.
To further streamline the procurement process, the SBIR program enables a direct sole-source contract for 第三阶段 awards. This approach leverages the competitively sourced 第一阶段 and II awards and provides new solutions to meet federal programs’ needs. Awarding a 第三阶段 SBIR is a simplified acquisition approach that accelerates the time from need to solution and reduces costs compared to other procurement approaches. A sole-source award can be made in a matter of months or even weeks. An issuance of a 第一阶段 and 二期 SBIR is considered a competitive-based award, satisfying the requirement for competition. This makes 第三阶段 contracts highly attractive.
Tetra Tech 联邦它 Group’s SBIR for modernizing and migrating legacy systems to the cloud
Segue技术, part of the Tetra Tech 联邦它 Group, was awarded an SBIR to modernize and migrate legacy systems to the cloud using their suite of system engineering practices, the unique Segue Process Framework (SPF), and a leading no/low code development 平台 that provides advanced capabilities. These capabilities included analytics, 机器学习(ML), 全球最大体育平台工智能(AI), and robotic and digital process automation. Since cloud migration is a key driver in legacy system sustainment and modernization efforts, SBIR提供了这个过程, 平台, and agile methodology critical to its success.
Tetra Tech’s 第一阶段 and 二期 SBIR projects consisted of assessing and choosing a no/low code development 平台, and then prototyping a selected legacy system capability in that 平台 to demonstrate migrating the capability vs. 该系统. Following an Agile engineering approach, Tetra Tech worked with an Air Force organization to identify a specific set of business capabilities and developed a prototype to successfully support those processes. The solution addressed important considerations for advancing the no/low code 平台 into an operational environment and included reusable component architecture, 软件代码重用, and seamless acceptance and support of solutions developed by another organization. The approach proven via 第一阶段 and II can now be applied to any other organization that participates in the SBIR program through a 第三阶段 award, as it would be an extension of that initial investment.
The efficiency of the SBIR contracting approach leverages the competitively sourced 第一阶段 and II awards and provides new solutions to meet federal programs’ needs quickly. This makes 第三阶段 contracts highly attractive, and the impact of Tetra Tech’s solution is quickly felt, leading to timely delivery and a satisfied client.