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The Pentagon generally starts with a military mission problem, not a technology looking for a buyer. Users and military organizations identify a capability gap; teams assess and test possible solutions; then officials choose an acquisition route and an organization able to fund, integrate, produce, and support what proves useful. A successful prototype can help make that case, but it does not automatically lead to a purchase or service-wide deployment.
How does a military technology move from need to fielding?
The process is not one fixed sequence for every system, and authority varies with the program, funding, service, and acquisition pathway. In broad terms, it moves through these stages:
- Identify an operational gap. Military users, combatant commands, and joint organizations describe a problem or capability they need. The Joint Staff helps identify and prioritize critical capabilities for warfighters, with the services and other organizations contributing.
- Assess possible solutions. Research and engineering organizations consider whether technology can address the gap. Department innovation efforts also look for commercial and dual-use technologies that may apply to defense challenges.
- Experiment and prototype. Teams may use laboratory work, modeling, exercises, or live environments to develop and evaluate a candidate. The point is to gather evidence under relevant conditions, not simply to stage an impressive demonstration.
- Choose a pathway and responsible organization. Officials match the capability and its maturity to an acquisition route. A service, program office, or other DoD component must be prepared to take responsibility for requirements and the next steps.
- Scale and support what is selected. Production and fielding require more than a working prototype: the system may need cybersecurity and compliance work, integration with existing equipment, funding, production capacity, training, and long-term sustainment.
The Pentagon does not publish one universal scorecard for every technology decision. The route and decision authority depend on the specific program.
Who decides whether a technology is worth pursuing?
There is no single committee that makes every choice. Different organizations contribute at different stages:
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- Operational users and commands describe problems and assess whether a proposed capability is useful in practice.
- Joint organizations help prioritize needs that cross service boundaries. For example, the Rapid Defense Experimentation Reserve (RDER) evaluates multi-service experiments that could advance joint warfighting concepts. In an April 27, 2023 address, Deputy Secretary of Defense Kathleen Hicks described it as “an internal process that evaluates multi-service capability experiments with promise for advancing joint warfighting concepts.”
- Research and engineering teams explore technical options and help mature or test them.
- Acquisition officials and program offices select and execute procurement approaches, subject to the program’s requirements and authority.
- Testing and operational organizations provide evidence about performance and suitability.
- Services and other DoD components may need to own a transition into production and take on integration, training, and support.
- Industry proposes and supplies technologies, but a company’s proposal or successful demonstration does not itself establish a DoD requirement or commit the department to buy.
Which acquisition routes can the Pentagon use?
DoD has tailored routes rather than a single pipeline. The broad distinctions below describe what the pathways are for; they do not guarantee a particular schedule or outcome.
| Route or mechanism | What it is for | What it does not guarantee |
|---|---|---|
| Defense Innovation Unit (DIU) commercial solutions | DIU identifies national-security challenges that may be addressed by commercial technology and solicits proposals through Commercial Solutions Openings. Its help-center page, published in 2021, said it could award prototype agreements in as few as 60–90 days; successful prototypes may be followed by production agreements or contracts. | The 60–90-day figure is DIU’s mechanism-specific statement, not a guaranteed end-to-end procurement timeline. A follow-on production agreement or contract is possible, not automatic. |
| Middle-Tier of Acquisition (MTA) | DoD describes MTA as a way to rapidly develop fieldable prototypes or rapidly field production quantities of systems using proven technology that needs minimal development. | It is a tailored pathway, not a universal shortcut around evaluation or a promise that every prototype will be fielded. |
| Software Acquisition Pathway (SWP) | A software-oriented route intended to support iterative delivery. A March 2025 DoD account described minimum viable products, flexible contracting, and incorporating cybersecurity and compliance into the delivery pipeline. | That account is a 2025 implementation snapshot, not confirmation that every detail remains current or applies to every software effort. |
| Broader experimentation and transition efforts | RDER supports collaboration around joint experiments. In April 2024, DoD announced a Transition Tracking Action Group to improve visibility into transition processes and identify obstacles. | An experiment or transition-tracking effort is not, by itself, a purchase commitment or a fielding decision. |
The figures published by DoD in its August 2024 Innovation Fact Sheet illustrate the scale of these routes at that time, not their current status. Since FY2021, MTA had spent $44.3 billion on 168 programs. Since early FY2021, SWP had accelerated 78 programs, of which 74 were active; the fact sheet said 75% of SWP programs were delivering on cadences shorter than six months. These are dated historical counts and figures, not 2026 totals.
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RDER also had a funding and experimentation history: in April 2023, Hicks said Congress had appropriated more than $270 million for RDER projects that year, following its first sprint focused on long-range fires. That amount describes the 2023 appropriation she cited, not a recurring annual allocation.
What does the Pentagon weigh when comparing technologies?
There is no public formula that assigns the same weight to each factor across all programs. Broadly, decision-makers need to consider:
- Mission value: Does the proposal address a prioritized operational problem or improve a capability that matters across services?
- Evidence and maturity: What has testing shown in a lab, prototype, exercise, or operationally relevant setting? A demonstration is one kind of evidence, not proof of performance in every use case.
- Transition feasibility: Is there a DoD organization prepared to own the capability, a viable acquisition route, and a funding path to production and support?
- Speed and risk: Would a tailored rapid route fit the technology’s maturity, and what technical or operational risks remain?
- Security and integration: Can the technology meet relevant cybersecurity and compliance needs and work within the operational and support environment?
- Affordability and supply: Can the department afford the capability and obtain enough of it, with the production capacity and industrial investment needed for broader adoption?
The relative importance of these considerations depends on the capability and its intended use; public material does not establish a single weighting applicable to all acquisitions.
Why can a promising prototype stall before reaching troops?
A prototype can show that an idea merits further consideration without resolving what it would take to adopt it at scale. The next organization in the chain may still need to accept the requirement, secure funding, choose a follow-on contract or agreement, integrate the system, and plan for production, training, and sustainment. Cybersecurity, compliance, interoperability, affordability, and industrial capacity can also affect whether a capability is suitable for fielding.
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DIU’s description of follow-on production makes the distinction clear: a successful prototype may be followed by a production contract or agreement with a DoD entity. That is a possible next step, not an entitlement. DoD’s 2024 announcement of the Transition Tracking Action Group likewise reflects an effort to improve visibility into transition processes and identify obstacles; it does not mean that every demonstrated technology has an identified buyer or funding path.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.What should a company understand about presenting technology to DoD?
A company should connect its proposal to a concrete defense challenge and be prepared to show evidence that the technology can work in relevant conditions. DIU’s Commercial Solutions Openings provide one route for proposing commercial solutions to challenges DIU has identified. Other programs may use different pathways and have different requirements.
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The practical question is not only whether a prototype can be demonstrated, but also which DoD organization could adopt it and whether that organization can support the requirements, contracting, funding, integration, and sustainment needed after the demonstration. No public source establishes one route that is right for every company or technology.
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