The Pentagon generally starts with a military mission need, not a product looking for a buyer. It identifies and prioritizes an operational problem, tests possible solutions, selects an acquisition route suited to the technology, and needs a military organization to fund and support anything that moves toward fielding. A successful prototype is evidence that an idea may work—not a guarantee that troops will receive it.
How a military technology decision moves from need to fielding
There is no single process that every technology follows. The route depends on the mission problem, the technology’s maturity, whether it is software or hardware, and which service or other Department of Defense (DoD) organization is prepared to take responsibility for it.
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1. Identify and prioritize a mission problem
Military users, combatant commands, and joint organizations identify operational gaps. The Joint Staff helps identify and prioritize critical capabilities needed by warfighters, while the military services and other DoD organizations contribute needs and proposals. The starting question is whether a capability could address a mission problem, not simply whether a technology is novel.
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2. Explore possible solutions
Research and engineering organizations examine candidate capabilities, and DoD innovation efforts look for commercial and dual-use technologies that could address national-security challenges. At this stage, an idea may be investigated through research, engineering, modeling, or other early work; identifying a possible solution does not itself commit DoD to buy it.
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3. Experiment and build evidence
Teams can test and refine a concept in a laboratory, a model, an exercise, or a live environment. The purpose is to learn how it performs under conditions relevant to its intended use. A compelling demonstration may justify further work, but decision-makers still need to consider operational fit, maturity, risk, and what it would take to support the capability.
4. Choose an acquisition route and a transition owner
DoD has different acquisition pathways for different kinds and stages of technology. Officials must identify a receiving service, program office, or other component willing to own the next step. That organization may need to provide requirements, funding, integration, production, sustainment, and training. Without a plausible owner and transition plan, a prototype can succeed as an experiment and still stop short of fielding.
5. Scale, integrate, and support the capability
Before a technology can be adopted more broadly, its technical and operational risks must be managed. Security and compliance, interoperability with existing systems, affordability, production capacity, and the ability to sustain and train for the capability can all affect the decision. What works in a limited prototype may not yet be ready for service-wide use.
Who makes the choice?
Selection is distributed across users, commands, research organizations, acquisition officials, test organizations, and the military component expected to field the capability. Industry can propose and supply technology, but a proposal or demonstration is not the same as a DoD commitment.
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- Operational users and commands describe problems and capability gaps.
- Joint organizations help prioritize needs that affect more than one service or relate to joint warfighting.
- Science, technology, and engineering organizations examine ideas and help mature candidate solutions.
- Acquisition officials and program offices select and execute an appropriate procurement or development route.
- Testing and operational organizations generate evidence about how a capability performs.
- A service or other DoD component may need to take responsibility for funding, integration, production, and long-term support.
The precise decision authority depends on the program, its funding, the acquisition pathway, and the service or component involved. For joint experimentation, Deputy Secretary of Defense Kathleen Hicks described the Rapid Defense Experimentation Reserve (RDER) as “an internal process that evaluates multi-service capability experiments with promise for advancing joint warfighting concepts” in an April 27, 2023 address. RDER supports evaluation of promising multi-service experiments; it is not a universal purchasing board.
Which acquisition routes can be used?
These routes address different circumstances. They are not interchangeable shortcuts, and none means that a successful prototype is automatically purchased at scale.
| Route | What it is for | What it does not establish |
|---|---|---|
| Defense Innovation Unit (DIU) commercial solutions | DIU identifies national-security challenges that may be addressed with commercial technology and solicits proposals through Commercial Solutions Openings. Its help-center page, published in 2021, said prototype agreements could be awarded in as few as 60–90 days. After a successful prototype, a company and a DoD entity may pursue a follow-on production contract or agreement. | The 60–90-day figure is a mechanism-specific statement from that 2021 page, not a guaranteed timeline for every award or for end-to-end procurement. A follow-on production agreement or contract is a possible next step, not an entitlement. |
| Middle-Tier of Acquisition (MTA) | DoD describes MTA as a tailored pathway for rapidly developing fieldable prototypes or rapidly fielding production quantities of systems that use proven technology and need minimal development. | It is not a blanket exemption from evaluation, nor is it suitable simply because a program wants to move faster. |
| Software Acquisition Pathway (SWP) | This software-focused route supports iterative delivery. A March 2025 DoD account described minimum viable products, flexible contracting approaches, and integrating cybersecurity and compliance into the delivery pipeline. | That account is a 2025 implementation snapshot; it should not be treated as a guarantee of current policy details or as a description of every software program. |
| Joint experimentation and transition efforts | RDER evaluates multi-service experiments with potential to advance joint concepts. DoD announced the Transition Tracking Action Group in April 2024 to improve visibility into transition processes and identify obstacles. | Experimentation and transition tracking do not by themselves select a product, supply funding, or guarantee that a component will field it. |
The pathways address different needs, but each still has to connect an idea to an organization able to adopt and support it. DoD’s Under Secretary for Research and Engineering described the final decision in a 2023 DoD account as “figuring out which pathway forward will be best for rapid transition of the capability for fielding.”
What does DoD weigh when comparing candidate technologies?
Public DoD material does not set out one scoring formula that applies to every program. The relative importance of each consideration can vary with the mission and pathway. Broadly, officials need to establish:
- Mission value: Does the technology address a prioritized operational problem or improve a joint capability?
- Evidence and maturity: Has it performed in a lab, prototype, exercise, or other setting relevant to its intended use?
- Transition feasibility: Is there a willing service or program owner, a suitable acquisition route, funding, and a credible path to production and sustainment?
- Speed and risk: Does a faster route fit the technology’s maturity while still allowing its technical and operational risks to be addressed?
- Security and integration: Can the capability meet applicable cybersecurity and compliance needs and work with operational systems and support environments?
- Affordability and supply: Can DoD afford the capability and obtain enough production capacity to field and maintain it at the intended scale?
These considerations explain why a technology can attract interest and perform well in a demonstration yet fail to progress. Evidence of technical promise is only part of the decision; someone must also be able and willing to integrate, fund, produce, and sustain it.
Why a promising prototype may not reach troops
A prototype can answer a narrow question—whether a design or capability works in a particular test—without resolving the broader questions involved in adopting it. The demonstration may not establish performance across relevant conditions; the system may need more development; integration or security work may remain; or the cost and production base may not support deployment at the desired scale. A further obstacle is organizational: no service or program may be prepared to assume ownership and the long-term obligations that follow.
DoD created the Transition Tracking Action Group in April 2024 to improve visibility into transition processes and identify obstacles. That effort reflects a practical distinction: testing whether a technology is promising and arranging for an organization to field and support it are related, but separate, tasks.
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Repair common Windows errors and clear accumulated junk for a smoother, more stable PC - no reinstall needed.Free scan · no reinstallWhat the published figures show—and what they do not
Historical figures illustrate the scale of activity in some pathways, but they are snapshots rather than current counts or measures of operational success. In its August 2024 Innovation Fact Sheet, DoD reported that, since fiscal year 2021, the Middle-Tier of Acquisition pathway had spent $44.3 billion on 168 programs. The same fact sheet said that, since early fiscal year 2021, the Software Acquisition Pathway had accelerated 78 programs, of which 74 were active, and that 75% of SWP programs were delivering on cadences shorter than six months. Those figures describe the fact sheet’s 2024 reporting period, not 2026 totals, and do not by themselves show how many technologies reached broad fielding or achieved a particular operational result.
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In April 2023, Hicks said Congress had appropriated more than $270 million for RDER projects that year, following the first sprint focused on long-range fires. That was a statement about the 2023 appropriation and program context, not a recurring annual funding level.
For companies: getting a technology considered is not the same as winning a deployment
A company seeking to present a commercial technology to DoD can look to DIU’s Commercial Solutions Openings when its capability addresses a national-security challenge DIU is soliciting. A DIU prototype agreement can provide a route to test a proposed solution, and successful work may lead to a follow-on production contract or agreement with a DoD entity. The critical next question is whether a military organization will take ownership of the capability and establish a credible path to requirements, funding, integration, production, and support. A prototype mechanism opens a possible route; it does not promise a purchase or deployment.
What can be concluded from public information
The public account of the process is clearest at the broad level: military needs drive candidate technologies into research and experimentation; acquisition routes are tailored to the technology and its maturity; and transition depends on an organization that can field and support the result. Public sources do not establish classified criteria or a universal weighting for individual programs, and pathway implementation details described in material from 2025 may have changed since publication.
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