DoD SBIR Guide: Topics, TPOCs, and Winning Strategy

Q: What is DSIP?

DSIP is the DoD SBIR/STTR Innovation Portal (www.dodsbirsttr.mil). It is the single entry point for all DoD SBIR/STTR topic announcements, proposal submissions, and award tracking across components.

DoD SBIR Guide: Topics, TPOCs, and the Strategy That Actually Wins

The Department of Defense awards more SBIR funding than any other federal agency (it obligated $2.15 billion in SBIR and another $356 million in STTR funding in FY2022, per the SBA FY2022 Annual Report) and it runs the program on completely different mechanics than NIH or NSF.

DoD SBIR is topic-driven rather than open. Awards flow through specific components (Air Force, Navy, Army, SOCOM, MDA, DARPA, OSD) that each set their own topics, cycles, and rules. The proposal that wins is almost never the one with the best science — it's the one that solves a specific problem the named topic author actually has, in a form their acquisition system can absorb. And unlike civilian SBIR, DoD's Phase 3 isn't just a contracting status — it's where serious production money actually flows.

This guide walks through how DoD SBIR is structured, how to find the right topic and component, why you must engage the Topic Point of Contact (TPOC) before you write a word of proposal, the STRATFI/TACFI supplement programs that can scale Phase 2 into eight-figure efforts, and the transition paths (AFWERX, SOFWERX, NavalX) that actually move technology into production.

DoD SBIR component structure (Army, Navy, Air Force, SOCOM, MDA, DARPA, OSD) with solicitation cycles, TPOC engagement, and Phase 3 transition paths

Key Takeaways

DoD obligated $2.15B in SBIR (plus $356M in STTR) in FY2022 across the Air Force, Navy, Army, and a dozen other defense agencies (DARPA, MDA, SOCOM, DHA, and more) — each runs its own program with separate topics, cycles, and rules.
DoD SBIR is topic-driven, not open: you apply only to published topics that match an operational problem a program manager has.
Contacting the Topic Point of Contact (TPOC) during the pre-release window is, in our experience, the single highest-leverage action — and the step first-time applicants most often skip.
Air Force STRATFI and TACFI supplements add $375K–$15M in SBIR funds to Phase 2 projects, but require matching non-SBIR government (and, for some options, private) funding.
Unlike civilian SBIR, DoD Phase 3 is where real production money lives — DoD reported $2.56B in Phase 3 obligations in FY2022, versus no more than tens of millions at any civilian agency.

If you're considering DoD SBIR for the first time, or you've applied to civilian programs and assumed DoD would work the same way, the differences below are the ones that decide the outcome.

How Does DoD SBIR Differ From Civilian SBIR?

Three structural differences separate DoD SBIR from NIH, NSF, and other civilian programs.

1. DoD is Topic-Driven, Not Open

Civilian SBIR programs (especially NIH and NSF) accept proposals on any technology that fits the agency's broad mission. DoD does the opposite: each component publishes specific topics, written by program managers who have specific operational problems they want solved. You can only apply to a published topic, and your proposal must directly address that topic's stated problem.

This changes the work. In civilian SBIR, you bring your technology and find the agency interest. In DoD SBIR, you find the topic and adapt your technology to its specific problem. Companies that approach DoD with a "here's our tech, what topics fit?" mindset apply to too many topics with weak proposals. Companies that approach DoD with a "this topic perfectly fits our existing capability" mindset apply to fewer topics with much stronger proposals.

2. Components Run Independent Programs

The Department of Defense is not one SBIR program — it's a federation of component programs. Each major component runs its own SBIR with its own topics, cycles, evaluation criteria, and program managers:

Component	FY2022 SBIR obligations	Focus
Air Force / Space Force (AFRL, AFWERX, SpaceWERX)	$1.07B	Aviation, space, autonomy, software, dual-use
Navy / Marine Corps (NavalX, NAVAIR, NAVSEA)	$393M	Maritime, shipboard systems, naval aviation, undersea
Army (ARL, Army Applications Lab)	$145M	Ground systems, soldier technology, networks
Defense Advanced Research Projects Agency (DARPA)	$122M	High-risk, high-reward research across all domains
Missile Defense Agency (MDA)	$119M	Missile defense, sensors, kinetic systems
Defense Logistics Agency (DLA) and DMEA	$84M	Logistics, microelectronics
Defense Health Agency (DHA)	$82M	Military medicine, health technology
Special Operations Command (SOCOM / SOFWERX)	$52M	Special operations technology, rapid prototyping
Space Development Agency (SDA)	$24M	Space architecture, satellites
Defense Threat Reduction Agency (DTRA), Chemical and Biological Defense Program (CBD)	$14M each	CBRN defense, threat reduction
Office of the Secretary of Defense (OSD)	$8M obligated directly	Cross-cutting initiatives; most OSD SBIR funding is distributed to other components

Source: SBA FY2022 SBIR/STTR Annual Report, Tables 6 and 14 (SBIR only; DoD's STTR obligations were another $356M). Component totals shift year to year.

The implication: choosing the right component matters as much as choosing the right topic. The same technology might be a strong fit for an Air Force topic and a weak fit for a Navy topic with similar language, because the underlying acquisition program and end user are different.

3. Phase 3 Is Where Real Money Lives

In NIH or NSF, Phase 3 is mostly a label. In DoD, Phase 3 is where Phase 2 awardees can secure production contracts on a sole-source basis, without competitive procurement. DoD reported $2.56 billion in Phase 3 obligations in FY2022, compared with about $21 million at HHS (SBA FY2022 Annual Report). The DoD Phase 3 path is structurally built into the acquisition system, and the Phase 2 commercialization plan should already name the specific Phase 3 vehicle.

This makes DoD SBIR uniquely valuable for companies whose end customer is the U.S. government — but only if the Phase 1 and Phase 2 work is shaped to feed a real Phase 3 transition. (For background on phase mechanics generally, see SBIR Phase 1 vs 2 vs 3 explained.)

How Do DoD SBIR Solicitation Cycles and Open BAAs Work?

DoD SBIR historically ran on three solicitation cycles per year (sometimes called BAAs — Broad Agency Announcements):

Cycle 1 (released ~December, closes ~February)
Cycle 2 (released ~April, closes ~June)
Cycle 3 (released ~August, closes ~October)

Each cycle publishes many topics across components. Topics are open for proposals for about 30 days during the announcement window. Read carefully — some topics include a pre-release period during which questions to the TPOC are allowed but proposals are not yet accepted.

In recent years, several DoD components have moved to Open BAAs that accept proposals continuously rather than on fixed cycles:

Air Force Open Topics (AFWERX) — rolling submissions, decisions in weeks rather than months
Navy Open BAA — continuous topics in specific technology areas
SOCOM SOFWERX — non-traditional acquisition mechanisms with continuous engagement

Open BAAs typically have faster decision cycles than traditional topics and are designed to attract non-traditional defense contractors. If you're a small business that hasn't worked with DoD before, AFWERX Open Topics are often the most accessible entry point.

All topic announcements, regardless of cycle or BAA type, flow through the same portal: the DoD SBIR/STTR Innovation Portal (DSIP). DSIP is where you find topics, ask pre-submission questions, submit proposals, and track award status. Register early — the first-time registration process takes longer than first-time applicants expect.

How Do You Find the Right DoD SBIR Topic?

In our experience, most DoD SBIR proposals fail at topic selection, not proposal writing.

A good DoD SBIR topic for your company has four characteristics:

Your existing capability already solves the stated problem (with adaptation, not from scratch)
The TPOC is responsive to pre-submission questions
The acquisition program behind the topic is real and funded , not aspirational
The Phase 3 transition path is plausible — there's a named program of record or end user

Finding topics that meet all four takes time. The systematic approach:

Step 1: Scan DSIP Broadly

Filter DSIP topics by your technology area and the component. Read the topic descriptions , not just the title. The title is often misleading; the description reveals what the program manager actually wants.

Step 2: Identify 5-10 Candidate Topics

You want topics where the description maps cleanly to capabilities you already have. If you're stretching to fit, the topic is wrong for you.

Step 3: Read the Topic Author's Recent Publications and Awards

Topic authors are real people — typically a program manager, scientist, or engineer at the component's lab. Search their name, publications, and prior SBIR awards. Companies they've previously funded indicate the kind of work they value.

Step 4: Contact the TPOC

Every DoD SBIR topic lists a Topic Point of Contact. You must contact them. Not contacting the TPOC before submitting is the most common signal that a proposal is from a first-time applicant who doesn't understand the program. (More on this in the next section.)

Step 5: Narrow to 1-3 Topics for Real Proposals

A strong company applies to one or two topics per cycle with proposals tailored to each. A weak company applies to ten with templated proposals. In our experience, the first approach wins more often.

Why Must You Call the TPOC Before Submitting?

The Topic Point of Contact is the single most important relationship in DoD SBIR.

The TPOC is the government employee (typically a program manager or principal scientist) who wrote the topic, will evaluate proposals, and will manage the resulting Phase 1 contract. They have specific operational problems they're trying to solve, specific past attempts that didn't work, and specific preferences about technical approach that aren't in the topic description.

The right way to engage:

Email the TPOC during the pre-release window, before the topic is open for proposals. Introduce yourself briefly. State the topic number. Ask 2-3 specific technical questions that demonstrate you've read the topic carefully.
Take a phone call if they offer one. Many TPOCs are willing to spend a short call with a serious applicant.
Ask the right questions. "What's the current state of solutions you've seen?" "What technical approach would surprise you positively?" "What's the operational context the deliverable will live in?"
Do not pitch your company. TPOCs will disengage immediately from sales pitches. The call is about their problem, not your capability.

DoD SBIR has formal rules limiting what TPOCs can tell you during pre-submission. They cannot give you feedback on a draft proposal. They cannot tell you what win themes to pursue. But they will, in practice, tell you what's important to them — which is the entire game.

DoD doesn't publish win rates by whether applicants talked to the TPOC, but in our experience the difference is large: a proposal written after a real pre-release conversation addresses the problem the TPOC actually has, and one written without it guesses. Yet first-time applicants routinely skip the call.

How Should You Position Dual-Use vs. Defense-Only Technology?

DoD SBIR includes both purely defense applications and dual-use technologies that have commercial markets in addition to defense applications. The two paths are evaluated differently.

Defense-only technology lives or dies on the strength of the DoD acquisition path. The commercialization plan focuses on the program of record, the end user (which warfighter, which command), the transition vehicle, and the contracting mechanism. There may be no commercial market at all — and that's fine for defense-only topics, but it means the entire commercial argument is "DoD will buy this in production volumes."

Dual-use technology can be commercialized into both defense and commercial markets. AFWERX explicitly prioritizes dual-use, and most OSD topics are dual-use by design. The commercialization plan should describe both markets credibly. Dual-use is generally easier to commercialize because the commercial market provides revenue (and follow-on investment) before DoD production volume.

A common positioning mistake: framing a clearly-defense-only technology as dual-use to broaden appeal. Reviewers see through this; the "commercial market" paragraph reads as unconvincing and weakens the entire commercialization plan. Be honest about which path applies and write to it.

What Are STRATFI and TACFI, and How Do They Scale Phase 2?

DoD (and specifically the Department of the Air Force through AFWERX) offers Phase 2 supplements that can scale a Phase 2 project into a much larger effort.

STRATFI (Strategic Funding Increase). $3M–$15M in SBIR funds, with a period of performance of up to 48 months. Matching is one part SBIR to two parts other (non-SBIR) government funding, or one part SBIR to one part government and two parts private funding (1:1:2). Designed for technologies on a clear path to operational deployment.

TACFI (Tactical Funding Increase). $375K–$2M in SBIR funds, with a period of performance of up to 24 months, matched 1:1 by non-SBIR government or third-party funding. Designed for shorter, tactical investments to accelerate a specific technical milestone.

Source: AFWERX PY26 STRATFI/TACFI FAQ. Check the current program year's guidance, since terms change.

Both require:

An existing Phase 2 award (active or recently completed)
Committed matching funds (other government funding, private investment, or both, depending on the option)
A clear operational use case and transition path

The combined math is substantial: under the government-plus-private option, a $15M STRATFI award would require $15M of other government funding and $30M of private funding alongside it, on top of the original Phase 2. STRATFI/TACFI is one of the largest non-equity funding mechanisms in U.S. deep tech.

Other components offer similar supplements (NavalX, Army OTAs, SOCOM SOFWERX) under different names. The pattern is similar: bring a Phase 2 award and committed matching funds, get a supplement.

What Are the DoD SBIR Transition Paths?

DoD SBIR is uniquely strong at Phase 3 transition because the transition paths are structurally built into the acquisition system. The main paths are AFWERX (Air Force), SOFWERX (SOCOM), NavalX (Navy and Marine Corps), the Army Applications Lab, and DARPA's program-driven model.

AFWERX (Air Force)

AFWERX runs the largest Open Topics program in DoD SBIR, with rapid-cycle Phase 1 awards (up to $75K for SBIR or $110K for STTR, over 3 months, per AFWERX) feeding standard Phase 2 awards and STRATFI/TACFI supplements. AFWERX explicitly targets non-traditional defense contractors and prioritizes commercially mature technology adapted for defense use. Transition vehicles include direct Air Force procurement, Space Force procurement, and OTAs with Air Force commands.

SOFWERX (SOCOM)

SOFWERX uses non-traditional acquisition mechanisms (assessments, prize challenges, rapid prototyping events) to identify and accelerate technology. Companies that perform well in SOFWERX events often skip directly to Phase 2 or Phase 3 contracts. SOCOM's small size and acquisition flexibility makes it the fastest DoD path from technology to operational deployment.

NavalX (Navy and Marine Corps)

NavalX manages the Naval Innovation Network and runs continuous engagement with non-traditional vendors. The Navy and Marine Corps use SBIR to feed specific platform programs (DDG-51, F-35, MV-22, ship-based autonomy) where the Phase 3 vehicle is the platform program of record.

Army Applications Lab and Army Futures Command

Army Applications Lab (AAL) and Army Futures Command (AFC) drive technology transition into Army programs. AAL specifically focuses on bridging the SBIR-to-acquisition gap for soldier-facing technology.

DARPA's Different Model

DARPA SBIR is structurally different from other components. DARPA program managers fund SBIR work that directly supports DARPA-led programs (radical R&D programs with 3-5 year arcs). The Phase 3 transition is typically into the next DARPA program or to a service component, not direct production. DARPA SBIR is for companies whose research aligns with a specific DARPA program, not for general-purpose defense applications.

How Do You Build a Winning DoD SBIR Commercialization Plan?

The commercialization plan for a DoD SBIR proposal differs from civilian SBIR in three specific ways:

Name the Phase 3 program of record, end user, and acquisition pathway. Generic "DoD will use this" claims are an instant disqualifier in most components.
Show how Phase 2 will demonstrate operational readiness. TRL progression alone isn't enough — reviewers want to see the path from Phase 2 deliverable to fielded capability.
Address dual-use credibly if the topic allows it, but not by adding a fake commercial section to a defense-only technology.

The deeper structural elements (market sizing, competitive analysis, team capabilities, financing plan, IP) are similar to civilian SBIR. See The SBIR Commercialization Plan: Template + 5 Examples for the 7-component framework, including the DoD-specific transition language.

Frequently Asked Questions

What is the largest DoD SBIR component by funding?

The Air Force (including AFWERX and AFRL, and Space Force) is the largest DoD SBIR funder by annual obligation, with $1.07 billion in SBIR obligations in FY2022, about half of DoD's total (SBA FY2022 Annual Report). Air Force also runs the largest Open Topics program, making it the most accessible entry point for first-time applicants.

What is DSIP?

DSIP is the DoD SBIR/STTR Innovation Portal (www.dodsbirsttr.mil). It is the single entry point for all DoD SBIR/STTR topic announcements, proposal submissions, and award tracking across components.

Do I need a security clearance to apply for DoD SBIR?

No. The vast majority of DoD SBIR topics are unclassified. Some topics are restricted to U.S. citizens or require ITAR compliance, but most do not require a security clearance to apply. Later-phase work (especially Phase 3 transition into classified programs) may require clearances.

What is the difference between AFWERX Phase 1 and traditional Phase 1?

AFWERX Open Topic Phase 1 awards are up to $75K (SBIR) or $110K (STTR) for 3 months, much smaller and shorter than conventional DoD Phase 1 awards, whose amounts vary by component and topic. The smaller award funds feasibility scoping (including finding an Air Force end user) rather than a full feasibility study. AFWERX Phase 1 winners then compete for standard Phase 2 awards.

Can a university be the prime applicant on DoD SBIR?

No. SBIR requires a for-profit small business as the prime applicant. STTR allows universities to be subawardees with at least 30% of the work. For university-led research, STTR is the more common pathway.

What is a TPOC?

TPOC is Topic Point of Contact — the government program manager or scientist who authored a DoD SBIR topic and is the primary technical evaluator. Engaging with the TPOC before submitting is the single highest-leverage action a DoD SBIR applicant can take.

How long does DoD SBIR Phase 1 review take?

Plan for several months from submission to award on traditional cycle topics. AFWERX Open Topics and other Open BAA mechanisms are designed to decide faster. Phase 2 timelines vary by component, so ask the TPOC or check the solicitation.

Ready to Position Your Technology for DoD SBIR?

Winning DoD SBIR requires more than a strong technical proposal — it requires a commercialization story tied to a specific Phase 3 transition path, and a market and competitive analysis that survives commercial-panel scrutiny.

Commercify builds the market sizing, competitive landscape, and transition-pathway content that turns a strong DoD SBIR technical idea into a fundable Phase 2 commercialization plan, tailored to the specific component and topic.

Build your DoD SBIR commercialization strategy with Commercify →