Leveraging Private Capital To Advance DAF Priorities | 2026 Warfare Symposium

Overview

Panel topic: how to leverage private capital (primarily venture capital and private equity) to speed fielding and scaling of Air Force / Space Force capabilities and strengthen the Defense Industrial Base (DIB).

Core thesis: private capital can accelerate capability development and production when government (a) signals clear, consistent demand; (b) reduces information asymmetry; (c) provides non‑financial enablers (testing, labs, cleared access); and (d) adapts acquisition and budgeting to share/mitigate risk with industry and investors.

Frameworks, processes and playbooks

Venture capital vs. private equity (simplifying lens)

• VC: early‑stage, smaller checks, portfolio approach, longer-to-exit; seeks asymmetric upside.
• PE: larger checks into mature, cash‑flowing companies; typical holding period ~5 years.

Mission engineering

• Translate force design and “theory of victory” into functional, mission‑level requirements (not prescriptive widget specs).

Demand signaling playbook

• Small DoD seed investments (SBIR, TechFoundry/TCFI, STRATFI) act as explicit signals that de‑risk investment and attract private capital.

Modular Open Systems Architecture (MOSA)

• Break large platforms into modular subsystems with consistent interfaces to increase competition and enable neo‑primes to plug into larger systems.

Contracting approaches

• Favor firm fixed price where risk can be estimated and aligned; use cost‑plus where unavoidable.
• Use Other Transaction Authorities (OTAs) for speed and flexibility.

Portfolio acquisition / Portfolio Acquisition Executive (PAE)

• Push decision authority down to enable quicker trades among cost/schedule/performance and to integrate non‑traditional suppliers.

Translation / bridging function

• Third‑party trusted investors or intermediaries that can operate in cleared channels and translate government needs into commercial product requirements (Incutel‑like role).

Risk management playbook for industry

• Negotiate plan B/C, hedges (repurpose tech, alternative customers), and inflation/volume risk sharing upfront.

Key metrics, KPIs and targets

• DoD budget scale referenced: roughly $900B today; panelists noted commentary up to ~$1.5T over time.
• Current share of DoD budget going to neo‑primes/startups: ~2% (panel cited). Hypothetical target: grow to ~5% to materially expand VC-backed opportunities.
• Typical PE holding period: ~5 years.
• Investor timing examples:
  • Some investors target 3–5 year return horizons for certain bets.
  • VCs may accept much longer horizons (10–15+ years) for deep aerospace/space plays.
• Concrete deal reference: Maxar Systems take‑private transaction value cited at $6.4 billion.
• Early investor impact example: Incutel’s early investment helped a defense startup secure a first USG contract and scale into a DoD supplier.

Concrete examples / case studies

• Incutel / “Andrew” (likely Anduril): early strategic investor helped secure first U.S. government contract (Customs & Border Protection sensor towers), enabling growth into a broader DoD partner.
• Space and dual‑use investments: Incutel invested in early communications, sensors, and earth observation technologies that scaled into national security use cases.
• Maxar private equity take‑private ($6.4B): cited as an executive example of PE activity in space/defense.
• Innovation/translation organizations: AFWERX / SpaceWERX, Integrated Development Office, Office of Strategic Capital — entities that help bridge government needs and private capital.

Primary hurdles and friction points

• Information asymmetry: Government often communicates via dense RFPs or fragmented signals; industry and investors lack clear, consistent demand vectors.
• Requirement formulation: Acquisition teams tend to specify widgets or brand solutions instead of functional outcomes, limiting commercial innovation.
• Fragmentation: Hundreds of innovation units across DoD create confusion about the right “front door” (panel cited “400+” innovation entities).
• Speed and budget certainty: Slow funding cycles, budget delays, and shifting timelines undermine private investment commitments and production ramp plans.
• Cultural and capability gaps: Acquisition personnel may lack commercial/financial literacy; uniformed officers or technical staff may not understand boardroom dynamics.
• Contract and risk alignment: Misaligned incentives (cost‑plus defaults when risk unclear) discourage private capital unless government shares risk or signals commitment.
• Volume/price uncertainty: Lack of clarity on purchase quantities and prices makes scaling production and justifying capex difficult.

Actionable recommendations

For the Department of the Air Force / DoD

• Adopt mission engineering first: publish functional requirement sets tied to operational outcomes, plus expected quantity and price bands so investors can model economics.
• Use small, explicit seed investments and matching mechanisms (SBIR, TCFI/STRATFI) to signal demand and unlock follow‑on private capital.
• Empower PAEs and devolve acquisition authorities to shorten decisions and enable quick tradeoffs.
• Expand use of OTAs and other flexible authorities to buy faster and reduce FAR friction where appropriate.
• Provide non‑financial assets (lab/test access, cleared environments, flight test infrastructure) on a caveat non‑interference basis to accelerate development with lower capital burn.
• Invest in translation capability (trusted intermediaries or innovation offices) to connect cleared government mission details to commercial companies without compromising security.
• Modularize large platform procurements (MOSA) to multiply competition and enable neo‑primes to supply discrete subsystems.
• Improve financial literacy in the acquisition corps (train PMs on basic financials and capital cycles).
• Give explicit signals on scale/volume and timelines; be transparent about funding cadence.

For investors

• Understand defense timelines and alternative exit horizons; build teams that can underwrite long capital cycles (10–15 years for some space/aero bets).
• Demand clearer mission and volume signals from government before committing large capex‑intensive investments; negotiate plan B/C options.
• Partner with trusted translation entities (e.g., mission‑focused strategic investors) to access cleared requirements and customers.

For defense industry / neo‑primes

• Be explicit with government customers about financial needs, ramp plans, and downside contingencies; negotiate shared‑risk mechanisms where appropriate.
• Design dual‑use commercialization paths to create alternative revenue streams and reduce single‑customer dependency.
• Build to open architectures and clear interfaces to increase addressable market within the DoD ecosystem.

Behavioral / cultural asks

• Government: stop treating industry as an adversary in commercial negotiation — treat industry as teammate, jointly accountable for operational outcomes.
• Industry and investors: be transparent about calendar and capital constraints (fund aging, budgeting cycles) so governments can align expectations.
• All parties: invest in shared education (assignments between industry and government, education programs like WEI) to reduce misunderstanding between boardrooms and acquisition shops.

Signs of progress & reform areas to watch

• Integrated Development Office and mission engineering efforts that tighten requirements‑to‑market translation.
• AFWERX/SpaceWERX, Office of Strategic Capital, and other innovation entities focused on friction removal.
• Continued adoption of OTAs and acquisition reform initiatives (including MOSA and portfolio authorities) to speed fielding and enable private capital participation.

Presenters / sources (panel)

• Lieutenant General Luke Cropsy — Department of the Air Force acquisition leader
• Brigadier General Jason Lindseay — force planning, requirements, investment decisions
• Gareth Keane — investor (affiliated with Incutel/Inktel in transcript)
• Dan Jablonsky — industry executive; ex‑CEO of Ursa Major and Maxar
• Moderator: Brook Stokes — aerospace & defense practice partner, McKinsey & Company