Government & Multilateral
What this is: U.S. and allied public programs—grants, OTAs, milestone contracts, and payment models—that fund R&D, pilots, and sometimes production. When to use: Deep‑tech, health, dual‑use; when technical risk is high and commercial payers aren't ready. When to avoid: If long review cycles or compliance would block critical speed.
Tools & Structures
SBIR/STTR Phase I
Grant/Contract
NIH, NSF, DoD, DOE
Feasibility/R&D
$50k–$275k
Non‑dilutive; reporting; topic fit
SBIR/STTR Phase II
Grant/Contract
NIH, DoD, etc.
Prototype/validation
$750k–$2M+
Milestone‑based; sets up sole‑source path
Fast‑Track / Direct to II
Streamlined SBIR
NIH/NSF/DoD
Compress I→II
Varies
Faster cycles; align with end‑user; pairs with TACFI/STRATFI
STRATFI/TACFI
Matching contract
USAF/USSF
Bridge proven Phase II to scaling
Up to ~$15M+
Non‑dilutive; requires cost‑share and customer champion
NIH Phase IIB / CRP
Grant
NIH
Commercialization bridge post‑SBIR II
Up to ~$3M
Funds late translational work; non‑dilutive
OTA Prototype → Production
Mechanism
DoD, HHS, NASA
Faster prototyping with follow‑on production
Varies
Flexible IP/data rights; negotiate deliverables
CMS / CMMI Models
Payment Model
HHS (CMS)
Reimbursement pilots & shared‑savings models
Varies
Heavy data/reporting; path to national coverage
Key levers: Topic/end‑user fit, speed vs oversight, cost‑share, IP/data clauses, path to procurement/reimbursement.
Case studies: Capella Space (SBIR), Zipline (service contracts), Eko Health (NIH SBIR), Digital Diagnostics (NIH/DoD grants).
Related: See also Non‑dilutive / Philanthropic for foundation grants, and Capital from Customers for government contracts.
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