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CBDP AI for chem-bio threat defense.

AI, ML, and data engineering for the DoD Chemical and Biological Defense Program. JPEO-CBRND. DTRA. Joint Requirements Office. SBIR-ready, DD-2345-prepared, SAM-registered small business pursuing CBD254-009 in DoD 25.4 Release 12.

25.4
Active SBIR Cycle
$250K
Phase I Open Topic
JPEO
CBRND Execution Arm
541512
Primary NAICS

Precision Federal is pursuing opportunities in the CBDP

Precision Federal is actively pursuing opportunities in the Department of Defense's Chemical and Biological Defense Program (CBDP) across SBIR Open Topics, Specific Topics, JPEO-CBRND program-of-record integration, and DTRA pass-through awards. CBDP is the DoD-wide program of record responsible for chemical, biological, radiological, and nuclear (CBRN) defense for U.S. forces, with a budget that has run in the ~$1.3B–$1.7B range across recent fiscal years. Software, ML, and data layers are an increasingly central share of that portfolio as biosurveillance, sensor fusion, decision support, and medical countermeasure analytics move to the front of the requirements stack.

CBRN
Chem-bio-rad-nuclear domain
JPEO
Acquisition execution arm
CBD254-009
Topic we're pursuing now

Precision Delivery Federal LLC (UEI Y2JVCZXT9HP5, CAGE 1AYQ0, NAICS 541512) is SAM-registered, DSIP-active, and has prepared a DD Form 2345 (Joint Certification Program) submission via the JCP portal in anticipation of export-controlled CBDP technical data. Led by a Kaggle Top 200 data scientist with production federal ML delivery at a federal health agency, we engage CBDP as prime on Phase I Open Topics and as ML/data subcontractor on JPEO-CBRND program-of-record teams. Founder prior delivery — federal health-agency ML through ATO, federal health IT data platform, multi-agency cloud migration — maps directly to the workflow-routing, governance, and deployment-discipline gaps most commonly identified on CBRN performer teams.

How CBDP funding actually works

CBDP is structurally distinct from standard DoD service-component buying. Three things to internalize:

  • Three-legged governance — the program is shaped by the Joint Requirements Office (JRO) for warfighter requirements, executed by the Joint Program Executive Office for Chemical, Biological, Radiological and Nuclear Defense (JPEO-CBRND) for acquisition, with significant science and technology oversight from DTRA and medical-countermeasure execution coordinated with the Defense Health Agency.
  • SBIR component-coded as "CBD" — CBDP runs its own SBIR pipeline on DSIP, releasing topics under the CBD component code (e.g. CBD254-009 in 25.4). Topics include both Open Topics (broader, software-friendly) and Specific Topics tied to a JPEO-CBRND or DTRA program manager.
  • Program-of-record integration paths — Phase II and Phase III transition typically threads through one of JPEO-CBRND's joint program offices (medical, contamination avoidance, protection, decontamination, information systems) and the supporting data backbones the office runs.

For an AI/ML small business the practical entry points are: (1) win a CBD Open Topic Phase I and demonstrate platform-portable software, (2) sub onto a DTRA pass-through award where the prime needs ML or data engineering, or (3) team into an existing JPEO-CBRND program-office IDIQ as a specialty performer.

What we're pursuing now — CBD254-009

Precision Federal is preparing a Phase I proposal for CBD254-009 in the DoD 25.4 Release 12 cycle, with proposals due 2026-05-13 and SITIS Q&A closing 2026-04-29. The topic is a CBD Open Topic for tactical chem-bio visualization software — software-only, simulated/representative data acceptable in Phase I, with a clear path toward integration with the Army's evolving Soldier Borne Mission Command (SBMC) headset family and the JPEO-CBRND data backbone. Our pursuit centers on a software-only framework that classifies hazards from operator observations and simulated sensor streams, routes alerts to operational roles, and renders portably across multiple soldier-worn surfaces. CBD254-009 is the topic our public CBDP pursuit narrative is anchored to.

JPEO-CBRND offices we map to

JPEO-CBRND Joint Program Office — Pursuit Priority for Precision Federal

JPM CA — Contamination Avoidance (sensors, fusion, alerting)
Primary
JPM IS — Information Systems (CBRN data backbones, viz)
Primary
JPM MCS — Medical Countermeasure Systems (analytics)
High
JPM Protection — Individual / collective protection ML
Medium
DTRA pass-through S&T (early-stage research ML)
High
Joint program offices mapped to our capability

JPM Contamination Avoidance (CA)

Detection, identification, sensor fusion, and alerting. Our ML and data engineering practice fits the data-side of CA: ingest from heterogeneous sensors, hazard classification with confidence scoring, and role-aware alert routing.

JPM Information Systems (IS)

The CBRN information backbone — including programs that ride on Integrated Sensor Architecture (ISA) standards and tactical interfaces such as the TAK ecosystem. This is the natural home for tactical CB visualization work, including our CBD254-009 pursuit.

JPM Medical Countermeasure Systems (MCS)

Medical countermeasure development, surveillance, and pharmacovigilance analytics. Our prior delivery on a federal health-agency ML system through full ATO is the closest analogue in our portfolio.

DTRA pass-through S&T

DTRA executes a substantial CBDP S&T portfolio that often pre-stages capability for JPEO-CBRND transition. We engage DTRA-funded primes as ML and data subcontractors where federal deployment discipline is the constraint.

AI and ML use cases inside CBDP

CBRN defense is a domain where qualitative intuition is dangerous and quantified, auditable ML is the right answer. The use cases we map our capability to:

  • Threat detection ML — classification of toxic industrial chemicals, chemical warfare agents, biological warfare agents, and explosive-related hazards from sensor feature vectors and operator observations. Quantized models with confidence scoring and audit trails.
  • Biosurveillance analytics — anomaly detection on syndromic and epidemiological feeds, supporting early warning at the population scale. Built on the same lakehouse-with-provenance discipline we used on a federal health IT data platform.
  • CBRN sensor fusion — multi-sensor probabilistic fusion across chem, bio, rad, and observational inputs, with explicit handling of disagreement, drop-out, and adversarial evasion.
  • Decontamination decision support — workflow-engine routing of contamination events to safety, maintenance, and watchstanding roles, with append-only audit logs and after-action reconstruction.
  • Medical countermeasure ML — model-assisted analysis of safety, efficacy, and surveillance signals around CBRN medical countermeasures, paired with ATO-grade data governance.

None of these are speculative for us — they are direct derivatives of the analyst-grade ML and data platform Precision Federal's founder built and shipped on prior federal work. The CBDP-specific overlay is the CBRN domain knowledge graph, the export-controlled posture, and the integration into JPEO-CBRND's program-office data backbones.

SBIR pathway and transition

The CBD SBIR component sits inside the larger DoD SBIR cycle and runs both Open Topics and Specific Topics. For a SAM-registered AI small business the pathway looks like this:

  • Phase I Open Topic — typically $250K over ~6 months, software-only welcome, simulated data acceptable. Lowest barrier to a first DoD contract. (CBD254-009 is the active example.)
  • Phase I Specific Topic — tied to a named JPEO-CBRND or DTRA program manager. Tighter scope, higher fit cost, but a faster Phase II hand-off when the program office has follow-on funding lined up.
  • Phase II — typically multi-year, scoped to integration with a JPEO-CBRND program of record. Requires demonstrated Phase I deliverables and an explicit integration target.
  • Phase III / direct-to-program-of-record — sole-source vehicles into JPEO-CBRND program offices, IDIQ task orders, or hand-off into supporting prime ecosystems. Phase III posture varies by topic and by the program office's then-current funding window.

Capability map for CBDP scope

Threat-classification ML

quantized classifiers for chem, bio, rad, and explosive hazards with calibrated confidence and audit logging. Edge-deployable, <100MB model footprint targets for tactical surfaces.

Sensor fusion and biosurveillance

multi-source probabilistic fusion, anomaly detection on syndromic feeds, drift-aware monitoring. See Machine Learning.

Workflow routing and decision support

role-based alert routing to safety / maintenance / watchstanding with append-only audit logs and after-action reconstruction.

Data engineering for CBRN

lakehouses with provenance, reproducible pipelines, governed analytics, multi-classification handling. See Data Engineering.

Export-controlled posture

DD Form 2345 prepared via the JCP portal; NIST 800-171 self-assessment posture; CMMC L1/L2 path; ATO-minded delivery from day one.

DD-2345 and ITAR posture

Many CBDP topics carry export-controlled technical data and require a current DD Form 2345 (Joint Certification Program) for access to controlled solicitation attachments and downstream technical data. Precision Federal has prepared its DD-2345 submission via the DLA-administered JCP portal at public.dacs.dla.mil/jcp/ext, the only accepted submission route. We treat ITAR posture as a baseline, not an afterthought — proposal volumes, code repositories, and deployment infrastructure are scoped accordingly.

Past performance and honest positioning

Precision Delivery Federal LLC was formed on 2026-03-14 and has zero corporate past performance. The only past performance we will reference is founder prior delivery on prior employers' federal engagements:

  • Federal health-agency ML — production ML system on federal health data, through full ATO, real users.
  • Federal health IT data platform — lakehouse architecture, governance-first.
  • Multi-agency cloud migration — delivered through prior consulting employers.

For CBDP specifically we are targeting and pursuing through the CBD SBIR component (CBD254-009 active), JPEO-CBRND program-office subcontract roles, and DTRA pass-through teaming. The CBRN-domain expertise we do not yet hold internally is being assembled deliberately through public-domain study, advisor outreach, and end-user engagement letters — not papered over.

Vehicles, NAICS, and engagement

  • Primary NAICS 541512 — Computer Systems Design Services. SBA small business.
  • Adjacent NAICS — 541511, 541519, 541690, 518210, 541715 (R&D).
  • CBDP vehicles we're positioned for — CBD SBIR Open and Specific Topics, JPEO-CBRND joint-program-office IDIQ subcontract roles, DTRA pass-through subcontracts, and direct teaming with primes on multi-performer CBRN programs.

If you are a JPEO-CBRND program manager, a DTRA program officer, or a prime performer looking for an AI/ML specialty small business with SAM registration, DD-2345 readiness, and production federal past performance, email [email protected]. See also SBIR/STTR partnering and Teaming.

What we're tracking.
CBD topics in library (trailing 90d)
Active

CBD254-009 in active proposal preparation for the 2026-05-13 close. We add CBDP topics as JPEO-CBRND and DTRA release them, with watchlists tuned per joint program office.

CBDP AI contracting, answered.
How does CBDP fund chem-bio research?

CBDP funding flows through three main channels relevant to small businesses: the CBD SBIR component on DSIP (Open Topics like CBD254-009 and Specific Topics tied to named program managers), JPEO-CBRND program-of-record contracts and IDIQs executed through the joint program offices for Contamination Avoidance, Information Systems, Medical Countermeasure Systems, and Protection, and DTRA pass-through awards funding earlier-stage CBRN science and technology that often transitions to JPEO-CBRND. The Joint Requirements Office (JRO) shapes what gets funded.

What AI and ML use cases fit inside CBDP?

The cleanest fits are threat-detection ML (classifying chem, bio, rad, and explosive hazards from sensor and observational inputs), biosurveillance analytics (anomaly detection on syndromic and epidemiological feeds), CBRN sensor fusion (multi-source probabilistic fusion with adversarial-evasion handling), decontamination decision support (role-based alert routing with audit trails), and medical countermeasure ML (safety, efficacy, and surveillance analytics on countermeasure portfolios). All are derivatives of capabilities our founder shipped on prior federal health and federal data platform engagements.

Can a small AI shop prime CBDP work, or only sub?

Both, depending on the vehicle. A SAM-registered AI small business can prime CBD SBIR Phase I and Phase II awards directly, especially Open Topics like CBD254-009 where software-only is welcomed. On larger JPEO-CBRND program-of-record contracts and DTRA pass-through awards, a small AI shop subs to a domain prime and contributes the ML, data engineering, deployment, and ATO-discipline pieces that primes typically under-staff.

Do CBDP topics require DD Form 2345 and ITAR posture?

Many do. CBDP technical data is frequently export-controlled, and topic instructions can require a current DD Form 2345 (Joint Certification Program) to access controlled solicitation attachments. Precision Federal has prepared its DD-2345 submission via the DLA JCP portal at public.dacs.dla.mil/jcp/ext, which is the only accepted submission route. Specific topic ITAR designation should always be confirmed in the topic instruction text — Open Topics sometimes scope-out controlled data in Phase I.

What is the Phase I to JPEO-CBRND transition path?

The realistic transition pattern: Phase I delivers a software-only capability with simulated or representative data and a documented integration target inside JPEO-CBRND. Phase II scopes the integration into a named program of record (often inside JPM Information Systems for data and visualization work, or JPM Contamination Avoidance for detection and alerting). Phase III hand-off uses sole-source SBIR authority into the JPEO-CBRND program office or supporting prime IDIQ task orders, depending on the program office's then-current funding window. Phase III posture varies by topic and should be confirmed with the TPOC.

How do we engage Precision Federal on a CBDP opportunity?

Email [email protected] with the topic, program office, or BAA reference, and a one-paragraph description of the ML or data scope you're trying to staff. We respond inside one business day, share UEI Y2JVCZXT9HP5 / CAGE 1AYQ0 and the capabilities statement, and where the fit is real, we'll book a 30-minute scoping call before any paperwork.

1 business day response

CBDP-ready. Let's team up.

CBD SBIR. JPEO-CBRND. DTRA pass-through. Prime, sub, or program-office team partner.

[email protected]Explore our capabilities →
UEI Y2JVCZXT9HP5CAGE 1AYQ0NAICS 541512SAM.GOV ACTIVE