DOI & IARPA - EMERGING TECHNOLOGY ACCELERATOR (ETA) PROGRAM ANNOUNCEMENTDOI-ETA-FY26-30

Below is a brief summary. Please check the full solicitation before applying (link in resources section).

Executive Summary:

The Emerging Technology Accelerator (ETA) Program Announcement (DOI-ETA-FY26-30) is a multi-program IARPA funding vehicle supporting high-risk, high-payoff R&D across multiple active programs (e.g., ARCADE, COSMIC, DECIPHER, LocUS). Awards are made as Prototype Other Transaction Agreements (OTs) through a competitive, white paper–first process.

There is no fixed submission deadline — White Papers per Program: Continuous, after the posting of Q&As (Preferred).

This is a rolling opportunity, but programs can close once sufficient white papers are received. That creates real urgency: if you are aligned, you should apply as soon as possible before a program is re-labeled “Not Active.”

How much funding would I receive?

Not specified in the solicitation.

• The Government will make multiple Prototype OT awards

• Funding depends on:

  • Quality of proposals

  • Availability of funds

• Awards may be:

  • Partial (only parts of proposals funded)

  • Incremental or phased

No award size ranges or total program value are provided.

Research Topics:

• 1. ARCADE – ARTIFICIAL REASONING FOR CIRCUIT AUTOMATION AND DESIGN ENGINEERING (FY26) - ACTIVE

  ARCADE transforms and accelerates electrical circuit design within the Intelligence Community (IC) by leveraging Artificial Intelligence (AI) to develop an intelligent, comprehensive AI-knowledge assistant that extracts key information from vast technical documentation and enables engineers to perform quick, intuitive queries to meet the speed of mission.

  The technical information ingested by ARCADE will include text, datasheets, diagrams, schematics, tables, and graphs. ARCADE extracts crucial details about electrical components, their specifications and interfaces to compile them into a comprehensive searchable knowledge platform.

  Going beyond a simple search engine, ARCADE aims to suggest and recommend optimal components based on design requirements, constraints, and performance parameters as specified through user-defined prompts. This capability enables engineers to perform swift, targeted queries, dramatically reducing the time it takes to find, compare, and select suitable parts. It also aims to help identify optimal components and potential alternatives more efficiently by providing comparison tables and explanations for why specific components were selected, effectively saving engineers from manually sifting through thousands of documents. Ultimately, ARCADE will lead to faster, more accurate, and more robust circuit designs, ensuring Government missions can be deployed with unprecedented speed and reliability.

• 2. COSMIC – COMMERCIAL OBSERVATION FOR SPATIO-TEMPORAL MONITORING FOR INDICATIONS OF CHANGE (FY26) - ACTIVE

  The aim of the Commercial Observation for Spatio-temporal Monitoring for Indications of Change (COSMIC) program is to formulate a methodology to leverage commercial remote sensing technologies and open source geolocated information to generate pseudo-persistent data (PPD). This will be done by combining and translating complex and novel data, such as nonnadir imagery and non-Red,Green, Blue (RGB) spectral bands, using Artificial Intelligence (AI) and computer vision-based methodologies into a layered, temporal geospatial model understandable by commercial agentic AI systems. COSMIC will enable the development of an agentic AI analytic system trained by commercial vendors and equipped to answer intelligence questions by bridging the gap between the Intelligence Community (IC) data characteristics and the simpler solutions offered by commercial vendors.

  COSMIC will foster routine updating and modelling of baseline geospatial information in areas through multi-source, persistent surveillance. New sensors will fluidly be incorporated into the generation of layered geospatial models as constellations and sources change over time. In addition to improving the temporal resolution of layered geospatial models, COSMIC also aims to reduce resource demands by streamlining the derivation of actionable intelligence from these models. By integrating commercial remote sensing data with existing geospatial information, the program aims to create a harmonized and up-to-date representation of the physical world that can be used by agentic processes to answer questions relevant to the IC.

• 3. DECIPHER - (FY26) - ACTIVE

  Analysts often struggle to understand specialized language (e.g., slang, jargon, technical terminology) in various situations where dictionary definitions are not readily available, such as:

  • Non-English research articles with novel technical concepts and terms

  • Communications using slang

  • Undefined acronyms used within limited contexts

  • Web forum posts using coded language to mask illicit activities

  In these and similar contexts, analysts dedicate significant effort to triaging content pertinent to their domain of interest and understanding the meaning of unknown or novel specialized terms used within that domain. Adding to this challenge, language can change quickly, and adversaries can rapidly adapt their language to evade detection.

  The Decipher program’s goal is to create capabilities to detect and define specialized language in diverse, multilingual text collections. In Decipher, “specialized language” refers to single or multiword expressions that are difficult to disambiguate (e.g., acronyms, terminology with multiple meanings), are used to deliberately obfuscate interpretation (e.g., coded language), or for which accurate translations or explanations are not readily available (e.g., emergent jargon or slang) to typical non-expert users. Decipher will flag and extract candidate specialized terms in a document or corpus and then will provide candidate plain language translation and annotation of specialized terms, including jargon, slang, and acronyms. The program will also develop technology to annotate text with relevant social and contextual factors, capturing nuanced meaning, as well as to detect concept drift by monitoring use of terminology as it evolves over time.

• 4. LocUS – LOCATION USING SOUND (FY26) - ACTIVE

  The LocUS program aims to create technology that automatically and accurately geolocates multimedia content by maximally leveraging audio and visual information. LocUS will improve the geolocation capabilities of the Intelligence Community (IC) considerably beyond imageryonly methods and thereby increase the volume of content that can be accurately geolocated. This program will increase analysts’ ability to rapidly and accurately determine where a video, image, or audio clip was collected in the absence of accurate metadata indicating location. Applications for national security include human trafficking interdiction, hostage recovery, localization of malign actors using social media or confiscated devices, and other intelligence and law enforcement use cases.

• 5. MOVES – MOVEMENT OBSERVATION AND VIDEO-BASED EVALUATION SYSTEM (FY26) - ACTIVE

  The intelligence community (IC) would benefit from the ability to diagnose, from open-source data, medical conditions in individuals and populations. This ability would enable, e.g., monitoring of the spread of health threats (disease, chemical accidents or attacks, environmental toxins, etc.) and other medical intelligence analyses. The MOVES program aims to demonstrate the feasibility of this long-term goal by addressing a subset of the challenges associated with generalized diagnosis from video.

  The MOVES program will focus on diagnoses of neurological conditions that typically affect people’s movement and demonstrate that it is feasible to diagnose such conditions from challenging input video that may:

  • Be taken from non-ideal angles

  • Include subjects wearing a wide variety of clothing styles

  • Show partially obstructed subjects

  The program requirements are selected to ensure a path to rapid adoption and trust in the algorithms’ performance by medical professionals. Key challenges include the nature of the videos as described above, especially finding movements that are diagnostic of conditions, differentiating between similar symptoms of different disorders, and providing enough information to the medical professionals about how the diagnosis was made so that they can verify the diagnosis and build confidence in the algorithm performance.

Are there any additional benefits I would receive?

Yes:

• Potential follow-on production Contract or OT if prototype is successful

• Direct engagement with IARPA and Intelligence Community stakeholders

• Access to Government-furnished data (program-dependent)

• Independent Test & Evaluation (T&E) feedback throughout development

What is the timeline to apply and when would I receive funding?

Application timeline:

• White Papers per Program: Continuous, after the posting of Q&As (Preferred)

• Full proposals: By invitation only

Process:

1. Submit White Paper

2. Government evaluates for viability

3. If selected → invited to submit full proposal

4. If selected → negotiation → award

Award timing:
Not specified in the solicitation.

Where does this funding come from?

• Department of the Interior (DOI), Interior Business Center (IBC)

• In partnership with IARPA (Intelligence Advanced Research Projects Activity)

Authority:

• Issued under 50 U.S.C. § 3024(m)(6) for Prototype OT agreements

Who is eligible to apply?

Eligible:

• All responsible sources capable of meeting requirements

• U.S.-based entities (prime must be U.S.)

• Teams including:

  • Small businesses

  • Non-traditional defense contractors (NDCs)

  • Non-profits

Foreign participation:

• Allowed only as part of a U.S.-based team

Not eligible:

• Government agencies

• FFRDCs

• UARCs

• Government-affiliated organizations with privileged access

What companies and projects are likely to win?

Based on evaluation criteria, winning proposals will:

• Demonstrate innovative, high-risk/high-payoff technical approaches

• Clearly align with specific program objectives

• Show feasible execution plans with defined milestones

• Include strong technical teams and capabilities

• Address technical risks with mitigation strategies

• Offer IP terms that allow Government transition

The Government prioritizes:

• Scientific merit

• Relevance to IARPA mission

• Resource realism

Are there any restrictions I should know about?

Yes — several important ones:

Submission restrictions

• One program per white paper

• Must follow strict formatting and page limits

Funding restrictions

• No facility construction

• No commercialization costs

Technical restrictions

• Classified proposals are not accepted

IP & data

• Government requires sufficient rights for transition

• Must disclose IP ownership and restrictions

Compliance requirements

• NSPM-33 research security disclosures required

• Potential foreign influence review and mitigation

How long will it take me to prepare an application?

Requirements include:

• White Paper (up to ~8 pages technical content)

• If invited:

  • Full technical proposal (≤15 pages)

  • Detailed cost proposal

  • Multiple compliance attachments

This is a moderate-to-high effort application, especially at full proposal stage.

How can BW&CO help?

BW&CO can support:

• Program selection (which ETA program to target)

• White paper strategy and positioning

• Technical narrative development aligned to IARPA evaluation criteria

• Full proposal development (if invited)

• IP, compliance, and structure alignment

• End-to-end submission management

Additional Resources

Review solicitation here.