Opportunity Information: Apply for N00014 15 R BA010

  • The Office of Naval Research in the science and technology and other research and development sector is offering a public funding opportunity titled "Expeditionary Intelligence, Surveillance, Reconnaissance Science and Technology" and is now available to receive applicants.
  • Interested and eligible applicants and submit their applications by referencing the CFDA number(s): 12.300 Basic and Applied Scientific Research.
  • This funding opportunity was created on Aug 18, 2015 and posted on Jun 19, 2015.
  • Applicants must submit their applications by Sep 1, 2015 See BAA for Whitepaper due dates. (Agency may still review applications by suitable applicants for the remaining/unused allocated funding in 2026.)
  • The funding agency has allocated a total of $12,000,000.00 to eligible and selected applicants.
  • The number of recipients for this funding is limited to 8 candidate(s).
  • Eligible applicants include: Unrestricted (i.e., open to any type of entity above), subject to any clarification in text field entitled Additional Information on Eligibility.
  • See Section III. ELIGIBILITY INFORMATION
Apply for N00014 15 R BA010

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Opportunity Summary:

The Expeditionary Intelligence, Surveillance, Reconnaissance (ISR) Science and Technology opportunity (Funding Opportunity Number N00014-15-R-BA010) is a Broad Agency Announcement (BAA) issued by the Office of Naval Research (ONR). It is a discretionary research and development solicitation aimed at improving tactical, expeditionary ISR by tackling a set of capability gaps ONR identifies as persistent shortcomings in real-world deployed environments. In practical terms, it is looking for new methods and prototype-level advances that help military users collect, manage, interpret, and fuse diverse information faster and more reliably in operational settings where data is messy, incomplete, and time-sensitive. The funding instrument types listed are grant and procurement contract, and the activity category is Science and Technology and other Research and Development under CFDA 12.300 (Basic and Applied Scientific Research). The program anticipates making about 8 awards out of an estimated total funding level of about $12,000,000, with no cost-sharing requirement specified.

The technical scope centers on extracting operationally useful intelligence from large, heterogeneous datasets, especially data that does not fit neatly into traditional relational databases or clean analytic pipelines. A major emphasis is advanced query capabilities against NoSQL data stores, reflecting the reality that modern ISR data often lives in document stores, key-value systems, or other scalable formats that are difficult to interrogate with complex analytical questions. Closely related is the need for network statistics on rich graphs, meaning analytic techniques that work on graph-structured data where nodes and edges can have multiple attributes, uncertainty, temporal behavior, and layered relationships. This supports the common ISR challenge of understanding relationships among people, groups, locations, events, communications, and resources, not just as simple link charts but as evolving, data-driven networks.

Another key area is conventional analysis of open source data, including complex event recognition. This targets the exploitation of publicly available information (such as reports, social media, news, and other open sources) and the ability to detect higher-level events that unfold over time and across multiple indicators. The BAA also highlights transform and opportunistic learning from open source, which implies techniques that can adapt quickly when new data sources appear, when the environment changes, or when labeled training data is scarce. The idea is to move beyond static models and toward approaches that can learn from whatever data is available, handle domain shifts, and still produce outputs that are usable in expeditionary operations.

The opportunity also calls for actionable empirical models of factional dynamics, pointing to the need for models that can represent and forecast how groups form, split, align, compete, and change behavior. Importantly, the wording emphasizes actionable and empirical, suggesting ONR is interested in models grounded in observable data that can produce decisions or recommendations, not purely theoretical constructs. Related to this is Level 1 and Level 2 fusion applied to complex graphs. In the standard fusion framing, Level 1 often relates to object/entity refinement (identifying, tracking, and characterizing entities), while Level 2 relates to situation assessment (understanding what is happening in context). Applying these fusion levels to complex graphs indicates a desire to merge multi-source data into coherent entity representations and situational interpretations within graph-based representations, where uncertainty, provenance, and relationships matter.

Several focus areas address prediction quality and the conditions under which predictions should be trusted. One is calculations of cost functions for predictions from embedded data, which suggests methods for quantifying tradeoffs, risks, and operational costs associated with prediction errors, especially when predictions are derived from embedded representations (for example, vector embeddings of entities, text, or graphs). Another is complex event detection conditioned by entity pedigree, which is essentially about incorporating provenance, lineage, and credibility of entities and sources when deciding whether an event has occurred. In expeditionary settings, the pedigree of an entity or report (who provided it, how it was generated, how reliable it has been historically, and how it relates to other sources) can be as important as the content itself, so the program is signaling interest in event detection that explicitly accounts for that.

The BAA also includes knowledge-based workflow management, pointing to tools that can guide analysts or automated systems through complex ISR workflows using explicit representations of knowledge, rules, constraints, and objectives. This is aimed at making analysis more repeatable, explainable, and efficient, especially when teams rotate, conditions change, or multiple echelons need to collaborate. Finally, Civil Information Exploitation is listed as a development area, which generally refers to collecting and analyzing civil domain information (governance, infrastructure, public sentiment, services, economics, humanitarian factors, and other civil considerations) to support operational planning and decision-making. In expeditionary contexts, civil information can be crucial to understanding the operating environment and anticipating second-order effects.

Administratively, the opportunity was posted June 19, 2015, with dates in late August and early September 2015 noted for closing, alongside a reference to the BAA for whitepaper due dates, implying a two-step or gated process where short concept papers or whitepapers may be reviewed before inviting full proposals. Eligibility is described as unrestricted, meaning it is generally open to a wide range of applicant types, subject to details in the formal eligibility section of the announcement. For access issues or questions, the listed point of contact is Justin Zerbato, Senior Contract Specialist, with a phone number provided, and there is an additional information link directing applicants to the ONR BAA website for the full text, instructions, and any required formats or submission procedures.

Overall, this ONR BAA is best understood as a targeted R&D call for capabilities that improve how expeditionary ISR systems and analysts query non-traditional data stores, analyze and fuse graph-centric and open-source information, recognize complex events with provenance-aware logic, model factional and civil dynamics, and manage analytic workflows in a way that produces timely, operationally relevant outputs under realistic field constraints.

Expeditionary ISR S&T (ONR) - FAQs

1) What is this funding opportunity?

This is the Expeditionary Intelligence, Surveillance, Reconnaissance (ISR) Science and Technology opportunity, Funding Opportunity Number N00014-15-R-BA010. It is a Broad Agency Announcement (BAA) issued by the Office of Naval Research (ONR) as a discretionary research and development solicitation.

2) Who is issuing the solicitation?

The Office of Naval Research (ONR) is the issuing organization.

3) What is the overall goal of the BAA?

The goal is to improve tactical, expeditionary ISR by addressing capability gaps that ONR describes as persistent shortcomings in real-world deployed environments. The focus is on new methods and prototype-level advances that help users collect, manage, interpret, and fuse diverse information faster and more reliably when data is messy, incomplete, and time-sensitive.

4) What kinds of work is ONR looking for?

The solicitation emphasizes research and development efforts, particularly science and technology work that produces new methods and prototype-level advances for expeditionary ISR challenges (for example, faster and more reliable analysis and fusion under operational constraints).

5) What funding instruments are available under this opportunity?

The listed funding instrument types are grants and procurement contracts.

6) What is the activity category and CFDA listing?

The activity category is Science and Technology and other Research and Development. The CFDA listing provided is 12.300 (Basic and Applied Scientific Research).

7) How much funding is anticipated, and how many awards might be made?

The program anticipates approximately 8 awards, with an estimated total funding level of about $12,000,000.

8) Is cost sharing required?

No cost-sharing requirement is specified in the provided description.

9) Who is eligible to apply?

Eligibility is described as unrestricted, meaning it is generally open to a wide range of applicant types, subject to the formal eligibility section in the full announcement.

10) When was the opportunity posted?

The opportunity was posted on June 19, 2015.

11) What are the key dates or deadlines?

The description references closing dates in late August and early September 2015, and it also points to the BAA for whitepaper due dates. This suggests the timeline and exact due dates are specified in the official BAA text.

12) Is there a whitepaper or concept paper step before full proposals?

Yes, the description implies a two-step or gated process where short concept papers or whitepapers may be reviewed before full proposals are invited, with due dates referenced in the BAA.

13) What technical problem is at the center of the scope?

The core technical scope is extracting operationally useful intelligence from large, heterogeneous datasets, especially data that does not fit well into traditional relational databases or clean analytic pipelines.

14) Why is there an emphasis on NoSQL query capabilities?

The BAA emphasizes advanced query capabilities against NoSQL data stores because modern ISR data often resides in document stores, key-value systems, or other scalable formats that are difficult to interrogate with complex analytical questions.

15) What does the BAA mean by “network statistics on rich graphs”?

This refers to analytic techniques for graph-structured data where nodes and edges may include multiple attributes, uncertainty, temporal behavior, and layered relationships. The aim is to better understand evolving relationships among people, groups, locations, events, communications, and resources.

16) How does open source data fit into the scope?

The opportunity includes conventional analysis of open source data, including complex event recognition. This targets the exploitation of publicly available information (such as reports, social media, news, and other open sources) and the ability to detect higher-level events over time and across multiple indicators.

17) What is “transform and opportunistic learning from open source” in this context?

It implies techniques that can adapt quickly as new data sources appear, environments change, or labeled training data is scarce. The intent is to move beyond static models to approaches that can handle domain shifts and still produce outputs usable in expeditionary operations.

18) What are “actionable empirical models of factional dynamics”?

These are models intended to represent and forecast how groups form, split, align, compete, and change behavior. The emphasis on “actionable” and “empirical” suggests ONR is looking for models grounded in observable data that can produce decisions or recommendations, not purely theoretical work.

19) What are Level 1 and Level 2 fusion, and how are they used here?

The BAA references Level 1 and Level 2 fusion applied to complex graphs. In standard fusion framing, Level 1 often relates to object/entity refinement (identifying, tracking, characterizing entities), while Level 2 relates to situation assessment (understanding what is happening in context). Applied to complex graphs, this indicates interest in merging multi-source data into coherent entity representations and situational interpretations, with uncertainty, provenance, and relationships treated as first-class concerns.

20) What does “calculations of cost functions for predictions from embedded data” mean?

This points to methods that quantify tradeoffs, risks, and operational costs associated with prediction errors, especially when predictions are produced from embedded representations (for example, vector embeddings of entities, text, or graphs).

21) What is “complex event detection conditioned by entity pedigree”?

This is event detection that explicitly accounts for provenance, lineage, and credibility of entities and sources when deciding whether an event has occurred. In expeditionary environments, who reported something, how it was generated, and historical reliability can be as important as the content itself.

22) What is “knowledge-based workflow management” in the ISR context?

It refers to tools that guide analysts or automated systems through complex ISR workflows using explicit representations of knowledge, rules, constraints, and objectives. The aim is to make analysis more repeatable, explainable, and efficient, especially under changing conditions or when multiple echelons must collaborate.

23) What is Civil Information Exploitation (CIVIE) as described here?

Civil Information Exploitation is listed as a development area and generally refers to collecting and analyzing civil-domain information (for example governance, infrastructure, public sentiment, services, economics, humanitarian factors, and other civil considerations) to support operational planning and decision-making.

24) Where do applicants find the official instructions and required formats?

The description references an additional information link directing applicants to the ONR BAA website for the full text, instructions, and any required formats or submission procedures.

25) Who is the point of contact for access issues or questions?

The listed point of contact is Justin Zerbato, Senior Contract Specialist, with a phone number provided in the opportunity notice.

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