Technical Inquiries (TIs)

The core function of DSIAC is to answer technical questions using our in-house technical personnel, vast DoD information resources, and our extensive network of subject matter experts (SMEs). DSIAC has technical staff available to conduct technical research in order to give you a head start on your analysis or study in any of our technical focus areas. We offer a free 4-hour TI research service or, for slightly larger research efforts, we offer an extended technical inquiry (ETI) service.

Technical Inquiry Features

Our TIs include the following to help you with your research:

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Literature Searches

A curated bibliography given a technical topic

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Document Requests

Dissemination of technical reports to authorized users

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SME Referrals

Contacts and connections with relevant, technical SMEs

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Free Technical Inquiry Services

DSIAC's free TI service offers 4 hours of free research per inquiry on any topic within our technical focus areas. Typical TI efforts may include answering technical questions, literature searches, document requests, or referrals to SMEs. Completed responses are compiled and delivered to the inquirer in less than 10 business days. Registered users can submit TIs online through the provided form or by phone.

Extended Technical Inquiry (ETI) Services

ETIs are externally funded research efforts that go slightly beyond 4 research hours. ETIs require between 5 and 160 technical hours of research, with a $50K maximum ceiling and period of performance up to 2 months.

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Ready to submit a technical inquiry?

Receive free information research on technical topics

Notable Inquiries

Notable TIs are findings and/or summaries of responses to the most recent and impactful technical inquiries submitted by DSIAC members under our 4 free hours of information research support.

Filter by Technical Focus Areas

By default, only content within your selected technical focus areas is displayed throughout the site. You can update your technical focus areas in your profile or temporarily filter the content here.

Open-Source Reflectance and Thermal Property Databases

What thermal and radiative material property databases are publicly available near standard temperature and pressure (STP) conditions?

  The Defense Systems Information Analysis Center received a technical inquiry for…

Gaps Between Civilian and U.S. Department of Defense for Determining Airworthiness of Additively Manufactured Parts

What gaps are there between civilian and U.S. Department of Defense (DoD) aerospace for determining airworthiness of additively manufactured (AM) parts and repairs?

The U.S. Department of Defense (DoD) has made some progress certifying additive…

Unmanned Aerial Systems (UASs) for Maritime Intelligence, Surveillance, and Reconnaissance (ISR)

What UASs can carry out an autonomous unmanned maritime ISR mission?

The Defense Systems Information Analysis Center (DSIAC) was asked to search for Unmanned Aerial Systems (UASs) that perform Intelligence, Surveillance, and Reconnaissance (ISR) maritime missions. A set of parameters was given to DSIAC staff to limit the results, although this search was non-exhaustive and UASs that do not meet all parameters are included. UASs included in this report have two or more of the following parameters: military use, produced in the U.S., payload capabilities up to 50 pounds, endurance minimum of six hours, range minimum of 230 miles, and use of heavy fuel. UASs used for maritime ISR missions are critical to United States (U.S.) military and the U.S. Department of Defense (DoD) to provide early warnings of enemy threats and to support ongoing U.S. military and DoD missions. ISR missions can provide signals, intelligence and electronic warfare processing, analysis, and reporting capabilities, while also allowing communications between submerged maritime vehicles and a UAS.

Models and Simulation Demonstrating Cavitation and Hydrodynamic Ram Effects Within Fuel Tanks

What models and simulation tools model cavitation, bubble growth, and hydrodynamic ram effects within fuel tanks?

The Defense Systems Information Analysis Center (DSIAC) was asked to identify models,…

Machine-Learning to Detect Battle Damage Using Satellite Images

What computer-vision/machine-learning work has been done to detect battle damage from satellite images?

The Defense Systems Information Analysis Center (DSIAC) was asked to identify machine-learning…

Fractal Radar

What are fractal radars, and how do they work?

The Defense Systems Information Analysis Center (DSIAC) was asked to deliver general…