NOTABLE TI | October 14, 2020
DSIAC was asked to identify studies regarding the use of water in C-UAS. C-UAS platforms are divided into two primary areas: detection and tracking systems...
Autonomous Systems / Survivability and VulnerabilityNOTABLE TI | May 27, 2020
DSIAC was tasked with collecting information of kinetic kill C-UAS in support of the U.S. Army - specifically, user feedback on C-UAS. DSIAC contacted representatives...
Autonomous Systems / Survivability and Vulnerability / Weapons SystemsNOTABLE TI | September 11, 2019
DSIAC was asked to identify UAS tracking methods and/or systems, CUAS methods/systems, and UAS evasion methods/systems currently in use. DSIAC searched open sources for current technologies utilized...
Autonomous Systems / Survivability and Vulnerability / Weapons SystemsNOTABLE TI | June 26, 2019
DSIAC was asked to research the best methods to determine the LAR of a tube-launched UAS. The inquirer was looking for the minimum acceptable range...
Autonomous Systems / Survivability and VulnerabilityNOTABLE TI | May 29, 2019
DSIAC was asked to compile the latest counter-unmanned aircraft systems (C-UAS) solutions for the U.S. Army, Navy, Air Force, and Marine Corps. DSIAC reached out...
Autonomous Systems / Military SensingSOARS | May 01, 2018
This report summarizes information about various unmanned aerial systems (UAS) platforms currently used for intelligence, surveillance, and reconnaissance (ISR). The applicability of various UAS platforms...
Autonomous Systems / Military SensingNOTABLE TI | March 05, 2018
DSIAC staff were requested to research and compile a list of studies that have been conducted to evaluate the effectiveness of directed energy (DE) weapons...
Directed EnergyNOTABLE TI | January 09, 2018
DSIAC staff have worked with numerous UAS and counter-UAS research, development, testing, and evaluation (RDT&E) agencies and leveraged contacts in government, laboratory, and academia groups to collect the...
Autonomous Systems