Archive for the ‘Disruptive Tech’ Category

Air Force, Space Force Announce Next Hackathon at 3 Locations and Classifications, Enabling Government, Industry, Citizens to Build Emergent Weapons System Capabilities

Saturday, June 4th, 2022


Applications are now open for the next BRAVO Hackathon, BRAVO 1 Canary Release, which will kick-off July 18-22 simultaneously at Joint Base Langley-Eustis, Virginia; Patrick Space Force Base, Florida; and Eglin Air Force Base, Florida. 

A hackathon is an innovation and software development event commonly employed by technology companies in which teams self-form and urgently develop working prototypes that are later presented to senior leaders. Canary Release takes its name from a data-driven software release technique, leveraged frequently by technology companies where new software is introduced to a sample of users in production for telemetry collection and validation before distributing the software to the remaining population. 

BRAVO hackathons gather engineers, data scientists, data visualization and user experience experts, and product and use case owners from industry, academia, government and citizenry to build operationally focused emergent capabilities with mentorship from senior Department of Defense leaders. At BRAVO 0, the first hackathon’s 11 teams focused on challenges such as: jet sensor visualization and playback, target planning and pairing, multi-jet sensor fusion analysis, artificial intelligence-assisted radar sensor failure mitigation, maintenance visualization and automation/artificial intelligence-assisted personnel recovery. 

Four months after BRAVO 0, one project’s work has been operationalized to the European theatre, while half have been selected by Air Force organizations for additional development, testing and fielding. BRAVO 0 projects produced capabilities related to Secretary of the Air Force Frank Kendall’s operational imperatives in areas such as Air Force Joint All-Domain Command and Control, next generation system of systems, post-flight data analysis and readiness. 

“A senior DoD official recently referred to the capability to deploy updates to SpaceX Starlink in response to data indicating jamming as ‘eye-watering.’ This shouldn’t be the case. Every big tech company and some nation states have already built automated pipelines that collect, aggregate and fuse data to enable such capabilities,” said Stuart Wagner Department of the Air Force chief digital transformation officer. 

“DoD talks a lot about connecting weapons systems but has been too slow to implement groundbreaking, data-driven capabilities. BRAVO hackathons leverage existing Department of Defense technologies to provide hackers the development environment and operational data to rapidly build data-driven kill chains and cognitive electronic warfare capabilities. If you are a cleared or uncleared American citizen with technology skills looking to build national security capabilities during a one-week event, this is your opportunity.” 

Unlike other DoD technical environments, BRAVO hackathons allow hackers to bring open-source software and data into the development environment in minutes providing unprecedented software and data collaboration on operational data. 

The goals for Canary Release are to: validate rapid development in a cloud-based environment across multiple bases, military departments and classifications on operational use cases; provide a new way for American companies, citizens and government employees to develop DoD capabilities; and generalize the BRAVO development model to enable future scaling to partner military departments, combatant commands, U.S. government agencies, and U.S. partners and allies.

“The first BRAVO hackathon set a record for maximum concurrent users on our AI development environment. We agree that we must increase our digital and AI investments to operational use cases, including those identified and built at BRAVO hackathons. We are evaluating opportunities to scale this innovation model to the DoD and federal government enterprise,” said Greg Little, deputy director of Enterprise Capability at the Chief Digital and AI Office, Office of the Secretary of Defense. 

For Canary Release, use cases have been sourced from Air Combat Command, Space Launch Delta 45 and Space Force Chief Technology Information Office. All participants must be American citizens. Participation at the Patrick SFB does not require a security clearance while participation at the remaining bases requires a secret clearance. Companies with employees holding active Special Access Program read-ins are encouraged to apply. 

BRAVO Hackathon intends for 60% of hackers to be government employees or DoD contractors with approval of their government contracting officer with the remainder coming from industry, academia and American citizenry. 

Canary Release is hosted by various organizations within Air Combat Command, Space Launch Delta 45, Space Force Chief Technology and Innovation Office, DAF’s Chief Information Office, 350th Spectrum Warfare Wing, Chief Digital and Artificial Intelligence Office, CyberWorx, AFWERX, Congressional offices from the Command, Control, Communications, Intelligence and Networks Program Executive Office, Office of the Deputy Chief Management Officer, BESPIN software factory and Morpheus among many others. 

About BRAVO hackathon series 

The BRAVO hackathon series is named from Project B, a 1921 series of joint Army-Navy target exercises conducted on surplus ships in response to Army Brig. Gen. Billy Mitchell’s claim that bombers sink battleships. This claim undermined the then-current investments and strategy of the then Department of War. The Secretary of War and Secretary of the Navy authorized Project B to disprove and disgrace Mitchell by demonstrating the insignificance of airpower. Mitchell instead directed his bombers to destroy all the test ships, changing military strategy, defense resourcing for aeronautics and aircraft carriers, and ultimately the Department of War by proving the need for a separate Air Force military department. 

Styled off Project B, BRAVO hackathons are sponsored by senior DoD leaders to provide technical and cultural innovation environments that enable government, academia, industry and citizenry to test and validate bold ideas on real DoD data. 


Department of Defense employees and DoD contractors may apply as either support staff or hackers via Common Access Card login here

Federal employees outside of the DoD or contractors without a Common Access Card may apply here

Industry, academia and citizens interested in being considered to participate via Air Force CyberWorx’s Partnership Intermediary, CCTI, can apply here. Selected participants will receive additional details. 

Project demonstrations are offered to DoD and federal employees through a science fair. Applications are available here

Secretary of the Air Force Public Affairs

DEVCOM, Army Special Forces Collaborate with International Partner to Test Additive Manufacturing Technology

Monday, May 30th, 2022

ABERDEEN PROVING GROUND, Md. — On a battlefield in the future, Soldiers deployed to remote areas around the world will use sophisticated additive manufacturing printers to ‘print’ virtually everything they need, from food to shelter to weapons. The Army has made additive manufacturing a priority and Combat Capabilities Development Command, or DEVCOM, is supporting the effort with Project Prime, a collaboration with U.S. Army Special Forces and an international industry partner.

The Project Prime team consists of the U.S. Army 7th Special Forces Group (Airborne), or 7th SFG (A); DEVCOM’s International Technology Center — United Kingdom, or ITC-UK; DEVCOM’s Command, Control, Communications, Computers, Combat systems, Intelligence, Surveillance and Reconnaissance Center, or C5ISR; and Defend3D, a company based in the United Kingdom that enables secure transmission of remote 3D printing.

Special Forces Soldiers tested the technology by repeatedly adding and printing additive manufacturing files using Defend3D’s Virtual Inventory Communication Interface, or VICI. VICI provides a server application that manages the virtual inventory, assigns rights to remote manufacturers and provides the product in a ‘one-click-print’ format with minimal training for the end-user to securely stream.

“Despite a network connection categorized commercially as having low to no connection, VICI facilitated speedy, secure and accurate printing. Based on expectations set at the beginning of the project, VICI did everything we needed it to do, and 7th SFG (A) was satisfied with the system performance and endorsed the capability for further development and implementation,” said Dr. Patrick Fowler, DEVCOM Global Technology advisor at ITC-UK.

Each DEVCOM ITC has a Global Technology advisor who scouts technology in their area of operation. Project Prime began when a DEVCOM global technology advisor was scouting additive manufacturing technology in the Atlantic region, which includes London, United Kingdom; Paris, France; Frankfurt, Germany; and Tel Aviv, Israel. The ITCs, which are part of DEVCOM’s global enterprise, serve as the forward-deployed ‘eyes and ears’ of the Army Science and Technology Enterprise. Other DEVCOM ITCs include: North America; South America; Northern Europe; Southern Europe; Northeast Asia; Southeast Asia and the Southern Hemisphere.

VICI ensures end-to-end encryption by enabling organizations to store their designs locally and use the virtual inventory to manufacture parts in remote locations. For example, a deployed Soldier communicates a need, such as a spare part or a modification to an existing part, to the computer-aided design, or CAD, element at 7th SFG (A). The CAD element either designs the part from scratch or selects from a database of commonly used parts. This is then streamed to the Soldier in the field, who prints the part. Because the file is never sent, VICI prevents adversaries from accessing the information and identifying vulnerabilities in equipment and capabilities.

“We made it a priority to pursue avenues that will allow us to operate in environments that are not conducive to regular resupply efforts. For detachments to stay in the fight in these environments, we explored systems that operate outside the conventional supply chains. Project Prime’s deployable 3D printer and VICI software enables secure transmission and an easy-to-use interface,” said Chief Warrant Officer 2 Jesse Peters, Innovation Cell, 7th SFG (A).

Other benefits of the technology include:

The 3D printer operator does not need to be an expert in 3D printing to print the required files.

The interface prevents overloading the network since forward-deployed Soldiers only see objects they have requested for their mission.

It securely stores files in a sharable repository, including files created by the Department of Defense and coalition networks.

“Imagine this scenario — a clever Green Beret on a remote base develops a novel attachment for an existing Unmanned Aircraft System, which is stored in VICI. Then, a clever Airman across the world at a remote airfield sees it and adds his/her twist. Next, a British Soldier prints it and starts using it in his/her own operations,” Fowler said.

During the training event, feedback was gathered in real-time as the deployed Soldiers communicated with the 7th SFG (A) Innovation Cell. Other information was collected after the training, including the pros and cons of the system, software interface, training requirements and long-term durability.

7th SFG (A) plans to train more of their Soldiers on the technology to support a U.S. Army Southern Command deployment. Once the deployment is completed, ITC-UK will document all of the activities and achievements of Project Prime and make it available to the broader Department of Defense community. The information will benefit other DEVCOM centers and research laboratory, particularly the C5ISR Center, which focuses on securing communications to the tactical edge. The technology may also fill gaps with other Army units.

“We’re looking for funding to further develop VICI to make it operable on a cell phone or a small device, including a Raspberry Pi, which is a very small computer that plugs into a computer monitor, TV, or similar small end-user devices. This will make the solution, which is currently used on a laptop, even more deployable,” Fowler said.

By Argie Sarantinos, DEVCOM HQ Public Affairs

DARPA Completes Underminer Program

Wednesday, April 6th, 2022

New tactical tunneling technologies will support national security objectives

DARPA’s Underminer program has demonstrated the feasibility of rapidly constructing tactical tunnel networks that enable secure, responsive resupply in denied environments. These networks could provide infrastructure for logistics support, such as pre-positioning supplies in advance of an operation or providing ongoing resupply as troops move through a contested area. The ability to rapidly bore tactical tunnels could also be helpful in rescue missions.

Adversaries, peer competitor nations, and allies around the world are building and exploiting tunnels for tactical operations. Tunneling capabilities exist in United States’ commercial applications – mostly in the oil/gas, utility, geological, and environmental sectors – but the U.S. Department of Defense is not currently taking advantage of such technologies or equipment to support tactical tunnel creation or exploitation.

“The technologies demonstrated in the Underminer program offered unique insight into applications for tactical tunneling networks,” said Andrew Nuss, Underminer program manager in DARPA’s Tactical Technology Office. “Through Underminer, DARPA has advanced the community’s use of high-speed tactical tunnel creation, sensing, and positioning.”

Three teams collectively produced and matured technologies for rapid tunnel creation with a focus on diameter, distance, speed, and accuracy.

1 The Colorado School of Mines designed and demonstrated a continuous feed directional drilling concept that incorporated a hybrid drill bit system, an innovative drilling fluid management approach, and an intelligent drilling support system.

2 General Electric Research Center developed and demonstrated a novel robotic approach consisting of multiple artificial muscle systems.

3 Sandia National Laboratories implemented modifications to existing commercial hardware to demonstrate improvements to rate of penetration, accuracy and reduced operator demands.

“Tactical tunneling capabilities have tremendous opportunities to expand the combined arms maneuver trade space to include the vertical dimension in both natural and man-made subterranean environments,” added Dr. Nuss. “These unique capabilities have the potential to create secured logistics pathways in contested environments.”

Novel tunneling technologies and processes developed under the program have already transitioned to multiple industry and government partners. Some of those advances include an increased understanding of fluids management while drilling, localization of the drill bit without the use of beacons, and how to conduct branching operations while drilling at high rates of penetration.

NATO Mountain Warfare Rescue Exercise in Slovenia

Thursday, December 30th, 2021

This video of a recent NATO Mountain Warfare Rescue exercise in Slovenia features the Gravity Industries Jet Suit.

Marines 3D Print a Rocket Headcap for Mine-Clearing Missions

Saturday, September 4th, 2021


The Marine Corps continues to leverage additive manufacturing to benefit the warfighter.

This summer, the Program Manager for Ammunition at Marine Corps Systems Command 3D printed a headcap for a rocket motor used to detonate a M58 Mine Clearing Line Charge. The MICLIC is a rocket-projected explosive line charge that provides a demining capability for Marines.

“The process of 3D printing allows Marines to create a physical object from a digital design,” said CWO2 Justin Trejo, a project officer with PM Ammo at MCSC. “We essentially created a 3D-printed product and incorporated it into a highly explosive system.”

Marines use the MICLIC to clear paths through minefields and other obstacles on the battlefield. However, traditional manufacturing methods for creating the headcap can be both timely and costly, said Trejo. MCSC wanted to identify a more efficient method for producing the part.

PM Ammo found the answer to this dilemma in additive manufacturing.

In 2019, PM Ammo began exploring alternative solutions for manufacturing the headcap. After many hours of research as well as developing and testing a prototype headcap, the team collaborated with Naval Surface Warfare Center Corona Division to produce a 3D-printed version.

Earlier this year, NSWC Corona produced the 3D-printed, stainless steel solution. The next month, PM Ammo representatives assessed the 3D product during a test event at Yuma Proving Ground in Yuma, Arizona. The evaluation involved launching the rocket motor to detonate the mine-clearing line charge.

Trejo said the event went flawlessly.

“The rocket motor fired off just as intended and the line charge detonated as it is supposed to, which was a significant moment for us.”

-CWO2 Justin Trejo, Project officer with PM Ammo at MCSC

“In the future, we’d like to attempt to 3D print the headcap with its nozzles attached,” said Trejo.

He stressed the significance of the successful test event because it further confirmed the effectiveness of 3D printing, which has been growing in popularity within the Department of Defense.

Additive manufacturing provides Marines with a streamlined solution to meet their needs. In 2019, MCSC established its Advanced Manufacturing Operations Cell to serve as a 24/7 help desk for Marines who need assistance with 3D printing, and other sustainment and manufacturing solutions.

AMOC is available to answer questions, field requests for prints and fully vet any part that requires fabrication by a Marine organization. The team of skilled Marines and civilians has employed additive manufacturing to develop everything from innovative maintenance tools to a reinforced concrete bridge.

Caleb Hughes, an engineer with MCSC’s PM Ammo who supported the Yuma testing event, said 3D printing saves the Marine Corps time and money.

“The previous process of traditional manufacturing is outdated, while 3D printing is a more modern manufacturing technique,” said Hughes. “I truly believe 3D printing is the next generation of the Marine Corps.”

Trejo believes additive manufacturing aligns with Commandant of the Marine Corps Gen. David Berger’s vision in that 3D printing helps increase Marines’ battlefield efficiency. Trejo said the manufacturing method enables the warfighter to be “lighter and faster,” critical attributes when supporting various missions.

“We’re able to create equipment parts and other assets for whatever particular mission we’re engaged in,” said Trejo. “This 3D-printed headcap represents the Marine Corps going above and beyond to support our Marines.”

By Matt Gonzales, Marine Corps Systems Command

High-Performance Electronic Devices Straight from the 3D Printer

Tuesday, July 6th, 2021

HENSOLDT and Nano Dimension establish joint venture for 3D printing platform

Taufkirchen/Germany, 01 July 2021 – Sensor solutions provider HENSOLDT is strengthening its commitment to the future technology of 3D printing: together with 3D printer manufacturer Nano Dimension, HENSOLDT is founding a joint venture under the name J.A.M.E.S (Jetted Additively Manufactured Electronics Sources), based in Taufkirchen/Germany, which will combine the strengths of both companies and further advance the development of 3D-printed electronic components.

The joint venture is led by HENSOLDT Ventures, an independent division within HENSOLDT that implements new technologies and business models for the HENSOLDT Group and brings them to market. Most recently, HENSOLDT expanded its Ventures portfolio earlier this year with the acquisition of data analytics company SAIL LABS.

“Increasing competition and accelerated customer procurement timelines will be one of the biggest challenges for established providers in the future,” says Marian Rachow, Head of HENSOLDT Ventures. “Our joint venture not only guarantees the rapid development of technology as a real alternative to conventional electronics manufacturing, but also offers small and medium-sized companies the opportunity to efficiently design new products.”

And Yoav Stern, CEO of Nano Dimension, adds: “We will be the largest and most effective high-end electronics design club for data exchange, as well as a marketplace. We could not find a better collaboration partner than HENSOLDT, who contributes the application know-how and market knowledge, while Nano Dimension contributes the 3D electronics-printing technology and innovation. J.A.M.E.S’s target market is the global electronics engineering and circuit design community.”

HENSOLDT, as a market leader in the field of sensor technology and optronics, expects the closer cooperation with Nano Dimension to accelerate development cycles as well as spare parts production in order to be able to respond to customer needs more quickly and cost-effectively. With the help of special dielectric and conductive nanoparticle inks, it is possible to design electrical components directly via the printer and bring them into a three-dimensional form.

Nano Dimension is a leading manufacturer of intelligent machines for the production of Additively Manufactured Electronics, or AME, and is already producing the first 3D-printed electronics in its Multi-Jet process. AME is a very agile and customized method for developing electronic circuits. This leads to a significant reduction of time and costs in the development process. In addition, AME delivers a verified design before production begins, resulting in higher quality of the final product.

The newly formed 3D printing joint venture focuses on building a cloud-based platform. In the future, other companies and customers will be able to upload a wide variety of electronic components in their usual CAD software and convert them into a new type of AME file on the platform. They will also be able to obtain further designs via the platform described, modify them, add their own form factor and have them printed on-demand.

HENSOLDT has been investing in basic research into digital 3D printing of electronic components for several years in order to make the advantages of this technology available for its own development and production. For example, in collaboration with Nano Dimension, HENSOLDT has already printed the world’s first 10-layer printed circuit board (PCB), which carries soldered high-performance electronic structures on both outer sides, using a specially developed polymer ink from Nano Dimension.

Marine Corps Tactical Systems Support Activity Hosts Testing and Demo Days for XFAB

Saturday, June 12th, 2021

Marine Corps Tactical Systems Support Activity hosted a team of design experts who tested the network connectivity of the portable expeditionary fabrication lab, otherwise known as XFAB, on Camp Pendleton, April 5-9, 2021.

The XFAB is a self-contained, transportable additive manufacturing lab that can deploy with battalion-level Marine maintenance units. The 20-by-20-foot shelter is collapsible for easier transport and houses five 3D printers, a laser scanner, a laser cutter and a computer design software system that enables Marines to fabricate replacement and repair parts in an expeditionary environment.

“MCTSSA offers a great opportunity to exercise the XFAB on the [Marine Corps Enterprise Network] and capture the messaging traffic and data packing messages in real time,” said Robert Davies, project officer for Fabrication Equipment under the Program Manager for Supply and Maintenance Systems at Marine Corps Systems Command. “The test directors and support staff at MCTSSA were a pleasure to work with.”

The goal of the testing event was to evaluate the connectivity of the Marine Corps’ closed computer network to determine if any adjustments are needed before reaching final operational capability and delivering labs to the Fleet Marine Forces in June 2022.

XFAB has been in development stages for approximately five years. It is designed to provide Marines a way to innovate by creating their own manufacturing tools, parts and signage. This unique capability can be employed in forward-deployed locations when specialty and hard-to-find parts are not readily available.

“MCTSSA is a great place for this kind of testing and demonstration,” said Lt. Col. Michael Liguori, commanding officer of MCTSSA. “Our location makes it easy for fleet units to visit and see the layout of the equipment first-hand. We’re proud to support the Supply and Maintenance Systems program manager and their team as they move closer to fielding this new capability to the operational forces.”

Impact and Implementation

Each lab comes equipped with two Lulzbot TAZ Workhorse 3D Printers, two Markforged X7 3D printers, one 3D Platform 3000 Series Printer, and one Epilog Fusion Pro 32 Laser Cutter and a Quantum FAROArm S 3D laser scanner. The XFAB also comes standard with three laptops, two workstations and one 55-foot LED television screen.

When integrated into a Marine Expeditionary Force, the XFAB will reduce the maintenance battalion’s logistics footprint by eliminating the need to transport large amounts of spare parts.

“As this technology and overall asset is brand new to the FMF, the maintenance community is extremely excited to receive their assets and begin use of the 3D scanning and printing capabilities,” said Davies. “While some FMF units have 3D printers, those assets were procured with unit funds.”

The XFAB capability is an MCSC Program of Record and will be a supported asset in the fleet, which will make integration for deployments much easier, Davies said.

Demo Days

During the testing event at MCTSSA in early April, senior leaders and Marines from 1st Marine Logistics Group, 1st Light Armored Reconnaissance Regiment, 3rd Amphibious Assault Battalion and 3rd Marine Aircraft Wing got a first-hand look at the equipment and how they can manufacture parts and products.

The XFAB container runs on generator or shore power, and takes a team of four Marines two-to-three hours to set up and tear down. It weighs about 10,500 pounds fully equipped and can be transported via the Logistics Vehicle System Replacement or a commercial flatbed truck.

A New Tool in the Tool kit for FMF

By design, the XFAB and its components are to be operated by a Marine Machinist (MOS 2161) as their primary duties include support of unit maintenance to include fabrication, repair or modification of equipment. However, the XFAB is composed of several workstations that would require just one Marine to be present to operate the equipment and tools.

Several items can be printed and manufactured, including the detonation cord connector, SABER handgrip removal tool, radio handset covers, M320 hammer strut tool, reinforced high-mobility multipurpose wheeled vehicle door handles and a universal load stud wrench for use with all generators.

“Due to the solid MCEN design from our supporting establishments, Naval Surface Warfare Center Crane and Carderock, we have had no redesign efforts required and have passed all testing while at MCTSSA with no outstanding issues to resolve,” Davies added.

A future design is under development with a more tactical version of XFAB called Tactical Fabrication and will soon approach its fielding decision, Davies added. This system will be slightly limited in capability but will be modular, stored in pelican cases, and is specific to a particular MOS.

The current requirement is to deliver 21 XFAB units. II Marine Expeditionary Force is scheduled to receive the first one sometime in mid-2022.

By Amy Forsythe, Public Affairs Officer, MCTSSA

Army Leverages Virtual Reality to Understand Network Influence

Saturday, June 5th, 2021

RESEARCH TRIANGLE PARK, N.C. — Immersive virtual reality isn’t just for amusement parks, the U.S. Army is funding research that uses it to understand group dynamics.

The U.S. Army Combat Capabilities Development Command, known as DEVCOM, Army Research Laboratory funded scientists at Kent State University’s Electrophysiological Neuroscience Laboratory to create an immersive virtual reality lab that can be used in tandem with their other biophysiological technologies to advance an interdisciplinary understanding of group dynamics.

Immersive reality combines virtual reality with images, sounds, or other stimuli to provide an engrossing environment.

According to Dr. Bruce West, a senior Army scientist, the military is becoming increasingly reliant on small special operations teams, but little is known about how small groups function in these extreme environments. The research team uses cutting edge electrophysiological and physiological equipment to probe team functioning and decision-making under threat.

“In order to make valid and efficacious practical recommendations for small special operations teams in the modern global military context and other threat environments, Soldiers can benefit by training in immersive virtual environments to make them feel like they are really there,” said Dr. Lisa Troyer, program manager, social and behavioral sciences, ARL. “The immersive virtual reality system at Kent State University is developing more valid, impactful knowledge about how teams and individuals navigate dangerous environments.”

The lab includes cutting edge virtual reality headsets with three-dimensional eye tracking and omnidirectional treadmills, which can be integrated with EEG and other emerging biometric technologies.

“With this lab, ENLoK is generating path-breaking social science discoveries,” Troyer said. “The team’s efforts are leading the use of immersive virtual reality and capabilities to identify neurological signals of influencers in groups that can support Army missions by better understanding Army influence networks as well as adversarial groups.”

In earlier research, also funded by ARL and published in Social Psychology Quarterly, the Kent research team conducted a series of experiments manipulating status and used brain activity analyses to successfully identify neurological signals during social interaction that are unique to others’ perceptions of high status actors and their influence over group members.

“Understanding the consequences of status-based behavior in a variety of settings, including small team contexts, can help the Army prepare and train for modern military operations,” said Dr. Will Kalkhoff, ENLoK’s director and professor of Sociology at Kent State University. “The Army can also use the knowledge we are developing to better understand how influencers in allied groups support Army missions through their social networks or how adversarial groups mobilize.”

Now, the research team at Kent State is partnering with MILO, an Ann Arbor, Michigan-based component of Arotech’s Training and Simulation Division that provides immersive training solutions for military and law enforcement organizations around the world. The objective is to improve police and military readiness by integrating rigorous social science with emerging technologies already in use throughout the Department of Defense.

“Support and assisted facilitation of this kind of social research is exactly why we established the MILO Cognitive Division,” said Robert McCue, MILO’s general manager. “Our ultimate goal is to advance the scientific understanding of behavior and decision-making under threat and, in so doing, reduce danger to our servicemen and women and improve mission success by facilitating team functioning under threat.”

By U.S. Army DEVCOM Army Research Laboratory Public Affairs