Warfighter uniforms and the gear they carry are highly specialized, made to protect the wearers from extreme elements and provide camouflage. They can’t be too bulky. They must be made to fit every size warfighter. And they should be designed to improve the operational effectiveness of the servicemen and women who wear them.

Booz Allen’s warfighter performance team is tackling this challenge head-on in collaboration with the U.S. Department of War (DOW). From rigorous materials vetting to rapid prototyping to ensuring manufacturing scalability, it’s a soup-to-nuts approach that addresses technology, interoperability, and manufacturing readiness levels focused on ultimately enhancing the lethality and survivability of our warfighters.

Let’s look at three examples of how these capabilities are enabling warfighters to operate, adapt, and succeed in the most challenging mission conditions.

Key Takeaways

• Booz Allen is building intelligent warfighter systems with next-generation materials, like PFAS-free coatings.
• By automating complex production processes and utilizing AI-powered digital engineering tools, our warfighter performance team is producing data-backed designs for specialized camouflage gear at a fraction of the time and cost of traditional manufacturing processes.
• Our digitized manufacturing is accelerating the ability to manufacture at the point of need—in forward-deployed environments closer to the fight—to ensure warfighters have the right-sized, high-performance equipment where they need it most.

A “Ghillie suit” (pronounced “gill-ee”) is a complex camouflage garment. Unlike standard camo, it disrupts the human silhouette and shadow, creating a 3D effect that mimics the texture of the environment.

This complex, modular garment design has historically required hours of skilled labor to produce. Our warfighter performance team cut production time significantly using automated manufacturing approaches.  

“We partnered with a small business to innovate ways to automate this previously manual process and ended up accelerating deployment with significant reductions in manufacturing time, environmental waste, and human-induced errors,” Sonya Rahmani, Booz Allen’s director of warfighter performance, says.

Automation isn’t our only tool. We are also testing new forms of camouflage in an AI-powered digital environment that mimics conditions in physical environments—also known as a digital twin.

“The development of novel camouflage patterns is hindered by current development processes that rely on physical prototypes and extensive field testing,” says Rahmani. “These processes can also be quite subjective. Our in-house tech allows us to quantify camouflage effectiveness.”

Warfighters come in all shapes and sizes, and so too should their highly specialized gear. Consider welding—an essential skill for conducting on-the-spot repairs to vehicles, weapons, and equipment. This work requires fire-resistant jackets, leather gloves, and auto-darkening helmets.

“One thing we learned from talking with our warfighters is that sometimes these welders were borrowing equipment from each other,” says Jordan Tabor, a senior lead engineer at Booz Allen who holds a Ph.D. in fiber and polymer science. “The problem there is that a 5’3” welder probably shouldn’t be using the same gear as a 6’2” welder. One of the things that differentiates our work is ensuring we can deliver right-sized equipment for warfighters of all shapes and sizes.”

These anthropometric considerations are used not just for welding gear, but for all textile needs.

Another innovation Booz Allen is advancing is the ability to “manufacture at the point of need”—literally bringing factory capability to regions where our warfighters are stationed so that gear and equipment can be produced for our warfighters, when and where they need it.

“The military literally has to keep hundreds of millions of dollars of inventory on hand to ensure they can equip anyone when the need arises,” Tabor says. “But equipping everyone everywhere in every shape and size is a logistical nightmare. The idea behind ‘manufacturing at the point of need’ is to make us nimbler.”

The military is facing a “PFAS cliff.” Per- and polyfluoroalkyl substances (PFAS) are essential for water repellency but are being phased out due to health and environmental concerns. The challenge isn't just finding a replacement; it’s scaling it.

“There’s a ‘Valley of Death’ between a great lab discovery and a product that can be manufactured at scale,” says Rahmani. “That’s where Booz Allen’s Tech Scouting team comes in.”

Our team assessed hundreds of technologies, patents, and companies that promote PFAS-free alternatives—an exhaustive list that was put through a rigorous screening process that included collaboration across dozens of vendors, including small businesses located in the continental United States, to validate the best PFAS-free options on uniforms, gloves, tarps, and other equipment, eventually leading to real-world evaluation and deployment.

User testing through warfighter touchpoints is another step in Booz Allen’s iterative approach to developing the best warfighter textiles in the world—starting with market research and lab testing, partnering with U.S. suppliers to ensure fast and efficient deliverability, and finally testing in real-world environments.

“We were in the middle of a user evaluation when the group got deployed. They took the gear with them and later told us that it was the best they’d ever used. I don’t think it gets more real than that,” Tabor says.