Integrated systems and strategies can empower commanders, squads, and individual soldiers with greater lethality through a connected ecosystem of digital capabilities and technologies. Here are some ways the Army can create a resilient future force.听听 聽
1. Integrate Soldier Training and Operations with Immersive Technology
Virtual reality (VR), augmented reality (AR), and other immersive technologies help聽soldiers increase lethality with higher survivability. Soldiers can train for multiple events in an environment that replicates the one they鈥檒l operate in, saving time and costs and enhancing live training. When squads are in-theater, integrated systems will gather soldier data to inform future training鈥攚hile bringing analytics into the theater for actionable intelligence at the edge.聽 听听
VR transforms mission training, planning, and after-action reviews. With a steady stream of biometric, physiological, and cognitive data gathered from their performance, soldiers can train as they fight by practicing within realistic immersive scenarios. They will carry the same techniques into battle using lightweight, networked tech鈥攚ith sensors which gather data to inform future training. This data can also be used to quantify soldiers鈥 increased effectiveness, giving more precise data for strategic planning.
Creating a fast path to close the orient, observe, decide, act (OODA) loop before near-peer enemy forces can observe is a key goal of today鈥檚 Army. Enabling the soldier to train as they fight will empower聽soldier performance,聽providing a virtual loop of continuous improvement to get inside the adversary鈥檚 OODA loop.
Our own work developing tactical training tools confirms that 鈥渧irtually being there鈥 before the mission accelerates soldiers鈥 confidence and competence in-theater.
Use AR for mission rehearsal, execution, and after-action. Overlaying digital content on top of a real-world environment gives soldiers critical information when every second counts. As with VR, soldiers can use AR to train for dangerous missions safely, with physiological and cognitive performance data showing areas where improvement is needed鈥攆or example, strengthening eye focus or lowering heart rate鈥攐n the same domain and environment where they鈥檒l deploy or operate.聽
During rehearsal for an actual mission, they can continue to use the same AR capability, honing the skills they鈥檒l use in combat. For example, leaders can prepare troops for missions from identifying strategic targets to mine detection. Then in theater, as soldiers perform these skills, networked systems will track physiological and cognitive data while intel streams in to improve communication, performance, and situational awareness鈥攑roviding faster, more actionable intelligence to speed decision making. After training or combat, the data can be used to inform the next training session.
AR and VR applications can be tailored for specific roles and tasks. For example, commanders currently meet virtually to visualize the execution of multiple operations orders through our Tabletop Commander application, which combines machine learning and analytics with remote collaboration.
2. Connect Squads for Mobile, Agile, Coordinated Action at the Edge
Soldiers on the move will be more agile and effective with light, fast, secure devices providing real-time intel and awareness. Using integrated, open-tech solutions, squads will have the ability to make fast decisions anytime, anywhere.聽
Unify and augment soldiers鈥 capabilities with one integrated framework delivering analytics at the edge. Working with partners, we鈥檝e developed technology to prove the efficacy of a unified solution. Our SmartEdge framework selects and processes sensor data using individual devices to create a platform anywhere the soldier travels. It consists of a sensor processing unit loaded with open software that receives and transmits data in near real-time, with fused sensors giving access to capabilities like cameras and Global Positioning System (GPS) coordinates.聽
Through meshed processing鈥攏etworks created by a fusion of sensors and capabilities鈥攕quads receive analytics and intel to increase situational awareness in disconnected environments. As a result, soldiers can make split-second decisions for fast action to increase lethality.
Share intelligence within the squad with intra-soldier wireless (ISW). Using open, non-proprietary standards, ISW will allow for strategic capabilities such as secure, resilient positioning, navigation and timing (PNT) aligned across platforms and systems to ensure soldiers can trust the data to navigate and synchronize with certainty, speed, and precision. They鈥檒l be empowered by continuous monitoring and AI processing, securely delivered through sensors and light tech embedded in their headsets.
3. Shape the Future Battlefield with Autonomous Assets听听
Since the military will own this open, integrated architecture, it can be continuously updated. This will allow rapid expansion to a fully integrated battlefield, where soldiers can connect with ground combat vehicles and autonomous assets that function independently, yet in coordination. Soldiers will gain unprecedented visibility and autonomy in critical situations, ensuring we keep the ultimate weapon鈥攖ime鈥攐n our side as we disrupt the adversary鈥檚 OODA loop.聽
Drones, airborne sensors, vehicles, and other assets will serve as autonomous aids to help soldiers be more effective with less risk. Think of routinely working with vehicles that arrive when summoned, mini-drones that zoom to surveil adversaries at command, and bomb-disposal robots opening doors to look inside vehicles to search for explosive devices. Autonomous agents can help replenish troops in the field, directly contributing to soldiers鈥 survival.
We鈥檙e All In for the Integrated Battlefield
By helping every U.S. military branch integrate mission with execution over the past decades, we have seen firsthand the challenges of unconnected systems, R&D, policies, and procedures.
Today we're helping units accelerate transformation across every Army service command, from home station to combat training centers. We鈥檝e built a network of iHubs to provide innovation where it鈥檚 needed, with inventive partnerships ranging from global technology leaders to agile startups.
Our experts integrate new and legacy systems and provide tech-agnostic engineering services, scouting out the best solution for the Department of Defense鈥檚 needs鈥攊f we can鈥檛 find it, we鈥檒l help build it.聽We鈥檙e here to provide open tech that will ensure continued overmatch.