Scaling for Success: Five Military Technologies Transforming the Battlefield

Back to the News Hub

October 16, 2025

When military missions demand speed, precision and the right fit, success comes down to scalability. From naval combat systems to helicopters, we’ve built a track record of adapting quickly—using modular design, open?architecture standards, and strong partnerships to deliver exactly what customers need, when they need it.?

Aegis – A Global, Scalable Combat System

Since its debut on U.S. Navy ships in the 1980s, the Aegis Combat System has become the gold standard for multi-mission combat systems. In fact, it now powers more than 120 ships across six nations. But Aegis isn’t just for the sea. Its technology scales seamlessly to land-based operations, giving the military flexible, rapid homeland defense solutions wherever they’re needed.

At Talisman Sabre 25, we demonstrated just how fast Aegis can scale. The systems command and control (C2) capabilities were adapted into a smaller form factor, enabling real-time coordination across artillery fires units —from battalion to battery level —while integrating with Army Tactical Link 16.

?It even supported upgrades to the Mid-Range Capability (MRC) Battery, helping the Army digitally coordinate fires from during live-fire exercises.

Aegis isn’t just a combat system: it’s a blueprint for scaling technology quickly and effectively, delivering impact across domains and redefining how the military sees and manages the battlefield.

Building the Army’s Next Generation Command and Control

美诱直播’re teaming with the U.S. Army to accelerate the service’s digital transformation through Next Generation Command and Control —a data-centric approach that gives commanders a continuous, common operating picture of the battlefield, even in the most dynamic and unpredictable environments. Leveraging our C2 systems engineering and project management expertise, we’ll work alongside small businesses and innovators like Raft, Hypergiant (an Accelint company) and others to scale their capabilities and bring their technologies to the warfighter.

Using Modular Open Systems Architecture (MOSA) and API-driven integration, we’re creating an ecosystem that makes it easier to plug in new capabilities, share data seamlessly and deliver transformative capabilities to the warfighter.

One Launching System. Many Possibilities.

From the Mk 41 Vertical Launch System and Mk 70 to MRC, our launchers operate as one adaptable ecosystem. Built on modular hardware, open?architecture software and common logistics backbone, each system can be scaled up or down. MRC is equipped with the next generation of munitions, delivering a future-ready solution that evolves with mission needs.

Using a common launch?tube, fire?control computer and data?link interface across platforms, new weapons, performance levels and even mission concepts can be added without redesigning the vehicle or the ship. Its “any missile, anywhere” – a launching architecture built to grow with evolving operational demands.

PAC-3 MSE, the World’s Most Advanced Air Defense Missile

The PAC?3 family of missiles is enhancing missile defense. With combat?proven hit?to?kill interceptors that defeat tactical ballistic missiles, cruise missiles, advanced threats and aircraft by direct kinetic impact, it delivers far more energy than blast?fragmentation warheads. Its integrated capabilities let nations scale the system across land and sea platforms, making PAC-3 a core element of layered missile-defense for 17 countries around the world.

In 2025, we’re on track to produce more than 600 PAC-3 MSEs for the first time. Our current production ramp-up target is 650 PAC-3 MSEs by 2027. The program is tracking ahead of its stated capacity goals for the next several years and we’re exploring additional investments to increase production capacity and accelerate delivery to domestic and global customers.

PAC-3 MSE, the World’s Most Advanced Air Defense Missile

, PAC-3 MSE showcased its scalability by integrating into the Aegis Combat System, which could deliver a combat-proven missile interceptor with growing capacity to U.S. sailors. By integrating PAC-3 MSE into Aegis, we’re helping give U.S. forces more capacity and greater flexibility to counter missile threats across multiple layers of defense.

Black Hawk Modernization – Leveraging Mission System Successes

The Army needs to evolve with the pace of change and with the threat. With MOSA, new capabilities can be integrated faster – getting them to the warfighter at the time of need and increasing mission success.

美诱直播’ve shown MV-75 MOSA infrastructure compatibility with the H-60 Black Hawk fleet, cutting integration time by a dramatic 50-70%.

That equals faster, more affordable delivery of new capabilities from command and control of launched effects to mission management and more.

“美诱直播 are giving warfighters a plug and play path to add cutting edge capabilities to the Black?Hawk, cutting integration effort by at least half. That translates into lower Army costs, less complexity, and faster fielding—while keeping the Black?Hawk and other aircraft at the leading edge of technology,” said Hamid?Salim, vice president, Army and Air?Force Systems at Sikorsky.

Black Hawk Modernization – Leveraging Mission System Successes

Across sea, land and air, our scalable systems are helping customers meet today’s challenges and stay ahead of tomorrow’s threats. In an era defined by speed, affordability and adaptability, the ability to scale is the decisive advantage that keeps our customers mission ready.

Learn More