Where Tactical Reality Meets Strategic Clarity
From counter-drone systems to missile defense, we help defense innovators frame the engineering, command the briefing, and move the procurement decision.
Space
Robotics
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Cyber
Defense
AeRospace
AI
SourceXDefense Lab.
SourceX engineers cinematic visual narratives that translate defense systems into language decision-makers, operators, and stakeholders trust. From precision platforms to multi-domain operations, our team turns complex technology into stories that hold up at Pentagon reviews, parliamentary briefings, and trade-show stages — without losing the authority the work demands.
We build assets that don't have the luxury of explanation later — they have to land the moment they're seen. Every frame is engineered with the precision the work demands, blending physically-based simulation, AI-assisted iteration, and tactical direction. Our pipeline compresses months of production into weeks, while preserving the gravity and authority defense narratives require.
Sentinel.
Northrop Grumman is pioneering the most advanced missile defense solutions across all domains — building the layered homeland defense system that shields the nation from sophisticated, evolving, and unprecedented threats. From silicon to silos, the company is engineering an integrated architecture where hypersonic, ballistic, and cruise missile threats are tracked, classified, and intercepted before they ever reach the people they're aimed at.
Their work spans the entire kill chain — space-based tracking sensors, ground-based interceptors, command-and-control software, and the next-generation Sentinel ICBM anchoring America's strategic deterrent. We partnered with Northrop Grumman to translate that scale of engineering into a cinematic visual signal that holds up at Pentagon reviews, congressional briefings, and the high-stakes conversations defining the future of national defense. The reel makes the invisible legible — sensor-to-shooter pipelines, multi-domain integration, and the operational reality of defending a continent.
Leonidas.
Adversaries hope to overwhelm traditional kinetic air defense systems with dozens — or hundreds — of attritable unmanned aerial systems. Epirus Leonidas is the family of long-pulse high-power microwave (HPM) products engineered to break that math. Using solid-state, software-defined HPM technology, Leonidas delivers unmatched counter-electronics effects at the speed of light, neutralizing drone swarms before they ever close the distance.
Multiple Leonidas systems work together to create a layered defense posture, integrating into a larger system-of-systems alongside other kinetic and non-kinetic air defense platforms. We partnered with Epirus to translate this leap in counter-electronics warfare into a cinematic visual signal that holds up at Pentagon briefings, allied defense reviews, and the conversations defining the future of layered air defense.
H160M.
Airbus is engineering the H160M as the next-generation combat helicopter — a modular, fully-connected platform built for multi-domain operations across land, sea, and joint theaters. Designed from a clean sheet for the operational realities of contemporary warfare, the H160M synchronises directly with autonomous systems, enabling advanced crewed-uncrewed teaming that extends the reach of every mission while keeping the operator inside the decision loop.
For the Navy, the H160M anchors anti-surface warfare, force protection, maritime security, environmental surveillance, and search-and-rescue. For Army aviation, it complements the air-land force across reconnaissance, special operations, and command-and-control roles. We partnered with Airbus to translate this scale of capability into a cinematic visual signal that holds up at military exhibitions, defense procurement reviews, and the conversations defining which platforms anchor allied combat aviation for the next decade.
HeavyLift.
Chinook Block II is the heavy-lift evolution engineered for multi-domain operations and the data-centric battlefield. Through investment in open systems architecture and a shared data network, the platform is designed to upgrade faster, operate more efficiently, and integrate fluidly with unmanned formations — collapsing the distance between manned operations and autonomous battlefield logistics.
Autonomy-enabled capabilities in development push the airframe further still — giving operators flexibility over crew size, lowering exposure where risk is highest, and scaling capability where it counts. We translated that engineering ambition into a cinematic visual signal built for military reviews, allied government briefings, and the high-stakes conversations defining the next decade of rotorcraft.
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