We’re excited to welcome Moritz Vieth, host of the YouTube channel Senkrechtstarter to the Ansys booth at ILA Berlin. With his deep expertise in the space sector he brings valuable industry perspectives and fresh insights. He will be conducting live interviews at our booth and will be available to meet visitors throughout the event. Stop by to exchange ideas, gain new perspectives, and connect with leading voices in the industry.

In addition to our stand in Hall C, we will also be represented this year at the Mittelstandslounge in the BDLI-Chalet. As a proud member of the BDLI, we are excited to engage with partners, innovators, and industry leaders in this dedicated space.

Find out how digital engineering increases decision velocity across the aerospace and defense life cycle. By connecting requirements, architectures, physics‑based simulation, software development, and mission context into one cohesive digital thread, our solutions enable faster trade studies, earlier risk identification, and smarter, mission‑informed engineering decisions where they matter most, from concept through operational readiness.

At ILA, we showcase how our integrated air and missile defense solutions help engineer adaptive, multidomain defensive architectures. By simulating mission‑level scenarios that combine sensor performance, interceptor modeling, threat behavior, and spectrum resilience, we enable earlier gap detection, faster evaluation of operational alternatives, and smarter upgrade decisions, long before hardware deployment.

Learn how AI becomes operational where it matters most; inside engineered systems and across mission workflows. By combining machine learning with validated physics, embedded software, and trusted synthetic data, our solutions accelerate autonomy training, design optimization, and real‑time digital twins. The result: faster, validated decision‑making and AI you can deploy with confidence in complex, safety‑critical environments.

Next-generation combat aircraft is a family-of-systems challenge, pairing crewed platforms with Collaborative Combat Aircraft (CCAs) and mission systems that must operate as a coordinated team in contested environments. This shifts the focus from single-platform performance to mission-level effectiveness in areas like autonomy, sensing and perception, electromagnetic survivability, and rapid upgradability. Our solutions enable modular, open architectures and continuous high-fidelity verification and validation. Through digital mission engineering and an integrated digital thread, we are connecting physics, software, and operational scenarios to accelerate capability, reduce risk early, and deliver traceable, mission-ready performance.

Design and validate resilient space architectures that deliver mission success through speed, connectivity, and decision-ready intelligence across defense, commercial, and exploration domains. As space becomes an increasingly dynamic operational environment, success depends on integrating sensing, communications, operations, and command networks while managing uncertainty and accelerating innovation. Discover how we enable organizations to simulate complete space ecosystems, linking orbital dynamics, communications performance, sensor effectiveness, electromagnetic environments, and system behavior into mission-level outcomes. Teams can evaluate architectures, assess resilience, optimize constellations, validate interoperability, and accelerate delivery with greater confidence in performance and readiness.