Miniaturization can expose weaknesses in signal paths. Learn how rise time, bandwidth, impedance, differential signaling and cable design interact and what to consider when choosing compact interconnects for aerospace, defense and portable systems.

Surrogate models deliver results in seconds. But how can engineers know when AI is reliable? Discover how uncertainty-aware models accelerate design exploration while showing when more simulation, testing or caution is needed.

How defence and aerospace supply chains protect themselves against global crises: From strategic raw material security, SME participation, secure software, and cyber resilience to smart intralogistics.

Modern defence platforms rely on tightly integrated radar, communications, sensors, and power electronics. Discover how EMC simulation helps engineers identify electromagnetic risks early and develop more robust mission-critical systems.

The demand for double helical gears in the civil aerospace industry is rising. This white paper shows how optimised grinding processes help reduce gap width and component weight while maintaining precision and improving cost efficiency.

Densely integrated electronics in small satellites generate waste heat, thermal gradients, and structural stress that can compromise mission reliability. This white paper explains how advanced thermal modeling supports design validation before launch and performance analysis in orbit.

AI, quantum computing, additive manufacturing and FPGA-based electronics are rapidly transforming Europe’s defence capabilities. Meanwhile, raw material dependencies and supply chain risks are reshaping industrial strategy.

NoMoreMines revolutionizes mine clearance using Kevlar drones and RTK guidance. The system ensures safe operations, neutralizes threats, and creates secure audit trails for humanitarian and military applications.

Engineering teams face growing complexity, tighter regulations and shorter cycles. This whitepaper shows how AI—embedded throughout the development process—reduces errors, accelerates testing, improves safety and enhances product performance.

Discover how Hardware-in-the-Loop (HIL) simulation accelerates next-generation aircraft development—addressing modularity, real-time data, and electrification challenges while cutting risks and costs.

Explore the energy transforming Europe's aerospace industry. Start-ups and visionary engineers are revolutionizing the sector. Despite challenges, this shift offers major opportunities for Europe's future sovereignty and technological growth.

Extreme conditions, highest precision: Learn how wire race bearings meet the toughest defence technology requirements – from radar systems to weapon carriers – and enable lightweight, durable and sustainable designs.

Discover how leading organizations leverage simulation and modeling to tackle the toughest engineering challenges in space exploration. This ebook presents real-world cases and solutions in rocket, satellite, and space system R&D.

Explore how RFID and mobile credentials enable secure, phishing-resistant user authentication that supports compliance with evolving cybersecurity standards.