Partner Content

There’s a lot going on in space today: new satellite mega-constellations are springing up in multiple orbits, high-throughput satellites (HTS) have been launched into the skies, and SpaceX, OneWeb and...

How Are They Redefining What’s Possible? Satellite constellations are reshaping the future of space technology and global connectivity. This e-book explores how multi-satellite systems deliver unmatched coverage, resiliency, and efficiency...

Mining, farming, forestry, oil & gas, merchant shipping, and commercial fishing operations, as well as the transport of goods across land and sea, are all key parts of the supply...

Container technology has forged strong inroads in the aerospace sector, providing a clear-cut way to securely update software and compile audit trails for avionics systems. We recently sat down with...

The United Nations (UN) Sustainable Development Goals (SDGs) aim to significantly decrease and ultimately eliminate the impact of social, economic, and environmental inequalities within developing nations. In total, 17 sub-targets...

Freight rail plays a critical role in the global supply chain, transporting large volumes of goods over long distances. Yet, recently freight rail has been losing market share to truck...

The global connectivity race has sparked a satellite boom. This whitepaper explores how collaboration in the NTN ecosystem can help operators and their supply chains seize opportunities in a rapidly evolving market.

Preparing for a space launch is an intricate, high-stakes process that demands careful consideration of a wide range of factors. For new space start-ups, understanding regulatory requirements, selecting the right launch vehicle, ensuring mission readiness, and managing risks are critical to success. Read More.

Many avionics systems have been successfully developed using custom hardware and software. However, over the last decade, the full lifecycle costs of customized systems have forced original equipment manufacturers (OEMs)...

Armored vehicles that are purpose-built for mission-critical operations are reliant on control systems that provide deterministic behavior to meet hard real-time requirements, deliver extreme reliability, and meet rigorous security requirements...