Senior Electrical Engineer

The "Digital Brain" of air operations: US-Based Anduril wins NATO contract. US-based Anduril has scored another success in the European market. NATO has selected the defense company's flagship Lattice platform for its eAirC2 Data Platform Initiative. The proposed solution is intended to integrate both new and existing systems while allowing every NATO member state to retain full control over its own operational data. According to a press release, the NATO Communications and Information Agency (NCIA) has selected Anduril Industries as a supplier under the Enhanced Air Command and Control (eAirC2) Data Platform Initiative. During a nine-month evaluation phase, the company - working through Anduril UK and its European team - will deploy the Lattice platform within the NATO environment. It will integrate functions including air traffic control, airspace surveillance and force management, allowing NATO to assess the system against the Alliance's operational requirements. The announcement was made during the NATO Summit in Ankara, which was dominated by decisions concerning new procurement initiatives and armament programs across the Alliance. The Lattice platform. It was further specified that Lattice integrates existing systems through an open architecture rather than replacing them with new solutions. It enables the secure exchange of operational data between organizations while allowing individual nations to retain full control over their own information assets. The manufacturer also emphasized that the system can continue synchronizing and distributing data in degraded or restricted communications environments. This highlights the importance of maintaining uninterrupted operational capability in the face of an adversary's full range of electronic-warfare measures or attempted interference using cyber tools. As European NATO members modernize their command-and-control systems, Lattice will allow them to integrate both new and existing capabilities while ensuring that each nation retains complete control over its own operational data. The press release explicitly states that modern air operations require the rapid and secure exchange of reliable information to support faster decision-making and more effective operational coordination. This challenge is compounded by the need to facilitate cooperation among 32 member states, each of which operates its own systems, procedures and information-security requirements. The modernization of NATO's air command-and-control architecture is intended to allow Allied nations to conduct joint operations securely while retaining full control over their own data. The eAirC2 Data Platform Initiative. The eAirC2 Data Platform Initiative represents the next stage in the development of NATO's modular, data-centric architecture for the command and control of air operations. Under the project, Anduril will assess the Lattice platform's ability to securely integrate existing systems, exchange operational data and support operations conducted by an integrated coalition of Allied nations. The eAirC2 program is described as one of NATO's most important modernization initiatives currently under way. In practical terms, it involves building a digital nervous system for Allied air operations in a potential high-intensity conflict. The objective of the eAirC2 capability is to enable NATO to manage all types of air operations seamlessly throughout the Supreme Allied Commander Europe's area of responsibility. It is also intended to integrate air traffic control, surveillance, air mission control, airspace management and force-management functions. The program must additionally support multidomain surveillance, threat detection and threat assessment, integrated with the space and cyber domains. All of these functions are to be enabled by resilient, data-centric and interoperable command-and-control systems. Who will gain the advantage on the modern battlefield? Defence24 has repeatedly noted that Anduril Industries is steadily expanding its position on the international defense market, including in such important regions as the United States, Asia-Pacific and Europe. However, supplying various effectors and unmanned systems is one thing; entering the command-and-control domain with Lattice is another. This means earning trust in solutions that are essential to one of NATO's key military capabilities. Let's note that one of the factors distinguishing NATO's military potential from that of Russia is the Alliance's position in the air domain. The critical importance of airpower is reflected, among other things, in NATO's deterrence and defense posture on its eastern flank. The decision is also likely to send a signal to the US authorities regarding the continuing importance of American companies in NATO modernization processes. Moreover, modern systems supporting command and control are becoming even more important than kinetic capabilities. First, the battlefield (not only the air domain) is increasingly saturated with sensors and data sources. The ability to analyze this information allows commanders to manage forces and assets effectively, including the most expensive and valuable ones. Second, there is no longer any way back from multidomain thinking. Systems of systems and their underlying architectures must therefore ensure interoperability between diverse national, Allied and partner contributions and data sources. Although large-scale combat operations are once again being defined through conventional indicators, including quantitative measures such as the number of delivery platforms and effectors, the importance of C2 - or, more broadly, the C5ISTAR enterprise - must not be overlooked. These are indispensable capabilities for achieving superiority and dominance at every level. This is true regardless of the specific campaign or operation being planned. Given the violence and speed of modern warfare, as well as the requirement to counter prolonged saturation attacks, such systems are essential. Anduril's growing footprint on the global defence market. Anduril Industries became widely known in Poland primarily through an agreement under which the company is to manufacture low-cost Barracuda-family cruise missiles in the country. These weapons are intended not only for Polish requirements but also for regional allies, including at least Latvia and Estonia. The company is also closely associated with the emerging US approach to defence reindustrialization. Its business model is based primarily on combining large-scale manufacturing capacity with new technological solutions. Anduril has gained attention for its efforts to transform the way its new factories operate, allowing the company to achieve an entirely different level of production efficiency. The Barracuda missile family is one pillar of this approach, while the Lattice system is another. Within the US Army, the implementation of the Ghost unmanned aerial system is being expanded to support soldiers at the tactical level, including during exercises in the European area of responsibility. At the same time, Anduril secured approval for the sale of counter-UAS systems to Kuwait in a deal worth USD 2 billion, with the Roadrunner-M interceptor playing a central role. The company is also responsible for providing technological enhancements to security along the strategically sensitive US southern border through a contract for Extended Range Sentry Towers. Its most prominent achievement in recent months, however, has been the success of the semi-autonomous FQ-44 unmanned aircraft in a program led by the US Air Force. The current success of Lattice may enable the rapid development of similar solutions in the near future, as nothing supports the advancement of sophisticated C2 systems more effectively than access to a highly diverse operational environment. Defence24 has previously argued that operations such as Epic Fury will accelerate the growth and strengthening of major US technology companies. NATO will now be supported by solutions developed by this new global defense player - one that has emerged directly from the core of the American technology sector.

SpaceX alumni building remote-controlled construction equipment land $115 million fund round. Jul 14, 2026 - 19:17 TerraFirma's semi-autonomous construction equipment Courtesy: TerraFirma As SpaceX's Elon Musk sells investors on a space economy with life beyond Earth, a two-year-old construction startup founded by two of the company's former engineers is positioning itself for the future of interplanetary infrastructure. TerraFirma on Tuesday said it raised $115 million in a funding round with investments from Kleiner Perkins, Bain Capital Ventures, and defense tech companies SpaceX, Anduril and Hadrian. The Austin-based company uses a combination of interfaces, including Xbox controllers, to remotely operate construction equipment, and says its tools cut costs and improve safety. Long-term, the company wants to build on Mars. "Infrastructure is a bottleneck to basically every single industry that needs to innovate over the next couple of decades," CEO and co-founder Noah Schochet told CNBC. "There's such a deficit of people taking all of the great tech that has existed and been built for the last couple decades and bringing it" to the construction industry. The company plans to use the funding to hire 300 employees over the next year and build both a Texas factory and a mission control center. Terrafirma is part of a growing network of startups spun out of SpaceX that are looking to capitalize on the budding space economy. Other famous startups from former SpaceX alumni include hypersonic weapons maker Castelion and Realativity Space. SpaceX's historic $86 billion IPO last month, coupled with NASA's push to establish a lunar base on the Moon and Mars, has sparked fresh optimism for the sector. Over time, this future could include moving industry to Mars or the Moon to build solar cells and more easily launch data centers into space. Schochet and Noah McGuinness, the company's founders, met about a decade ago on the first day of engineering class at Princeton University. Over the next four years, the pair endured very similar course loads and worked on every project. After graduation, both founders landed at SpaceX. McGuinness worked on the government satellite program known as Starshield, while Schochet worked on Starlink and later Starship. While there, the team was under constant pressure to build and quickly scale, sometimes working in difficult conditions and facing infrastructure struggles, like reliable bathrooms. At the same time, the construction industry was working at a snail's pace, which sparked an idea: bring the speed of building at SpaceX to the construction industry. "We're building rockets the size of skyscrapers at one a month, and all those processes for mass manufacturing automation, none of them are showing up in construction," Schochet said. TerraFirma technicians use Xbox controllers to remotely operate heavy equipment Courtesy: TerraFirma Looking back, the pair described the experience as physically and mentally "rough," with days spent sleeping at their desks, but said it was "all worth it." About half of the company's engineering team also previously worked at SpaceX, Tesla and the Boring Company. For now, Terrafirma is set on proving its technology on Earth, with recent commercial projects including a sports arena and a Starbucks. But the firm hasn't lost sight of its long-term goal and plans to bid on any future moon projects. "The problem is you don't want to build a community based around a space economy that doesn't yet exist," Schochet said. "You want to build it around the economic drivers that truly drive the world today."