We are the only company capable of delivering 4G and 5G and in the future, 6G broadband speed sufficient for voice calls, voice over LTE, live video calls, streaming, and full Internet access directly to unmodified devices. Simply put, we are the first company in the history of commercial satellite manufacturing to produce satellites of our size and power at scale.
Signals from Global Navigation Satellite Systems are quite vulnerable. They are exceptionally weak, meaning that any radio noise near their frequency, accidental or malicious, can interfere with reception. I am confident that there are people in every government who understand the problem. The challenge is getting leadership to both understand and act to reduce the risk.
The other day we were scrolling through r/meshtastic and someone asks: "Why does my device show 10+ satellites in view while my buddy's barely sees 8?" Good question. Really good question, actually. And it's about to take us down a rabbit hole that involves atomic clocks, Cold War competition, European independence, and why your Meshtastic node cares about all of this.
This role is about building meaningful user experiences, not just implementing tickets. You'll collaborate closely with Product, Design, and Backend engineers to ship improvements that real users interact with every day. Note that this position requires that you are able to work in Stockholm, Sweden. Relocation is not offered for this role. Build and improve user-facing features using Vue 3 and TypeScript
Elon Musk's SpaceX has applied to launch one million satellites into Earth's orbit to power artificial intelligence (AI). The application claims that "orbital data centres" are the most cost and energy-efficient way to meet the growing demand for AI computing power. Traditionally, such centres are large warehouses full of powerful computers which process and store data. But Musk's aerospace firm claims processing needs due to the expanding use of AI are already outpacing "terrestrial capabilities".
Much like the war in Ukraine, future battlefields could be drowning in electronic interference, so the US Army stress-tested new command-and-control tech against that threat. The need to maintain connections between command and deployed weapons and crews, or reestablish those links when they're lost, is shaping how soldiers train on the service's Next Generation Command and Control, a new software-driven system that's being developed for the Army.
Apple's satellite features were originally designed for emergencies, allowing iPhone users to contact emergency services when cellular and Wi-Fi coverage is unavailable. With recent versions of iOS, Apple has expanded those capabilities to include sending and receiving messages via satellite. This makes it possible to stay in touch with friends and family from remote locations where traditional networks do not reach, such as hiking trails, rural areas or offshore locations.
"We were completely controlling the drone from the helicopter. For us, it's of course unique. Today, what we performed is a world first," Gerin-Roze told reporters on Thursday at the Singapore Airshow. The software is part of Airbus' contribution to the surging industry for drone wingmen, which the world's biggest aircraft manufacturers are betting will be the future of air warfare.
By the end of the year, Northwood, based in El Segundo, California, had shown the ability to build eight of these Portal arrays a month. And in January the company had deployed operational Portal antennas across two continents. These deployments, which comprise an area of 8 to 15 meters, have the equivalent capability of a 7-meter parabolic dish, said Griffin Cleverly, co-founder and chief technical officer of Northwood.