Satellite

The 2026 Total Solar Eclipse Is a Secret Test for Your GPS β€” and the Sun Is About to Grade It

The 2026 total solar eclipse isn’t just a celestial spectacle β€” it’s a real-world stress test for the computer models that predict space weather. Predictive Science’s MHD simulations face their toughest exam yet during solar maximum. The outcome determines whether your GPS, satellites, and power grid are safe from the next solar storm. Behind the beauty lies a high-stakes audit of our digital infrastructure.

SpaceX Isn’t Building a Phone Network. It’s Building a Trap.

SpaceX’s plan to become a mobile carrier is a vertical-integration power play: it controls launch, satellites, spectrum, and direct-to-device standards. Incumbent carriers partnering with SpaceX today are handing it the keys to their own prison. The real threat isn’t a new phone companyβ€”it’s an infrastructure owner that sets the terms for everyone else.

Forget Space Debris. The Real Threat to Your GPS Is a 1970s Numbering System.

The satellite tracking system that powers your GPS and weather apps is running out of identification numbers. This isn’t about space debrisβ€”it’s a hidden Y2K-style failure in the 1970s-era NORAD catalog. With megaconstellations launching weekly, we’re approaching a hard limit that could blind global tracking. Most people worry about collisions; the real threat is a digital blackout in orbit.

The Quiet War in Space: Why Amazon’s 400 Satellites Terrify Me More Than Starlink

Amazon’s LEO constellation isn’t just about broadband β€” it’s a planetary-scale edge computing network that will bypass telecoms and connect directly to AWS. As the constellation nears 400 satellites, the looming duopoly with SpaceX threatens to centralize control of global internet infrastructure in two corporate hands.

Scientists Found a Way to Erase Satellite Light Pollution. It Might Cook the Satellites.

An ultra-black coating can make satellites nearly invisible to ground-based telescopes, offering hope for astronomers watching the night sky disappear under satellite swarms. But the same property that absorbs visible light also traps solar heat, creating a thermal management nightmare that could cook satellites or shift their visibility into infrared. The real bottleneck isn’t optics β€” it’s thermodynamics, materials science, and the total absence of regulation governing who gets to light up the sky.