Latest articles on AI, technology, and software development.
For most of the 2020s, SpaceX ran the global launch market almost unchallenged. In 2025 and 2026, Blue Origin's New Glenn, ULA's Vulcan Centaur, and Rocket Lab's growing fleet have changed the picture — not by beating SpaceX, but by being real alternatives for the first time.
Perseverance has been caching Martian rock samples since 2021. Getting them back is the top priority in planetary science. But an independent review found the original mission architecture could cost $11 billion and slip to 2040 — triggering a fundamental redesign that is still in progress.
The James Webb Space Telescope has now been operating for more than three years. The results have not simply confirmed what astronomers expected — in several cases they have forced genuine revisions to models of galaxy formation, atmospheric chemistry, and the early universe. A summary of where the science has landed.
NASA's CLPS program was supposed to bring competition and cost efficiency to lunar surface access. Two years after the first crashes and partial failures, the program is producing real results. Here's what the commercial Moon lander industry actually looks like in 2026.
NASA has confirmed the ISS will deorbit in 2030. Three commercial stations — Axiom Station, Starlab, and Orbital Reef — are racing to fill the gap. Here's where each project stands in 2026 and what the transition means for science in low Earth orbit.
There are around 27,000 tracked objects in Earth orbit and an estimated 130 million fragments too small to catalog. The risk of a cascade failure that renders entire orbital shells unusable — Kessler syndrome — is no longer theoretical. Active debris removal is now a funded industry.
The International Space Station is scheduled for a controlled deorbit in 2030. NASA has already contracted with Axiom Space, Starlab, and Orbital Reef to replace it. What those replacements actually look like — and whether they'll be ready in time — is the story the space industry is watching most closely.
The Lunar Gateway has slipped years behind its original timeline and doubled in cost. But amid budget pressure, political complexity, and engineering tradeoffs, it remains the most credible architecture for a sustained human presence beyond low Earth orbit.
Artemis II brought four astronauts within 4,000 miles of the Moon in April 2026 — the first humans beyond Earth orbit since 1972. NASA then cancelled the Lunar Gateway and redirected $20 billion toward a surface base. Commercial landers are flying every few months. China has its own permanent base programme. The logic of the Moon has shifted from exploration to occupation.
The Gateway lunar outpost has slipped to 2031 at the earliest, while Axiom Space and Starlab are on track to reach operational status before NASA's own station does.
NASA has confirmed 13 candidate landing regions for Artemis III near the lunar south pole. The terrain data from LRO reveals why landing there is technically harder than Apollo — and why the science payoff justifies it.
After years of competing proposals, NASA and ESA have finalized the architecture for the Artemis Base Camp on the lunar south pole. Here is what the design actually involves, what makes the 2030 target credible, and what is still unresolved.