HWNEWS
Tech layoffs hit 139,156 in the first half of 2026, with 101,000+ citing AI, while the $613 billion space economy keeps hiring where the output is physical, not promptable.
The first half of 2026 brought 139,156 announced tech-sector job cuts, up 83% from a year earlier, with more than 101,000 of those notices citing AI as the reason (Challenger, Gray & Christmas via CFO Dive). In the same six months, the global space economy hit a record $613 billion in 2024, up 7.8% year over year, and the World Economic Forum and McKinsey now project $1.8 trillion by 2035 (EE Times). The two numbers point at the same shift: the work that shrinks fastest is work whose output is digital.
The category test is simple. If a job's deliverable is a file, a label, or a line of code, the deliverable can be reproduced by a model that costs fractions of a cent per token. If a job's deliverable is a kilogram of silicon, a megawatt of orbital power, or a docking on a tumbling satellite, the deliverable still has to be built. Andy Challenger, the chief revenue officer at the outplacement firm that tracks these cuts, put it bluntly: "Tech remains the epicenter of this year's cuts… The sector is being reshaped in real time" (Challenger report).
Glenn Edens, inventor of the laptop, told me in 2022 that the durable work of the next decade would sit on the physical side of the economy. That framing is now testable. June alone brought 45,849 announced job cuts, the fourth straight month in which AI was the leading cited reason, and the H1 2026 total of 443,604 cuts across all U.S. employers was 40% lower than a year earlier, mostly because non-tech sectors were quieter (Challenger PDF). Tech still accounted for nearly a third of the cuts.
The space side has its own receipts. In June, startup satellite ForgeStar-1 reached 1,800 degrees Celsius and produced plasma in orbit for the first time, a milestone for in-orbit semiconductor fabrication rather than commercial-scale proof (Gizmodo). The underlying physics is older. A 2024 meta-analysis in Nature's npj Microgravity journal found that microgravity changes defect formation, crystal uniformity, and which material mixes are reachable (Nature). NASA's own brief on low-Earth-orbit manufacturing argues that the orbital environment can grow substrates that are not yet possible in terrestrial fabs (NASA).
The link between the two stories runs both ways. AI does not just displace software workers; it also eats compute. Compute eats semiconductors, power, cooling, and networking. Space companies are now among the high-volume consumers of advanced chips, and the orbital-fab bet is that the same gravity-free furnaces can supply both orbital and terrestrial demand. The EE Times op-ed lands the point in a single sentence: a satellite cannot be prompted into orbit.
The caveats belong in the same paragraph as the thesis. Challenger's numbers are announcement-level, not causal. Over-hiring in 2021 and 2022, ordinary restructuring, and a soft ad market account for a share of every year's cuts, and the firm itself does not claim that AI is the only driver. Space is not immune to capital cycles. The $1.8 trillion figure is a World Economic Forum and McKinsey projection, not a settlement, and the sector has produced its own bankruptcies and layoffs. ForgeStar-1 hit 1,800 degrees. It did not hit commercial yield.
The lens that holds is a property of the work, not a verdict on the sector. When the next AI-displacement headline lands, the first question to ask is whether the displaced job produced a digital or a physical deliverable. The first question is not whether the company is a buy.