AI that matters, from the architect's desk. Curated and engineered by Saaket Varma, PhD — no hype, just signal.
HOW TO READ THIS Read top to bottom: Intel ships the Starfire chip, which flies shielded against radiation and outputs 75 TOPS at 35W.
Intel unveiled Starfire, a space-grade x86 SoC built on its 18A node: eight CPU cores, an Xe GPU, and an NPU delivering up to 75 TOPS at 35W, rated for -55C to 125C, running Ubuntu, with samples due Q3 2026. This is the strongest signal yet that onboard inference is becoming a first-class spacecraft subsystem — the two-decade RAD750 era of underpowered rad-hard compute is ending, and Nvidia's Jetson footprint in orbit finally has a serious x86 challenger. If you build edge AI, add orbit to your deployment map: the question shifts from 'can we downlink the data' to 'which models run on the sensor.' Watch the Q3 sample window — the software stack that wins the first design-ins will set defaults for a decade.
HOW TO READ THIS Read top to bottom: Space Force issues the requirement, SpaceX wins 18 launches, the deal closes in ~2 months, worth $1.6B through 2027.
The Space Force awarded SpaceX two task orders worth $1.6 billion for 18 Falcon 9 launches through 2027, deploying the Space-Based Sensing and Targeting network — satellites that detect airborne threats and relay targeting data to forces in near-real-time. The detail that matters is the pace: requirement to contract in roughly two months, against a procurement culture that usually takes years. Read it as the Pentagon treating its AI-fed orbital kill chain as an urgent operational need, not a research program — the hard engineering now lives downstream, in the latency budget between sensor, model, and shooter.
HOW TO READ THIS Read top to bottom: the raise, the bus it builds, the satellites it enables by 2028.
K2 Space closed a $500 million Series D at a $6.8 billion valuation, led by Kleiner Perkins and ICONIQ, to scale production of large high-power satellites for SES's meoSphere network, Golden Dome missile defense, and Space Force satcom — with a 100kW Giga-class bus planned for 2028 as 'the foundational platform for deploying massive amounts of compute on orbit.' The thesis worth internalizing: chips like Starfire are necessary but not sufficient — watts are the binding constraint on orbital AI, and whoever ships power-rich buses owns the platform layer. If orbital compute is on your radar, track bus power ratings the way you track GPU roadmaps.
HOW TO READ THIS Read top to bottom: the two partners, their granted patent, how the modular solar-powered units link together in orbit, then the 2027 demo target.
Sophia Space and Caltech announced U.S. Patent 12,679,564 covering modular, solar-powered, passively cooled space-based data centers, alongside a new sponsored research agreement and a planned 2027 on-orbit demo of their TILE compute module on an Apex bus. The notable part isn't the hardware — it hasn't flown yet — it's that the land grab has moved from FCC filings to the patent office. Anyone planning to operate compute in orbit later this decade now has a freedom-to-operate question to answer before they have a thermal one.
Tree-of-thought with pruning packaged as a drop-in skill for coding agents on the Claude and Codex Agent SDKs — parallel reasoning fan-out is the current frontier of agent harness design, and this makes it installable.
Bridges Feishu/Lark chat to Claude Code, Codex, Gemini, and OpenCode — every DM or group topic spawns its own live coding session, part of the wave of driving coding agents from wherever your team already talks.
Free, open-source AI resume editor — trending for the obvious reason: a brutal job market plus a preference for self-hosting your own career tooling over paying another SaaS.
Open-source intelligence platform for tracking corporate and private aircraft and other assets from public data — OSINT tooling keeps trending as public-signal layers like flight data get easier to fuse programmatically.