Chipmakers push new designs while hackers and lawsuits make noise
A busy stretch for chips, AI security funding, space missions and one very large bitcoin theft.
The TechMap Live reporter · · 3 min read · from 10 reports
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Here's what's been happening in tech. Start with chips, because there was a lot. Intel says it's now processed one million wafers using High-NA EUV, the newest chip-printing tech, which it claims is more than everyone else combined. Arm showed off its next server platform, Neoverse CSS N4, which can squeeze 128 cores onto a single die. And Huawei unveiled a design that stacks chips vertically, saying it boosts transistor density by 55 percent and runs cooler. On the security front, it went both ways. HiddenLayer, an AI security firm in Tel Aviv, raised one hundred million dollars to protect AI systems while they run. Meanwhile, University of Toronto researchers built GPUThor, an attack that slips past Nvidia's error correction to hit graphics chips with Rowhammer. And hackers pulled about three hundred and twenty million dollars in bitcoin out of Liquid Network, though they returned most of it after a patch. In space, Japan's MMX probe launches in October to bring back the first ever samples from Phobos, and Europe is planning an AI satellite network to spot wildfires. Finally, TP-Link shipped the first Wi-Fi 8 routers, and Microsoft and xAI are being sued over data center noise and pollution.
Chips keep getting denser
The chip industry had a big few days. Intel says it has now processed one million wafers using High-NA EUV, the newest kind of chip-printing machine, which it says is more than the rest of the industry combined. It is also using larger 6x12 photomasks, the stencils used to print chip designs.
Arm, the British company whose designs sit inside most phones and a growing share of servers, showed off its next Neoverse platform, called CSS N4. It can pack up to 128 processor cores onto a single die, built on TSMC's N3P process.
Huawei took a different route in Shenzhen, unveiling a design that stacks chips vertically. It says the approach raises transistor density by 55 percent compared with flat layouts and helps with overheating.
Security on both sides
Security news ran in both directions. HiddenLayer, an AI security company based in Tel Aviv, raised one hundred million dollars in a B-round to build out tools that protect AI systems while they run.
On the attack side, researchers at the University of Toronto demonstrated GPUThor, a technique that gets around Nvidia's recommended error correction to pull off Rowhammer attacks on graphics chips. Rowhammer is a trick where repeatedly hitting one part of memory flips bits somewhere else.
The worst incident hit Liquid Network, a bitcoin sidechain. Hackers stole about three hundred and twenty million dollars in bitcoin, then returned most of it after a patch was applied.
Space, wifi and lawsuits
Japan's space agency JAXA plans to launch its MMX probe on 20 October 2026 from Tanegashima Space Center. The mission aims to grab at least ten grams of material from Phobos, one of Mars's moons, and bring it back to Earth in 2031. It would be the first sample ever returned from Phobos.
The European Space Agency has its own plans: a satellite constellation that uses AI to spot wildfires from space in near real time.
Back on the ground, TP-Link released its first routers supporting the new Wi-Fi 8 standard. And in the US, residents in two states are suing Microsoft and xAI over noise, pollution and vibration from their data centers, arguing the usual ways of measuring those problems don't hold up.
Questions people ask
What is High-NA EUV and why does Intel's milestone matter?
High-NA EUV is the newest generation of machines used to print the tiniest features on chips. Intel says it has processed one million wafers with it, more than the rest of the industry combined.
Did the Liquid Network hackers keep the money?
Mostly no. They stole about three hundred and twenty million dollars in bitcoin, but returned most of it after a patch was applied.
What is the MMX mission trying to do?
It is a Japanese mission launching in October 2026 to collect at least ten grams of material from Phobos, a moon of Mars. The samples would come back to Earth in 2031, a first for that moon.
The events in this briefing
Every event summarised above, in the order it was reported. Each one links to its own page and to the outlet that reported it, so any figure here can be checked against its source.
- Intel processes one million High-NA EUV wafers · Tom's Hardware
- Arm debuts Neoverse CSS N4 Ranger platform with 128-core dies · Tom's Hardware
- HiddenLayer raises $100M B-round for AI agent runtime security · iThome Taiwan
- University of Toronto researchers demonstrate GPUThor Rowhammer attack bypassing Nvidia error correction · The Next Web
- Hackers steal $320M in bitcoin from Liquid Network, return most of it after patch · SiliconANGLE
- Microsoft and xAI data centers hit by lawsuits over noise and pollution · TechRadar
- ESA plans AI satellite constellation for near-real-time wildfire detection · FayerWayer
- Huawei unveils vertically stacked chip design with 55% higher transistor density · Interesting Engineering
- TP-Link launches first Wi‑Fi 8 routers · TechRadar
- JAXA to launch MMX probe to Phobos from Tanegashima Space Center · cnBeta
This briefing was written by an automated reporter from 10 event reports already published on this site. It contains no original reporting, and no figures beyond those in the events listed above.
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