Autopsy Of A Freshly Cooked 10Gbit SFP+ Network Adapter

With the advent of affordable 2.5 Gbit, 5 Gbit, and 10 Gbit consumer networking gear, more and more people are taking advantage of these higher networking speeds, with [This Does Not Compute] havin…

Hackaday
The Repair Nightmare That Are Smart Rings

In the quest to make every wearable device ‘smart’, a lot of electronics along have to be crammed in very small spaces, along with ways to make them resistant to environments that our b…

Hackaday

Soooo I fell down a rabbit hole on the World Cup tech stack. Noticed the GPS vests teams train in, got curious... turns out there's a LOT going on!

Built a little one page deep dive if anyone is also interested. Fair warning, it's dense.
https://kicktonumber.com

Did you know Verizon can haul something like 7 tbps of match data back to a single building in Dallas?

*Must take cybersecurity hat off. Must take cybersecurity hat off.*

Ultimately I fell into a two day deep dive project and figured others may be interested! Full disclosure, it is AI written/designed, etc. The intent wasn't really to publish something like this, but to learn something. I did try to do a few passes over the language to clean it up and make sure all the sources align but I don't think AI will ever replace human touch with writing.

Like everyone I've been messing with Claude Code and the more "agentic" way of working, and I wanted to see how far it'd go. I started from an OSINT angle. Claude will go HARD! Give it docker, let it spin up a sub-agent per facet... honestly a bit too far. So I pointed it at something more fun: how does FIFA actually track the ball and the players?

Same style of prompting. A subagent per track to chase, etc. At one point I had 70+ agents running in the background collecting data, plus OCR on presentation slides, YouTube transcription, and looping fresh research off whatever the OCR and transcripts turned up.

The result is this writeup. The ball to the radio signals to the processing to whatever ends up on the screen. Learned a ton, about the FIFA stack and about working with Claude, and there's loads more to dig through (webinars, sales decks, papers).

#WorldCup #football #soccer #fifa #tracking #gps #osint #fcc #teardown #technology #gnss #ai

Learning About Ground Loop Isolators Thanks To A Scam Product

When [Denki Otaku] bought a ¥1,200 (roughly €6.5) XLR ground loop isolator off Japanese Amazon, he initially didn’t suspect that anything was off. Since they’re fairly simple devices, w…

Hackaday

after a while, a

after a while, a 
bridge looks like any other
necessary and 

laborious. we spend time 
building only to tear it down
.
20260613:1336
y

#anyOther #bridge #bridges #build #buildBridges #building #buildingBridges #dailyPost #human #humanNature #laborious #looksLike #necessary #oliveBranch #only #other #poem #postaday #relationships #tanka #tearDown #time #waka
Donald-Trump-Handy: T1 Phone ist nur ein goldenes HTC U24 Pro mit leichten Anpassungen

Das T1 Phone von Trump Mobile ist ein HTC U24 Pro mit Modifikationen bei Akku, Speicher und Gehäuse. Dies bestätigt eine Analyse von iFixit.

ComputerBase
The Air Position Indicator For The B-29

When you think of a computer, you probably don’t think of a tube full of motors and mechanics. However, as [Our Own Devices] shows, the Bendix AN5841 API Computer, an air position indicator c…

Hackaday

Das Trump-Phone sollte amerikanisch sein, ist aber im Kern ein zwei Jahre altes China-Handy.

Zum Artikel: https://heise.de/-11329704?wt_mc=sm.red.ho.mastodon.mastodon.md_beitraege.md_beitraege&utm_source=mastodon

#trumpphone #ifixit #smartphone #teardown #htc

特朗普電話 Trump Phone 外國拆機報告 實為 HTC U24 Pro 換殼產品 甚至可交換底板運作
根據 iFixit 深度拆解報告,Trump Mobile T1 基本上是 HTC U24 Pro 換殼貼牌產 […]
#手提電話 #htc #Trump Mobile #U24 Pro
https://unwire.hk/2026/06/12/trump-mobile-t1-ifixit-teardown-htc-u24-pro/mobile-phone/?utm_source=rss&utm_medium=rss&utm_campaign=trump-mobile-t1-ifixit-teardown-htc-u24-pro