messaging my wife a link containing proof of her husband cheating on her from an anonymous instagram account and then when she clicks on it texting her to let her know she failed the family phishing test and she has to retake my cybersecurity course
Everyone should check out this new game: Crude Desk
The game is modeled after fast-paced trading floor tests used by commodities firms during job interviews. You play as a junior trader supporting a head trader on a desk, making rapid-fire decisions as complexity ramps up each level
Crude Desk was created by Deacon Larson, a University of Southern California student and former commodities trading intern
Try to beat me on the leaderboard! #oott
FPGA CPU News
https://t.co/fie8ESCkUP
This website hasn’t been updated for a long time, but the content that remains still holds some reference value.
Processor and Integrated System Design in FPGAs
https://t.co/VCOC0uszLP
Designing a Simple FPGA - Optimized RISC CPU and System on a Chip
https://t.co/8IRn5KCird
Building a RISC CPU and System on a Chip in an FPGA
https://t.co/IQHmi2VY68
I also resonate with the author’s design philosophy.
for FPGA CPU cores, simple is beautiful. In my experience,
simpler is smaller
smaller is cheaper
smaller is faster
smaller is more power frugal
simpler is easier to test
It is becoming f*cking dangerous
A 23-year-old dev from China just ran 300 Claude Code agents in parallel and hooked them to a verification layer so none of them could bullshit him
He opens the live dashboard:
- 300 agents writing and checking at the same time
- Every output verified against the source in ~100 ms
- Three passes over 100 company profiles → zero errors left
- Everything dumped straight into an Obsidian vault
The trick is the split: one model does the work, a cheaper one decides if the claim is actually true. The loop doesn’t stop until everything checks out
An analyst team would bill weeks for this. He got it in one run
Same kind of Second Brain + swarm setup that keeps circulating. Bookmark the full breakdown
Broadband microwave horn antenna. Its bandwidth is 0,8 – 18 GHz. The coaxial cable feedline is attached to the connector visible at top. This type is called a ridged horn; the curving ridges or fins inside the mouth of the horn reduce its cutoff frequency, increasing bandwidth.