Too many exploits is not a that big problem. Non of new fancy exploits with cvss 10.0 from 2026 have worked for this ap. If you don't use all the drivers you have small attack surface. I'd say that it's a surviviourship bias. Bsd has less traction => less bugs found
It's not a router, it's an AP, so in my mind it's just a LAN to wifi bridge, a wrapper around the chip :) People were recommending them, it has PoE, roaming works etc. I thought I could buy a consumer product and stop tinkering lol. I'll check Ubiquiti, but I somehow thought that they are overpriced af and never looked into them
They have 3 tiers, individuals can have only blue teaming. But it's to restricted. For me it refused to fix a bash parser cause word ssh was in test cases.
uintptr_t x = opaque((uintptr_t)p);
free((void *)x);
free(p);
How will you find such violations if opaque comes from so or some ffi, so compiler can't see through?
you can't. It's heuristics. Sound type system is much stronger
I was thinking about transaction processing, eg visa/blockchain. And here storing and sending almost full packet for signature instead of 32 bytes matters. For sessions this shouldn't matter
Try g.ai. It's stupid fast and uses google indexes. Kagi? sometimes doesn't correctly parse intent, in Google thing you can just ask function doing this and gives you it, with examples, grounding and extremely fast. I'm paying for kagi since the begging and I guess id cancel it because it gives not so much added value
Bftree solves one non-obvious pain point - caching when your data set is random (the key is a hash) and the data is smaller than the page size. LSM reads are based on block size; same with caching. So if your record is 8 bytes, you end up caching the remaining ~4 KB, and the hit rate will be pretty low.
It was 1 year ago. Around 15 tikv serves, 32 cpu, 128 ram each, 4 tb nvme. In this case latency matters a lot. When i had load server in different region with ping of 3ms I got 70k inserts, when moved to the same region with sub ms ping it went to thousands