Otters doing goats things
Doing our part to keep Signal safe. Thanks @Quasar0147!
CVE-2026-113380: Video/audio leakage after Signal call hangup
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if this PHP vulnerability allows remote code execution, doesn't that mean we can use the vulnerability to auto-patch all vulnerable servers?
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when i have really dumb questions i'll ask chatgpt or gemini because i don't want claude to think i'm stupid
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Last night, a swarm of Opus 5.5 agents working for 9 hours and burning 254.2 million output tokens were able to fully reverse engineer and decompile the Linux source code
Full source archive available here kernel.org
Grab it before they take it down
Full source archive available here kernel.org
Grab it before they take it down
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“someone already built that”
your town has 14 pizza places.
you’ll be okay.
your town has 14 pizza places.
you’ll be okay.
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Mistral is a beast! 🔥
Meet Mistral Large 4, aka Le Chonk.
• 1T parameters, natively multimodal. 49B active.
It is the best open weights model from US or Europe on aggregated benchmarks.
• State-of-the-art on critical workloads, including cyber defense, manufacturing and finance and it surpasses on visual grounding.
• Forged in Europe end-to-end and is deployable from Europe via our own Mistral Cloud infrastructure.
• Available to all via API today. Working with cybersecurity partners privately.
Open weights release end of October.
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I think it's wild that AI has turned software developers into QA testers.
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Update your MikroTik RouterOS again, to at least 7.24.3
Just published a blog on how you could turn the Webfig "file-read" CVE-2026-67281 (already published by @CERT_Polska_en) into a delayed RCE and on *two other RCEs* in DHCP relay and Webfig. More:
sijisu.eu/posts/3-mikrot…
Just published a blog on how you could turn the Webfig "file-read" CVE-2026-67281 (already published by @CERT_Polska_en) into a delayed RCE and on *two other RCEs* in DHCP relay and Webfig. More:
sijisu.eu/posts/3-mikrot…
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For researchers that want to know how this is done without going on AI-heavy details:
( affordable DIY at the bottom )
They took a model, and compressed it to be able to run on a single 4-GPU (still expensive for non-enterprise, so not for solo use - think $80/hour or $180,000 purchase).
Their process / methodology:
- Pick a model with the expert architecture
- Choose a calibration dataset that matches the intended use ( So audited codebases v.s. reports etc)
- Run the calibration data through the unmodified model and record two numbers per expert per token
- Compute a single score per expert
- Delete the lowest-scoring experts in each layer
The expert's weights are dropped from the model file, and the router's output columns for those experts are removed so it can only choose among survivors. The router then renormalizes its weights over the remaining experts as it normally would.
This is EXPENSIVE. BUT it's no different than the token game you play v.s. large scale security companies either way so no reason to give up.
You can do the exact same process for a smaller model and have something you can run on your mac or a hetzner node.
🙂↔️🙂↔️ Affordable DIY plan:
1. Start from the unpruned GLM-4.7-Flash
2. Collect a few hundred to a thousand traces from your own audits
3. Run the Cerebras REAP repo over them on a rented A100 for an hour or two. Under $10 of compute.
4. Prune 25%~50%, quantize to GGUF, load in LM Studio or whatever.
5. Run locally on your mac
( affordable DIY at the bottom )
They took a model, and compressed it to be able to run on a single 4-GPU (still expensive for non-enterprise, so not for solo use - think $80/hour or $180,000 purchase).
Their process / methodology:
- Pick a model with the expert architecture
- Choose a calibration dataset that matches the intended use ( So audited codebases v.s. reports etc)
- Run the calibration data through the unmodified model and record two numbers per expert per token
- Compute a single score per expert
- Delete the lowest-scoring experts in each layer
The expert's weights are dropped from the model file, and the router's output columns for those experts are removed so it can only choose among survivors. The router then renormalizes its weights over the remaining experts as it normally would.
This is EXPENSIVE. BUT it's no different than the token game you play v.s. large scale security companies either way so no reason to give up.
You can do the exact same process for a smaller model and have something you can run on your mac or a hetzner node.
🙂↔️🙂↔️ Affordable DIY plan:
1. Start from the unpruned GLM-4.7-Flash
2. Collect a few hundred to a thousand traces from your own audits
3. Run the Cerebras REAP repo over them on a rented A100 for an hour or two. Under $10 of compute.
4. Prune 25%~50%, quantize to GGUF, load in LM Studio or whatever.
5. Run locally on your mac
Introducing Altar-1, our first open-weight security model.
Frontier-grade defensive AI, built to deploy. Own your own security.
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i thought read() was a syscall wrapper, but it can dlopen a bytecode interpreter and execute your code
"house of windy" turns this into leakless code execution with only OOB null byte writes
pepsipu.com/blog/2026-09-d…
"house of windy" turns this into leakless code execution with only OOB null byte writes
pepsipu.com/blog/2026-09-d…
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If Dario wants to slow down the pace of AI, he should just move the company to Europe.
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