- An autonomous pipeline built working root exploits for 948 unique Linux kernel vulnerabilities in one run, OpenAI said.
- The run cost $1.2 million in API credits, according to OpenAI.
- OpenAI said the agents discovered and used at least 10 novel Linux exploitation techniques.
The pipeline scanned the most recent code in the kernel’s master branch. OpenAI said the agents flagged 2,308 potential bugs and confirmed 1,724 of them.
On this page
The pipeline tested exploits against protected desktop Linux systems
The 948 figure represents separate patches created for the bugs behind the exploits, OpenAI said. Its security researchers checked the exploits, fixes and proposed severity before anything went to kernel maintainers.
OpenAI said the agents discovered and used at least 10 novel Linux exploitation techniques, but full technical details were being kept private for safety reasons.
OpenAI compared the scan with earlier kernel testing
OpenAI said the scan cost $1,213,430, or roughly $1,279 for each exploit across the 948 exploits. An earlier scan in late July, powered by GPT-5.6 Sol, yielded 166 unique local privilege escalations at a cost of $513,690.
The company also pointed the pipeline at an adapted version of Google’s kernelCTF. Over 112 hours and about $33,000 in API credits, that test produced 21 local privilege-escalation exploits.
HKCERT listed SUSE Linux Enterprise Server 15 SP7 among affected products
HKCERT said SUSE Linux Enterprise Server 15 SP7 was among the affected products in its listing of SUSE Linux kernel vulnerabilities.
OpenAI said unpatched systems can expose privileged access
OpenAI warned that access to a low-privileged account on an operating system that is not up to date with its latest available patches should be considered functionally equivalent to root access for a well-resourced threat actor.
To contain damage when a flaw is exploited, OpenAI pointed to layered defenses including sandboxing and isolation technologies such as Firecracker and gVisor.
OpenAI said it had already submitted hundreds of reports and patches for critical flaws. It will send fixes for remaining bugs in stages with partners in its Patch the Planet initiative.
OpenAI said more than 100 Linux local privilege escalations had been patched or had staging patches within 10 days while the scan was running.
What to do now
- Apply fixes issued by the vendor for the Debian Linux kernel vulnerabilities.
- Apply fixes issued by Red Hat for the Red Hat Enterprise Linux kernel vulnerabilities.
- Apply fixes issued by SUSE for the SUSE Linux kernel vulnerabilities.
FAQ
What did OpenAI’s Linux kernel pipeline do?
OpenAI said an autonomous pipeline built working root exploits for 948 unique Linux kernel vulnerabilities during a single run.
How many Linux kernel bugs did the agents confirm?
OpenAI said the agents flagged 2,308 potential bugs and confirmed 1,724 of them.
Which Linux products did HKCERT list as affected?
HKCERT listed Debian stable distribution trixie versions before 6.12.113-1 and SUSE Linux Enterprise Server 15 SP7, and also described vulnerabilities in Red Hat Enterprise Linux kernels.
Did the pipeline’s exploits run on protected systems?
OpenAI said the exploits were tested on virtual machines running an unmodified desktop Linux setup with KASLR, SMEP and SMAP enabled.
What is the cost of the OpenAI Linux kernel scan?
OpenAI said the scan cost $1,213,430, or roughly $1,279 for each exploit across the 948 exploits.
How are the remaining Linux kernel fixes being handled?
OpenAI said it would send fixes for remaining bugs in stages with partners in its Patch the Planet initiative.
Sources
How we checked this story
| Claim | Source | Status |
|---|---|---|
| OpenAI said an autonomous pipeline powered by an unreleased cyber model built working root exploits for 948 unique Linux kernel vulnerabilities during a single run. | OpenAI, via SecurityWeek | Attributed |
| OpenAI said the single run cost $1.2 million in API credits. | OpenAI, via SecurityWeek | Attributed |
| OpenAI said the mid-October scan targeted the most recent code in the kernel’s master branch. | OpenAI, via SecurityWeek | Attributed |
| OpenAI said AI agents flagged 2,308 potential bugs and confirmed 1,724 of them. | OpenAI, via SecurityWeek | Attributed |
| OpenAI said the exploits were tested on virtual machines running an unmodified desktop Linux setup with common protections enabled. | OpenAI, via SecurityWeek | Attributed |
| OpenAI said the agents produced 1,169 working local privilege-escalation exploits and 291 proofs of concept for information leaks. | OpenAI, via SecurityWeek | Attributed |
| OpenAI said the 948 figure represented separate patches created for the bugs behind the exploits. | OpenAI, via SecurityWeek | Attributed |
| OpenAI said its security researchers checked the exploits, fixes and proposed severity before anything went to kernel maintainers. | OpenAI, via SecurityWeek | Attributed |
| OpenAI said the agents discovered and used at least 10 novel Linux exploitation techniques. | OpenAI, via SecurityWeek | Attributed |
| OpenAI said full technical details of the techniques were being kept private for safety reasons. | OpenAI, via SecurityWeek | Attributed |
| OpenAI said the scan cost $1,213,430, or roughly $1,279 for each exploit across the 948 exploits. | OpenAI, via SecurityWeek | Attributed |
| OpenAI said an earlier late-July scan powered by GPT-5.6 Sol yielded 166 unique local privilege escalations at a cost of $513,690. | OpenAI, via SecurityWeek | Attributed |
| OpenAI said the adapted kernelCTF test produced 21 local privilege-escalation exploits over 112 hours and about $33,000 in API credits. | OpenAI, via SecurityWeek | Attributed |
| OpenAI said it had already submitted hundreds of reports and patches for critical flaws. | OpenAI, via SecurityWeek | Attributed |
| OpenAI said it would send fixes for remaining bugs in stages with partners in its Patch the Planet initiative. | OpenAI, via SecurityWeek | Attributed |
| OpenAI said more than 100 Linux local privilege escalations had been patched or had staging patches within 10 days while the scan was running. | OpenAI, via SecurityWeek | Attributed |
| OpenAI warned that an unpatched operating system with a low-privileged account should be considered functionally equivalent to root access for a well-resourced threat actor. | OpenAI, via SecurityWeek | Attributed |
| OpenAI recommended layered defenses including sandboxing and isolation technologies such as Firecracker and gVisor. | OpenAI, via SecurityWeek | Attributed |
| HKCERT said multiple Debian Linux kernel vulnerabilities could enable denial of service, elevation of privilege and sensitive information disclosure. | HKCERT | Confirmed |
| HKCERT said Debian stable distribution trixie versions before 6.12.113-1 were affected. | HKCERT | Confirmed |
| HKCERT said multiple Red Hat Enterprise Linux kernel vulnerabilities could enable denial of service, privilege elevation, restriction bypass, information disclosure, remote code execution and data manipulation. | HKCERT | Confirmed |
| HKCERT said multiple SUSE Linux kernel vulnerabilities could enable denial of service, privilege elevation, data manipulation, restriction bypass, information disclosure and remote code execution. | HKCERT | Confirmed |
| HKCERT listed SUSE Linux Enterprise Server 15 SP7 among the affected products. | HKCERT | Confirmed |
Could not verify
- Whether the 948 vulnerabilities were assigned CVE identifiers is not established
- Whether any of the generated exploits were used in real-world attacks is not established
- How many Linux systems were affected by the vulnerabilities is not established
- Whether the Debian, Red Hat and SUSE advisories describe vulnerabilities from the OpenAI scan is not established



