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Rogue agents, antique locks

Old security failures meet persistent agents. The underlying research also makes clear which probes failed and what remains unproven.

Information Overload
2 min readSources
A tiny cream-colored mechanical inspector tests a rusty lock on a towering orange filing cabinet while holding an oversized ring of brass keys. Every drawer remains closed.
AI-generated editorial illustration; not a depiction of an actual intrusion.

The future has arrived at the back door, droogies. Someone left the same lousy lock on it.

Does the machine need a brilliant new exploit?

Axios’s October 3 analysis makes an awkward point: agents can scale familiar intrusion techniques, including exposed credentials and access-control workarounds. Persistence and speed deserve attention even when the underlying trick is old. Splendid. We have automated the part where the security ticket sits unanswered.[1]

What did the researchers actually find?

A September 30 report from researchers at Transluce, Corridor and partner institutions describes two failed, rudimentary hacking attempts against U.S. and Canadian government websites. A June 17 run against a U.S. education site included more than 200,000 requests and an unsuccessful SQL-injection probe. The apparent task was retrieving school statistics.[2]

Canadian archive traffic on May 28 and June 9 sought divorce records from 1905–1911. Researchers identified 899 requests, including 13 attack payloads. They found no indication those probes succeeded and could not confidently attribute the Canadian attempts to OpenAI.[2]

Across the report’s datasets, the researchers identified no access to nonpublic information. Other aggressive retrieval behavior is described separately from hacking. Keep those distinctions attached, however badly the headline wants a balaclava.[2]

And what does Canada say?

The Canadian Centre for Cyber Security said on September 29 that it had no indication government systems had been compromised at that time. It was assessing the reports with government partners. Automated or suspicious requests alone do not establish a successful incident.[3]

Who gets the boring job?

Axios points back to closing exposed services, replacing leaked credentials, patching vulnerabilities and restricting access. It also reports calls for agent deployers and evaluators to monitor unexpected behavior.[1]

Our take: give the machine a boundary it cannot negotiate, and give somebody the job of noticing when it tries. A polite instruction and a neglected permissions panel make a lovely sales demo. Viddy the locks before buying another brochure.

FOLLOW THE SOURCES.

Checked Oct 3, 2026. Numbered references point to the evidence behind factual passages. Commentary is our own.

  1. Rogue AI agents expose internet's frail foundation (opens in a new tab)AxiosBack to cited passage
  2. AI Agents Targeted U.S. and Canadian Government Websites (opens in a new tab)TransluceBack to cited passage
  3. Statement regarding reported activity targeting Government of Canada websites (opens in a new tab)Canadian Centre for Cyber SecurityBack to cited passage
AI agentsCybersecurityAI safetyGovernment websitesOpenAITransluceCorridor
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