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|    CONSPRCY    |    How big is your tinfoil hat?    |    2,445 messages    |
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|    Message 749 of 2,445    |
|    Mike Powell to All    |
|    AI agents can be hijacked    |
|    14 Mar 25 18:29:00    |
      TZUTC: -0500       MSGID: 464.consprcy@1:2320/105 2c39f44f       PID: Synchronet 3.20a-Linux master/acc19483f Apr 26 202 GCC 12.2.0       TID: SBBSecho 3.20-Linux master/acc19483f Apr 26 2024 23:04 GCC 12.2.0       BBSID: CAPCITY2       CHRS: ASCII 1       AI agents can be hijacked to write and send phishing attacks              Date:       Fri, 14 Mar 2025 18:04:00 +0000              Description:       Cybercriminals can use AI agents to write and send social engineering        attacks, report warns              FULL STORY              Cybercriminals have been using AI to help them in cyberattacks for some time,       but the introduction of "Agents", such as OpenAIs Operator , now means       criminals have a lot less work to do themselves, experts have claimed.               Previously, AI tools had been seen helping attackers send high-powered        threats at a much quicker rate, dealing out sophisticated attacks more       frequently than could have been imagined without the tools - and it lowered       the bar for criminals, so even relatively low-skilled cybercriminals could       build successful attacks.               Now, researchers from Symantec have been able to use Operator to identify a       target, find their email address, create a PowerShell script aimed at       gathering systems information, and send it to the victim using a convincing       lure.              Agents leveraged               In a demonstration, researchers explained their first attempts failed, with       Operator refusing to proceed as it involves sending unsolicited emails and       potentially sensitive information. This could violate privacy and security       policies.               With a few tweaks to the prompt though, the agent created an attack       impersonating an IT Support worker, and sent out the malicious email. This       presents serious risk for security teams, with research consistently showing       that human error is the primary cause of over two-thirds of data breaches .               It may not be long before the agents become a lot more powerful, the report       speculates. It is easy to imagine a scenario where an attacker could simply       instruct one to breach Acme Corp and the agent will determine the optimal       steps before carrying them out.               This could include writing and compiling executables, setting up       command-and-control infrastructure, and maintaining active, multi-day       persistence on the targeted network. Such functionality would massively        reduce the barriers to entry for attackers.               AI agents are designed to be like virtual assistants, helping users book       appointments, schedule meetings, and write emails. OpenAI takes "these kinds       of reports seriously," a spokesperson told TechRadar Pro.               "Our usage policies prohibit using OpenAI services or products to facilitate       or engage in illicit activity, including attempts to defraud, scam or       intentionally deceive or mislead others, and we have proactive safety       mitigations and strict rate limits in place to mitigate harmful usage.       Operator is still a research preview and we are constantly refining and       improving."              ======================================================================       Link to news story:       https://www.techradar.com/pro/security/ai-agents-can-be-hijacked-to-write-and-       send-phishing-attacks              $$       --- SBBSecho 3.20-Linux        * Origin: capitolcityonline.net * Telnet/SSH:2022/HTTP (1:2320/105)       SEEN-BY: 105/81 106/201 128/187 129/305 153/7715 154/110 218/700 226/30       SEEN-BY: 227/114 229/110 111 114 206 300 307 317 400 426 428 470 664       SEEN-BY: 229/700 705 266/512 291/111 320/219 322/757 342/200 396/45       SEEN-BY: 460/58 712/848 902/26 2320/0 105 3634/12 5075/35       PATH: 2320/105 229/426           |
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