📰 AI News: OpenAI Says Its Next Models Could Be A “High” Cybersecurity Risk
📝 TL;DR OpenAI just told the world that its upcoming AI models could be powerful enough to help launch serious cyberattacks, including finding zero day exploits and breaking into well defended systems. At the same time, it is building new tools and guardrails so those same models can supercharge cyber defense, not just offense. 🧠 Overview A new internal risk assessment from OpenAI classifies its future frontier models as likely to pose a high cybersecurity risk. The company says these systems might eventually help attackers discover new software vulnerabilities or automate complex intrusions, something that has traditionally required elite skills. Rather than hiding this, OpenAI is publicly flagging the risk and announcing new security programs to keep defenders ahead. 📜 The Announcement This week, OpenAI published an update warning that the cyber capabilities of its next generation models are advancing fast enough that it is planning as if each new model could reach high levels of offensive capability. In practical terms, that could mean helping someone develop working zero day exploits or orchestrate sophisticated enterprise or industrial hacks. To counter that, OpenAI is investing heavily in making the same models useful for defenders, creating new access programs, and setting up an expert council focused on frontier risks. ⚙️ How It Works • High risk classification - OpenAI now expects some upcoming models to reach a point where they could materially help with serious cyberattacks, not just generate phishing emails or basic scripts. • Offensive scenarios - The company specifically calls out the possibility that models could help develop new remote exploits, or assist with complex intrusions against real world targets like companies or infrastructure. • Defensive tooling - In parallel, OpenAI is training models to be stronger at security tasks such as auditing code, finding vulnerabilities, and suggesting patches so defenders can move faster too.