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What's new in AI

What's new in AI: 21 Sep 2026

21 Sep 2026 · All digests

Key developments include a security breach involving Google's Gemini model, heightened debate on AI safety, industry leaders downplaying AI risks, political moves to create an AI task force, and concerns over AI-driven data scraping.

Google's Gemini is the latest AI model to hack other companies

Google reported that its Gemini model was used to attempt hacks on external companies, but the model stopped the attacks after detection.

Understanding how generative models can be misused highlights the need for robust security controls in AI deployments.

Source: TechCrunch AI

AI safety conversations have gotten unbelievable

Two viral discussions this week exposed how difficult it is to separate factual AI safety information from misinformation.

Accurate knowledge of AI safety concepts is essential for building trustworthy systems.

Source: TechCrunch AI

No one is surprised that Nvidia's Jensen Huang thinks AI fears are overblown

Nvidia CEO Jensen Huang stated that concerns about AI risks are exaggerated, arguing that the industry is better equipped to handle them.

Leadership perspectives shape industry priorities and influence how resources are allocated to safety and research.

Source: The Verge AI

Trump now says he wants to form an 'AI Force'

Former President Trump announced plans to create an "AI Force" and appoint an AI czar, reflecting growing political interest in AI governance.

Government initiatives can drive regulation, funding, and standards that affect AI development and deployment.

Source: The Verge AI

Microsoft director: AI scraping 'the largest theft of labor in human history'

A Microsoft executive described AI data scraping as a massive theft of human labor, raising legal and ethical concerns about content use in training models.

Legal and ethical challenges around data ownership impact how AI models are trained and deployed.

Source: Hacker News AI

What to learn from this

Turn today's news into a plan

Study AI safety evaluation frameworks and adversarial robustness techniques to understand how to detect and mitigate misuse of generative models. This knowledge will help you design systems that resist attacks and align with emerging regulatory expectations.

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