Hackers Hijack Gemini AI with a Poisoned Calendar Invite, Take over a Smart Home

Hacker News - AI
Aug 7, 2025 09:22
nokita
1 views
hackernewsaidiscussion

Summary

Hackers exploited a vulnerability in Google's Gemini AI by sending a malicious calendar invite, enabling them to take control of a smart home system. This incident highlights the growing risks of AI-powered automation being manipulated through social engineering and underscores the urgent need for stronger security measures in AI-integrated platforms.

Article URL: https://www.wired.com/story/here-come-the-ai-worms/ Comments URL: https://news.ycombinator.com/item?id=44822353 Points: 1 # Comments: 0

Related Articles

We're Losing Our Love of Learning and AI Is to Blame

Hacker News - AIAug 10

The article argues that widespread use of AI tools in education is diminishing students’ intrinsic motivation and passion for learning, as reliance on AI-generated answers discourages curiosity and critical thinking. It warns that this trend could undermine the development of essential intellectual skills, raising concerns about the long-term impact of AI on educational growth and creativity.

Exploring AI Memory Architectures (Part 2): MemOS Framework

Hacker News - AIAug 10

The article examines the MemOS framework, a novel system for managing memory in AI architectures, highlighting its approach to efficient resource allocation and governance. By introducing structured memory management, MemOS aims to improve scalability and performance in large AI models. This development could significantly impact how future AI systems handle complex data and computational demands.

Exploring AI Memory Architectures (Part 3): From Prototype to Blueprint

Hacker News - AIAug 10

The article "Exploring AI Memory Architectures (Part 3): From Prototype to Blueprint" discusses the transition from experimental AI memory models to more structured, scalable architectures. It highlights the challenges of moving from prototypes to robust systems and emphasizes the importance of thoughtful design in enabling advanced AI capabilities. This progression has significant implications for building more reliable and adaptable AI systems in the future.