HoneyPod - The Blue Side of Cybersecurity

Are LLMs Immune to Obliviate Spells?

8 min · 16 de oct de 2024
Portada del episodio Are LLMs Immune to Obliviate Spells?

Descripción

Welcome to another episode of HoneyPod! Today, we're having a look into the world of Artificial Intelligence, and we're exploring how it interacts with the beloved universe of Harry Potter. Yes, you heard that right — magic and machines, working together, or perhaps, at odds with each other. Episode links: * The Boy Who Survived: Removing Harry Potter from an LLM is harder than reported [https://arxiv.org/abs/2403.12082v1] (Arxiv) * Who's Harry Potter? Approximate Unlearning in LLMs [https://arxiv.org/abs/2310.02238] (Arxiv) * ConfAIde: Can LLMs Keep a Secret? Testing Privacy Implications of Language Models [https://confaide.github.io/] (Website) SUPPORT THE PODCAST: Share this episode with your friends and colleagues if you liked it, and help us spread the buzz of cybersecurity intrigue! And.. If you really like the show, you can buy me a beer [https://buymeacoffee.com/tsumarios] 😊🍻 ABOUT THE HOST: Website: tsumarios.github.io [https://tsumarios.github.io/] Blog: tsumarios.github.io/blog [https://tsumarios.github.io/blog] GitHub: @tsumarios [https://github.com/tsumarios] Twitter: @tsumarios [https://twitter.com/tsumarios] Thank you for listening!

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2 episodios

episode Are LLMs Immune to Obliviate Spells? artwork

Are LLMs Immune to Obliviate Spells?

Welcome to another episode of HoneyPod! Today, we're having a look into the world of Artificial Intelligence, and we're exploring how it interacts with the beloved universe of Harry Potter. Yes, you heard that right — magic and machines, working together, or perhaps, at odds with each other. Episode links: * The Boy Who Survived: Removing Harry Potter from an LLM is harder than reported [https://arxiv.org/abs/2403.12082v1] (Arxiv) * Who's Harry Potter? Approximate Unlearning in LLMs [https://arxiv.org/abs/2310.02238] (Arxiv) * ConfAIde: Can LLMs Keep a Secret? Testing Privacy Implications of Language Models [https://confaide.github.io/] (Website) SUPPORT THE PODCAST: Share this episode with your friends and colleagues if you liked it, and help us spread the buzz of cybersecurity intrigue! And.. If you really like the show, you can buy me a beer [https://buymeacoffee.com/tsumarios] 😊🍻 ABOUT THE HOST: Website: tsumarios.github.io [https://tsumarios.github.io/] Blog: tsumarios.github.io/blog [https://tsumarios.github.io/blog] GitHub: @tsumarios [https://github.com/tsumarios] Twitter: @tsumarios [https://twitter.com/tsumarios] Thank you for listening!

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episode Behind the (Digital) Crime Scenes artwork

Behind the (Digital) Crime Scenes

Welcome to the first episode of HoneyPod! Today, we’re diving into the captivating world of digital forensics – think Sherlock Holmes meets the Matrix! We’re going beyond the tools and tech, having a look at how digital forensics fits into criminal investigations, from the first hint of suspicion all the way to the courtroom showdown. Episode links: * Behind the (Digital Crime) Scenes: An MSC Model [https://doi.org/10.1109/ISDFS60797.2024.10527316] (also here in Arxiv preprint [https://arxiv.org/abs/2403.16196]) * Digital Forensics [https://en.wikipedia.org/wiki/Digital_forensics] (Wikipedia) * Computer Forensics [ https://en.wikipedia.org/wiki/Anti%E2%80%93computer_forensics] (Wikipedia) * Message Sequence Chart [https://en.wikipedia.org/wiki/Message_sequence_chart] (Wikipedia) SUPPORT THE PODCAST: Share this episode with your friends and colleagues if you liked it, and help us spread the buzz of cybersecurity intrigue! And.. If you really like the show, you can ⁠buy me a beer⁠ [https://buymeacoffee.com/tsumarios] 😊🍻 ABOUT THE HOST: Website: ⁠tsumarios.github.io⁠ [https://tsumarios.github.io/] Blog: ⁠tsumarios.github.io/blog⁠ [https://tsumarios.github.io/blog] GitHub: ⁠@tsumarios⁠ [https://github.com/tsumarios] Twitter: ⁠@tsumarios⁠ [https://twitter.com/tsumarios] Thank you for listening!

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