Categories: AI/ML News

Topological approach detects adversarial attacks in multimodal AI systems

New vulnerabilities have emerged with the rapid advancement and adoption of multimodal foundational AI models, significantly expanding the potential for cybersecurity attacks. Researchers at Los Alamos National Laboratory have put forward a novel framework that identifies adversarial threats to foundation models—artificial intelligence approaches that seamlessly integrate and process text and image data. This work empowers system developers and security experts to better understand model vulnerabilities and reinforce resilience against ever more sophisticated attacks.
AI Generated Robotic Content

Share
Published by
AI Generated Robotic Content

Recent Posts

Wan2.2 Animate and Infinite Talk – First Renders (Workflow Included)

Just doing something a little different on this video. Testing Wan-Animate and heck while I’m…

23 hours ago

Bagging vs Boosting vs Stacking: Which Ensemble Method Wins in 2025?

Introduction In machine learning, no single model is perfect.

23 hours ago

Defensive Databases: Optimizing Index-Refresh Semantics

Editor’s Note: This is the first post in a series exploring how Palantir customizes infrastructure…

23 hours ago

Running deep research AI agents on Amazon Bedrock AgentCore

AI agents are evolving beyond basic single-task helpers into more powerful systems that can plan,…

23 hours ago

AI Innovators: How JAX on TPU is helping Escalante advance AI-driven protein design

As a Python library for accelerator-oriented array computation and program transformation, JAX is widely recognized…

23 hours ago

For One Glorious Morning, a Website Saved San Francisco From Parking Tickets

The serial website builder Riley Walz launched a project that tracked San Francisco parking enforcement…

24 hours ago