Tag
11 articles
Learn about Anthropic's Model Hardware Standard (MHS), a groundbreaking specification that enables AI agents to safely operate physical devices through standardized hardware integration, dramatically reducing development time and improving safety.
Learn how to create a basic AI safety monitoring system using Python that tracks system resources and network activity to detect unusual behavior in AI models.
This article explains how AI systems can silently forget user instructions when shortening long conversations, and how new tools help prevent this problem.
The FBI warns internet users about hackers stealing personal photos for sextortion, emphasizing the need for strong security practices.
This article explains the technical differences between conventional lithium-ion batteries and semi-solid-state batteries, focusing on safety improvements and performance advantages. It covers the materials science behind the technology and its implications for consumer electronics and aviation safety.
Travel industry experts share their top picks for essential gadgets that enhance connectivity, safety, and convenience on the go.
Learn to implement and use Mistral's open-source Shieldstral 3B safety model for content analysis. This tutorial teaches you how to load the model, create safety prompts, and interpret natural language responses for detecting safety violations.
Learn how to work with open-weight AI models like GLM-5.2 using Python and Hugging Face Transformers, while understanding the safety concerns raised in recent AI research.
Learn how to set up a Rust development environment and create your first safe Rust program that works with Linux kernel concepts, demonstrating why Rust is replacing C in modern Linux development.
This article explains the technical challenges of deploying autonomous vehicle AI systems at scale without adequate testing, highlighting the gap between laboratory performance and real-world reliability.
Learn how to interact with the Pebblebee Halo personal safety device using Bluetooth Low Energy (BLE) technology, including monitoring status and triggering emergency alerts.
