25 ARTICLES TAGGED "AI SAFETY"
As enterprises adopt Agentic AI, the focus is shifting from full autonomy to controlled orchestration. This transition ensures AI safety and reliability in complex workflows, preventing the risks associated with unchecked digital employees.
OpenAI is undergoing a major safety pivot in 2026 to address the existential risks of advanced AI. Led by figures like Paul Christiano, this new era of governance focuses on alignment to ensure systems remain under human control.
As AI integration deepens, the margin for error shrinks. From dangerous travel advice to biosecurity risks, discover why 2026 marks a critical threshold for AI safety and the consequences of persistent hallucinations.
OpenAI Astra introduces Recurrent Depth, a breakthrough allowing AI to re-examine complex problems through iterative loops. While this enhances reasoning capabilities, it also raises significant questions among safety experts regarding control.
OpenAI has unveiled GPT-6 Astra, a model designed to prioritize security and reliability. By implementing a new Preparedness Framework, OpenAI aims to mitigate cybersecurity risks while empowering the next generation of digital services.
OpenAI has introduced 'Deployment Simulation' to predict model behavior before release, while audits of Mistral's chatbot reveal significant vulnerabilities to repeating disinformation, highlighting the focus on AI reliability.
As the AI revolution reaches a critical juncture in 2026, the industry faces growing scrutiny over environmental costs and sophisticated misinformation. This report examines the shift from innovation euphoria to a global demand for robust AI safety standards.
As AI agents gain autonomy over servers and code, the risk of containment failure grows. Runtime protection provides essential guardrails to keep digital workers within safe boundaries. Discover how tools like hol-guard prevent autonomous agents from going rogue.
Claude Mythos serves as a sophisticated AI shield for global critical infrastructure. This article explores how Anthropic's technology defends power grids and digital networks against evolving cyberattacks through advanced safety protocols.
As AI agents move from simple assistants to autonomous project managers, monitoring becomes critical. Explore the essential governance and observability tools needed to manage these intelligent entities safely in 2024.
As autonomous agents become more common, uncoordinated goals can lead to digital sabotage. This article explores the emerging AI safety risks of multi-agent 'turf wars' and how to protect your digital ecosystem from conflicting automated instructions.
Stanford and the Arc Institute's Evo model can now generate synthetic viral genomes, marking a turning point in biology. This breakthrough highlights a growing AI bio-risk, as the ability to design new pathogens moves from science fiction to reality. Explore the safety implications of genetic AI.