LLMs & Generative AI - Page 15 of 48
Latest breakthroughs in large language models and generative AI shaping the future of artificial intelligence and machine learning.
Latest breakthroughs in large language models and generative AI shaping the future of artificial intelligence and machine learning.
Why should anyone building or deploying machine‑learning models pause before they ship? The answer isn’t just about performance metrics or cost; it’s about whether a model can survive intentional attacks.
AI‑driven protein‑design platforms are finally spilling out of specialist labs and into the hands of everyday biologists.
Google is nudging its conversational search toward a tighter, more visual workflow. In the latest AI‑driven experiment, the browser will pull up the content behind a result without sending you to a separate tab.
Physical Intelligence (PI) has released a new robot model that, according to its creators, can stitch together individual capabilities in a way that resembles how large language models (LLMs) blend text snippets.
OpenAI’s Codex is slipping out of the research lab and into a tool that lets anyone turn a line of text into a working product.
Qwen’s latest release, the Qwen3.6‑35B‑A3B, pushes the envelope for open‑source vision‑language systems.
OpenAI’s latest Codex upgrade arrives as the company squares off with Anthropic’s Claude Code, a move that signals a shift in how developers think about on‑device assistance.
The Gemini app is expanding what a chat‑based AI can do with the pictures you already keep on hand.
Anthropic just dropped Claude Opus 4.7, a model that nudged its way back to the top of the “most powerful generally available” leaderboard.
Character.AI is turning its chat‑driven platform into something that feels more like a literary sandbox than a traditional Q&A bot.
The paper from UC San Diego and Together AI rolls out Parcae, a looped‑model design that claims to hit the same quality as a transformer twice its size.
Anthropic’s latest push—Claude Code, now packaged as a desktop client and paired with the new “Routines” feature—has caught the eye of IT leaders who are still accustomed to running AI‑driven code from a command line.
Fine‑tuning today feels like trying to repaint a cathedral with a toothbrush. When a model swells to billions of parameters, each training pass eats compute, storage and time in equal measure.
Google’s Gemini 3.1 Flash TTS is trying to make synthetic voices sound less robotic and more human‑like.
Deploying large language models feels a lot like tuning a complex instrument: you can spend weeks tweaking knobs without ever knowing which adjustment actually improves the performance you care about.
Why does a new AI model matter to the people who keep our networks safe? While OpenAI has been busy refining general‑purpose assistants, it’s now turning a spotlight on a niche that has long been underserved by large language models: defensive...
OpenAI’s latest model, GPT‑5.4‑Cyber, is deliberately steering clear of the Mythos playbook that many vendors have leaned on for rapid feature roll‑outs.
The rise of generative AI has reshaped how security teams operate, but the tools that protect us are only as strong as the people who wield them.
Hospitals are busy testing a new kind of front‑desk. Across the country, patients are typing questions into AI assistants instead of calling reception lines, and administrators are watching the traffic spikes.
Alignment researchers are turning to large language models to keep tabs on their own progress.
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