OpenAI and Anthropic are redefining the capabilities of AI, introducing models that tackle complex tasks from coding to multi-step knowledge work. With features like agentic collaboration, long-context reasoning, and autonomous problem-solving, these upgrades showcase AI’s potential as an intelligent digital collaborator across professional workflows.
Moltbook is a social network where autonomous AI agents interact, form communities, and generate content, offering a rare glimpse into machine-to-machine social behavior at scale. While fascinating, the experiment has already raised serious security and governance concerns due to agents’ access to sensitive data and real-world systems.
OpenAI has shared new insights into how its AI coding assistant Codex works, revealing how it combines powerful language models with automated tools to write, test, and modify code. The explanation highlights both the growing power of AI in software development and the careful design needed to keep these systems fast, safe, and reliable.
China is unleashing its AI Tigers on the world stage, as Zhipu AI and MiniMax make their landmark debut on the Hong Kong Stock Exchange. With one building the country’s technological backbone and the other creating consumer-ready AI for global audiences, their rise signals that the next chapter of AI will be fiercely competitive.
Anthropic’s Cowork marks a major shift from chat-based AI to autonomous digital coworkers that can plan and execute real work directly on your computer. By giving the controlled access to local files, Cowork becomes a practical collaborator for reports, analysis, and file management.
In 2026, AI moves beyond chatbots to become the operating layer of modern enterprises and creative industries. Our prognosis explores the key shifts shaping the year ahead: from “digital coworkers” and multimodal intelligence to MCP as the backbone of scalable AI.
In 2025, AI moved from hype to reality, becoming a core force shaping how we create content, browse the web, work, and make decisions. This article explores the biggest shifts: the rise of agentic AI and vibe coding, tightening regulation, and the growing battle over quality and trust.
NVIDIA’s Nemotron 3 is a new family of open AI models built for efficient, large-scale multi-agent systems, offering up to a 1-million-token context window. Powered by a hybrid Mamba-Transformer MoE architecture, it delivers high inference throughput while enabling transparent, scalable, and cost-effective AI agents for real-world use.
The Speech-to-Reality system transforms spoken commands into physical objects using a combination of natural language processing, 3D generative AI, and robotic assembly. The system enables users to request items like chairs, stools, or shelves and have them assembled by a robotic arm in as little as five minutes.
Scientists have engineered a transneuron – an artificial neuron capable of mimicking the activity of multiple regions of the human brain. This advancement could accelerate the development of robots with human-like perception, adaptability, and learning.
Google has launched Gemini 3, its most advanced AI model yet, along with Antigravity, a new agent-first platform that lets AI autonomously plan and execute complex tasks. Together, they elevate learning, coding, and workflow automation with enhanced reasoning and multimodal capabilities.
Recent research has revealed that AI language models store memory and reasoning in entirely separate neural circuits, showing that machines “think” and “remember” in different ways. This discovery leads the way to creating AI systems that can forget sensitive data while preserving their intelligence.
For the first time ever, a quantum computer has beaten the world’s fastest supercomputer! Google researchers announced Quantum Echoes, a breakthrough algorithm that runs on their new Willow quantum chip.
Mamba-3 - state-space model that redefines how AI thinks, learns, and understands language. By improving context tracking, information processing, and response generation, Mamba-3 sets a new standard for performance and inference speed, beyond traditional transformer models.
FlyingToolbox is a drone system capable of docking and exchanging tools mid-air, even in turbulent airflow. This technology enables precise multi-stage operations: from maintenance and high-altitude construction to emergency response missions.