Microsoft Build 2026 was about far more than new AI models – it revealed the company’s blueprint for a unified intelligence platform that connects agents, enterprise data, governance, and continuous learning into a single ecosystem. From MAI models and Frontier Tuning to Microsoft Scout and Azure Foundry, discover the key announcements shaping the future of enterprise AI.
MIT researchers have developed MIGHTY, an open-source system that enables autonomous drones to navigate dangerous environments with greater speed and precision. Combining LiDAR, onboard AI, and advanced trajectory planning, MIGHTY allows drones to dodge obstacles in milliseconds while maintaining smooth flight.
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.
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.
Google DeepMind has introduced Gemini Robotics – an AI system that allows robots to “think before acting,” plan complex tasks, and even transfer skills across different robot types. With advanced reasoning, safety features, and cross-embodiment learning, robots become truly intelligent.
The new system enables groups of robots to act as a unified team. The MultiRobot FrameWork lets robots share real-time information about their environment, positions, and tasks, mirroring the collective behavior seen in insect colonies, but powered by advanced sensors and computation.
The solar-powered Zephyr drone has set world records for endurance and altitude, staying aloft for 64 days at heights of up to 75,000 feet. With applications ranging from earth observation to mobile phone base stations, Zephyr provides critical connectivity in remote areas.
Coscientist, an advanced AI lab partner, autonomously plans and executes chemistry experiments. Showcasing rapid learning, the system is proficient in chemical reasoning, utilization of technical documents, and adept self-correction.
Researchers from the Institute for Assured Autonomy highlight new methods for ensuring safety in the growing world of unmanned aircraft systems using advanced artificial intelligence techniques and simulation environments.
The European Space Agency is developing a sample retrieval system using neural networks, aiming to collect and transport samples from Mars. The challenging mission of returning samples gathered by Perseverance rover is considered crucial for unlocking the mysteries of the Red Planet.
By 2050 humanity will have to almost double the global food supply to make sure that every dweller of the planet has enough food. With climate change going at increasing speed, water resources drop and arable lands erode, doing that sustainably will be a huge challenge for us.
“Employers and employees alike need to change their perspective. The future of work is already here and the introduction of technology does not affect work in a uniform way. We must acknowledge where it supplements existing work and invest in a targeted reskilling approach that recognises the new roles technology is creating and ensures human and machine labour complement one another.