Google just introduced its latest artificial intelligence tool at its 2026 I/O developer conference. The company unveiled Gemini 3.5 Flash to replace earlier versions and act as the new default engine across its apps and services. This release aims to provide users with much faster response times while handling complex coding tasks and long workflows. You can start using this updated AI model right away for free.
The new model delivers faster speeds and better coding performance
Gemini 3.5 Flash is the first release in the new 3.5 family. It operates up to four times faster than other top-tier models when measuring how quickly it generates text. The company built this version to handle multiple steps in a single prompt without slowing down.
The software beats the previous 3.1 Pro model across almost all major testing benchmarks. It performs especially well when asked to write computer code or process large amounts of data. Users can also give it a mix of text, audio, images, and video files to analyze all at once. The system is designed so people can use it to build entirely new applications from scratch.
Users can access the updated software globally across multiple platforms
The software is already live as the standard option inside the main Gemini app and within Search. Millions of people can test the faster speeds globally without paying for a premium subscription. Developers also gain access through platforms like Android Studio and the new Antigravity system.
The company plans to use this engine to power upcoming tools like Gemini Spark. That program will act as a personal assistant running constantly in the background to finish chores under user supervision. By making the Flash version the default standard immediately, the tech giant gives regular users instant access to its newest technology.
The rollout shows a clear shift toward systems that actually perform tasks rather than just answering questions. If this release works as advertised, everyday users will spend less time waiting for text to load and more time completing actual work.
