Apple announced that the next version of Siri will be powered by Google’s Gemini artificial-intelligence model.
This shift represents a significant change in Apple's approach to virtual assistants. By integrating a third-party large language model, Apple seeks to bridge the gap between Siri and competing AI tools that offer more fluid, natural interactions.
Apple confirmed in January 2026 [1] that Gemini will power new Siri features. The company said the integration is intended to provide Siri with better contextual understanding and more advanced AI capabilities. These updates will be deployed across the Apple ecosystem, including the iPhone, iPad, and macOS [2].
Specific technical details indicate that the upcoming macOS 27 [3] will feature these updated Siri and Apple Intelligence capabilities. The move aims to resolve long-standing criticisms regarding Siri's inability to handle complex, multi-step requests or maintain context over long conversations.
However, the partnership has already drawn scrutiny. Some analysts said that simply swapping the underlying model may not address the deeper architectural issues of the assistant. Reports from CNET suggest that this new version of Gemini may still not meet the high expectations of users seeking a truly intuitive assistant [2].
Despite the criticism, the collaboration allows Apple to deploy state-of-the-art generative AI quickly without relying solely on in-house development. This strategy ensures that Apple devices remain competitive in a market where AI integration is now a primary selling point for hardware.
“Apple announced that the next version of Siri will be powered by Google’s Gemini artificial-intelligence model.”
Apple's decision to integrate Google's Gemini suggests a pivot from total ecosystem isolation toward a hybrid AI strategy. By outsourcing the core intelligence of Siri to Google, Apple can rapidly modernize its user interface while focusing its internal resources on hardware integration and privacy layers. This move risks increasing Apple's dependency on a primary competitor for a core feature of its operating systems.
