Google Deepmind adds background execution and MCP support to Gemini API managed agents
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Google Deepmind adds background execution and MCP support to Gemini API managed agents

July 8, 202642 views2 min read

Google DeepMind enhances its Gemini API Managed Agents with background execution, MCP support, and custom function capabilities.

Google DeepMind has announced significant enhancements to its Gemini API Managed Agents, aiming to boost the flexibility and functionality of AI-driven automation. The updates include support for background execution, MCP (Model Control Protocol) integration, custom function usage, and seamless credential refreshing without state loss. These improvements are designed to make the platform more adaptable for enterprise use cases where long-running tasks and secure, dynamic workflows are essential.

Enhanced Agent Capabilities

The new background execution feature allows agents to operate asynchronously, meaning they can continue processing tasks even when not actively being called upon. This is particularly useful for monitoring systems, data synchronization, or any scenario where continuous operation is required. Additionally, agents can now connect directly to remote MCP servers, enabling better integration with external tools and services.

Custom Functions and Secure Operations

Another notable addition is the ability to use custom functions alongside the existing sandboxed tools. This empowers developers to extend agent behavior beyond standard capabilities, tailoring automation to specific business needs. Furthermore, agents can now refresh credentials without losing their current state, which is a critical feature for maintaining secure, long-running operations without interruption.

These upgrades position Gemini API Managed Agents as a more robust and scalable solution for developers and enterprises looking to deploy intelligent automation. With these enhancements, Google DeepMind continues to strengthen its AI infrastructure, making it easier to build and maintain complex, secure, and efficient AI workflows.

Source: The Decoder

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