Identity and access management (IAM) systems produce extensive operational data, including user profiles, group memberships, and access logs. Traditionally, administrators sift through this data using various consoles, a process that can hinder onboarding, complicate access reviews, and slow down troubleshooting.
Integrating AI into identity workflows can transform how development and security teams handle this data. By automating the retrieval and analysis of user information, teams can shift from reactive to proactive management, enhancing efficiency and compliance.
Okta serves as a robust IAM platform, offering secure authentication and authorization for users and applications. The Okta Model Context Protocol (MCP) server allows AI agents to interact with Okta through natural language, facilitating core identity operations.
Kiro, an AI-driven integrated development environment (IDE) from Amazon Web Services (AWS), features a command line interface (Kiro CLI) that brings its capabilities directly to the terminal. By leveraging CLI commands, users can automate workflows within existing DevOps pipelines, streamlining operations.
Setting Up the Integration
To start using the Okta MCP server with Kiro CLI, several prerequisites must be met:
- Configure your Okta application.
- Install necessary tools on your system.
- Clone the Okta MCP server repository.
- Set up Kiro and your development environment.
For detailed instructions on creating applications, refer to the Okta documentation.
Installation Steps
1. **Set Up Your Okta Application:** Access the Okta application console to configure your app.
2. **Install Required Tools:** Ensure all necessary tools are installed on your system.
3. **Clone the MCP Server Repository:** Install the Okta MCP server for integration with Okta’s Admin Management APIs.
4. **Configure Kiro:** Subscribe to Kiro and set up Kiro CLI with your AWS account.
Configuring MCP Server Access
To enable Kiro CLI to access the MCP server, modify the global configuration file at ~/.kiro/settings/mcp.json or create a workspace-specific configuration. Replace placeholder values in the configuration file as needed.
Testing the Integration
After configuration, open a terminal and run:
kiro-cli
Upon the first launch, the okta-mcp-server will load, prompting for authentication via the Device Authorization Grant flow. Follow the on-screen instructions to complete this process.
Utilizing Natural Language Queries
Once set up, users can leverage natural language commands in Kiro CLI. Here are some examples:
Show me all users created in the last 30 days in Okta- Kiro CLI processes this request, retrieves user data from Okta, and presents it in a summary table.Why did [email protected] user’s provisioning fail?- Kiro CLI investigates the issue, checking logs and user profiles to diagnose the problem.Provide a breakdown of all Okta users and their access permissions- Kiro CLI compiles a comprehensive report on user entitlements across AWS accounts.
Removing the Integration
To disconnect the integration, delete the MCP server configuration from mcp.json and restart Kiro CLI. Optionally, deactivate the Okta application in the Okta administrator console.
Conclusion
By implementing the Okta MCP server with Kiro CLI, organizations can streamline identity management through conversational commands, simplifying user data queries and access analysis. For those interested in this integration, subscribing to the Okta Platform via AWS Marketplace offers consolidated billing and simplified procurement.
