SecOps
Flow Automation Highlights
Exploding Okta Events: Mindflow extracts individual login attempts from Okta event logs, typically involving time-consuming manual analysis. By automating this step, Mindflow quickly identifies each login event, enabling faster identification of patterns such as multiple failed attempts, which enhances the security team's efficiency.
Failed Login Detection: Mindflow checks each exploded event for failed logins, a process that can be error-prone and labor-intensive when done manually. Automation ensures consistent and accurate detection of failed login attempts, significantly reducing the chance of human error and improving the reliability of security monitoring.
User Verification: Mindflow verifies the user's profuser's Okta when multiple failed logins are detected. Manually, this step requires accessing user data and cross-referencing details, which is time-consuming. Automating user verification accelerates the process, ensuring that security teams can quickly confirm whether login attempts are legitimate or potentially malicious.
Alerting via Slack: Mindflow sends an alert to a designated Slack channel once a threshold of failed logins is reached. This replaces the manual process of composing and sending alerts, ensuring that notifications are immediate and accurately formatted, allowing security teams to respond promptly to potential threats.
Orchestration Toolbox
Okta: In this use case, Okta is the primary source of authentication event data. It provides the necessary event hooks and logs that Mindflow uses to monitor sign-in attempts. By integrating with Okta, Mindflow can automatically extract and analyze login events, identifying patterns of failed attempts that may indicate security issues.
Slack: Slack serves as the notification platform for this workflow. Once Mindflow detects multiple failed login attempts, it sends an alert to a specified Slack channel. This integration ensures that security teams receive real-time notifications, allowing them to respond quickly to potential threats and enhancing overall security response times and coordination.
