Direktiv is a cloud-agnostic, serverless workflow engine designed to streamline and automate enterprise operations through event-driven orchestration. By leveraging microservices, containers, and custom code, Direktiv enables organizations to build efficient, scalable workflows without the need for re-engineering or reskilling. Its platform-agnostic nature ensures seamless integration across various cloud providers, offering flexibility and adaptability to meet diverse operational needs. Key Features and Functionality: - Serverless Architecture: Direktiv operates on a serverless model, allowing components to run on any platform or cloud provider using Kubernetes. This approach facilitates automatic scaling of resources based on demand. - Container-Based Workflows: Users can utilize pre-built Direktiv containers or incorporate their existing code and containers, enabling the creation of powerful and straightforward workflows without incurring technical debt. - Event-Driven Automation: The platform supports event-driven workflows triggered by CloudEvents from various applications, cloud platforms, and SaaS solutions, enabling responsive and dynamic process automation. - Enterprise-Grade Features: Direktiv offers advanced features such as authentication and authorization through Keycloak and Open Policy Agent, policy control with runtime schedules, container restrictions, and policy execution schedules. It also provides comprehensive visibility with metrics via Prometheus, tracing information through OpenTelemetry, and logging via Fluent Bit. Primary Value and Problem Solved: Direktiv addresses the complexities associated with orchestrating and automating workflows in diverse cloud environments. By providing a serverless, event-driven platform that integrates seamlessly with existing microservices and containers, it eliminates the need for extensive re-engineering or reskilling. This empowers enterprises to enhance operational efficiency, reduce errors, and improve scalability, all while maintaining flexibility and control over their processes.