Skip to content

script.md

Latest commit

 

History

History
60 lines (47 loc) · 3.72 KB

script.md

File metadata and controls

60 lines (47 loc) · 3.72 KB

Talking Points / Script for Each Slide

These are suggestions on what to cover for each slide, focusing on the technical aspects and rationale for decisions.

Slide 1: Introduction and Project Overview

  • Objective: Introduce the purpose and high-level goals of the Kado project.
  • Talking Points:
    • Kado was developed as a modular infrastructure automation tool designed to streamline configuration, policy management, and orchestration across multiple tools.
    • Highlight the main challenges it addresses:
      • Consistency in configuration across different tools.
      • Security compliance and enforcement.
      • Efficiency in deployment workflows.
      • Cross-tool orchestration and automation.
    • Introduce the diagram as a high-level overview of how the components are structured.

Slide 2: Technical Architecture

  • Objective: Explain the architecture and the key components.
  • Talking Points:
    • Discuss why Go was chosen as the primary language for the core engine.
      • Mention Go’s strengths, like concurrency and cross-platform support.
    • Describe the modular bead system, which allows each configuration tool to act independently while being part of a unified framework.
    • Highlight the policy engine integration with OPA, ensuring configurations meet security and compliance standards.
    • The diagram shows how different components interact in a layered architecture, from the configuration manager to policy and execution.

Slide 3: Implementation Workflow

  • Objective: Demonstrate the practical workflow of how configurations are applied.
  • Talking Points:
    • Explain the step-by-step process that occurs when kado set is executed.
    • Start with how configurations are loaded, then proceed to policy validation, and finally the execution stage.
    • Describe how Kado acts as an orchestrator, validating configurations against policies and then using tools like Terraform and Ansible to apply the configurations.
    • Use the sequence diagram to illustrate the flow and decision-making process during the execution.

Slide 4: Key Technical Decisions and Trade-offs

  • Objective: Detail the major decisions and trade-offs made in Kado's design.
  • Talking Points:
    • Discuss the rationale for creating a custom .kd format rather than using YAML, noting the increased control over validation and error handling.
    • Talk about the balance between flexibility and security in Kado’s architecture:
      • OPA for security policies allows dynamic policy enforcement without hard-coding rules.
      • Keybase integration ensures secrets management is both secure and compatible with the existing tooling.
    • Use the class diagram to emphasize modularity and explain how each component has a specific role, contributing to overall flexibility and maintainability.

Slide 5: Project Structure and Future Roadmap

  • Objective: Show the project’s structure and discuss future enhancements.
  • Talking Points:
    • Walk through the project structure to show how configurations, templates, and policies are organized.
    • Mention the flexibility that this organization provides, enabling Kado to scale and incorporate new tools.
    • Discuss future roadmap items like:
      • Support for more infrastructure tools (e.g., CDK).
      • Improved error handling and logging.
      • Potential CI/CD integrations for automated testing and deployment.
    • Conclude by reinforcing Kado’s modularity and potential for scalability and expansion in production environments.

These talking points should help you guide the audience through the presentation and highlight your technical expertise and decision-making in developing Kado. Let me know if you need further customization or additional details!