Serverless Platform Engineering
Master serverless platform engineering: best practices for platform engineering teams working with serverless environments, developer platforms, and internal platforms to achieve efficient, productive, and scalable development and operations.
An introduction to Platform Engineering.
Tool Development: Tool Development: Developer Tools, CLI, SDKs, Developm
Self-Service Development: Design self-service portals, automate provisioning, and streamline development, testing, deployment, and validation processes.
Platform Services: Utilize shared services, libraries, APIs, and other platform components to facilitate development, testing, deployment, and quality assurance, continuously improving service quality.
Time to First Deploy: Time from Start to First Deploy
Platform Adoption: Measure the percentage of teams utilizing the platform effectively.
Developer Satisfaction: Assess developer satisfaction with the platform and its tools.
Frequently asked questions
What are shared services, libraries, APIs, development, testing, quality, effectiveness, platform services, continuous service improvement, and service quality?
Shared services, libraries, APIs, development, testing, quality, effectiveness, platform services, continuous service improvement, service quality.
How should documentation be handled?
Comprehensive documentation, including guides, examples, and tutorials, is crucial for developer enablement, continuous documentation efforts, knowledge sharing, and ultimately, platform adoption.
How can support be ensured?
Establishing robust support mechanisms is essential for addressing developer needs, resolving issues quickly, and maintaining a productive development environment.
▶ Try it live
Everything above runs in your browser — open Hash Function Avalanche Visualizer and change the parameters while it is running. Nothing is installed, nothing is uploaded, the whole model lives in one tab.