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Deployment Path

The specific route, stages, and approvals software must travel through to move from development to a live production environment.

Detailed Explanation

A Deployment Path defines the exact lifecycle of a code change. It includes local development, continuous integration checks, staging environment validations, security scans, and finally the mechanisms used to roll the code out to end users.

Why It Matters

A well-defined path ensures consistency and security. A convoluted path destroys developer velocity and creates shadow deployments.

Common Failure Mode

Adding too many manual approval gates to the path, causing a traffic jam of untested features that ultimately get bundled into massive, risky releases.

Practical Example

Code goes from a feature branch to a PR, runs automated tests, deploys to a staging URL for QA, and upon approval, is automatically pushed to production.

Production Manifestation

The sequence of Git branches (e.g., dev -> staging -> main) and CI/CD pipelines that a commit must pass through before it is live.

Frequently Asked Questions

What is Deployment Path in short?

The specific route, stages, and approvals software must travel through to move from development to a live production environment.

What is the most common failure mode?

Adding too many manual approval gates to the path, causing a traffic jam of untested features that ultimately get bundled into massive, risky releases.

AI Summary

The specific route, stages, and approvals software must travel through to move from development to a live production environment. A well-defined path ensures consistency and security. A convoluted path destroys developer velocity and creates shadow deployments.