Most CI pipelines fail for the same reasons, regardless of the tool used.
The problem is rarely Jenkins, GitHub Actions, or GitLab CI. The problem is pipeline design.
- Slow Feedback Loops
Running too many checks too early increases pipeline time. Slow feedback causes developers to bypass CI instead of trusting it.
CI should be fast first, deep later.
- No Ownership
When a pipeline fails and no one is responsible for fixing it immediately, failures become normal.
A broken CI pipeline should block work, not be ignored.
- Flaky Tests
Tests that fail randomly destroy confidence.
Once developers stop trusting CI results, the pipeline stops serving its purpose.
- Late Security Integration
Adding security scans at the end of CI creates noise and friction.
Security sho…
Most CI pipelines fail for the same reasons, regardless of the tool used.
The problem is rarely Jenkins, GitHub Actions, or GitLab CI. The problem is pipeline design.
- Slow Feedback Loops
Running too many checks too early increases pipeline time. Slow feedback causes developers to bypass CI instead of trusting it.
CI should be fast first, deep later.
- No Ownership
When a pipeline fails and no one is responsible for fixing it immediately, failures become normal.
A broken CI pipeline should block work, not be ignored.
- Flaky Tests
Tests that fail randomly destroy confidence.
Once developers stop trusting CI results, the pipeline stops serving its purpose.
- Late Security Integration
Adding security scans at the end of CI creates noise and friction.
Security should be layered early and incrementally, not bolted on.
At InfraForgeLabs, CI is designed as a quality gate that teams can trust.
Strong CI is the foundation of reliable delivery.