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The significance of Continuous Integration (CI) in DevOps is deeply rooted in the practice of ensuring that code changes are automatically tested and merged. By using CI, teams can frequently integrate individual code changes into a shared repository, which triggers a series of automated tests. This process helps identify integration issues early in the development cycle, reducing the chances of encountering significant problems later on when the code is deployed.

Automated testing is crucial in maintaining code quality, as it allows developers to catch bugs and issues in real-time, rather than after extensive manual testing or during deployment. The ability to integrate code changes regularly promotes collaboration within teams and ensures that new features or bug fixes can be delivered to customers more swiftly while maintaining stability and reliability in the software.

The other options address elements related to software development but do not capture the core essence of Continuous Integration effectively. For instance, while increasing the speed of software deployment is a potential benefit of CI, it is not the primary focus. Manual testing contradicts the essence of Continuous Integration, which emphasizes automation. Lastly, CI does not eliminate the need for version control; rather, it relies on it to manage code changes effectively.