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Continuous delivery significantly enhances application development by maintaining a consistent and automated release process that allows for faster and more reliable software delivery. While some aspects such as releasing new builds to users are essential elements of the software development lifecycle, the primary focus of continuous delivery is to ensure that software is always in a deployable state. This means that new builds can be automatically pushed to production with minimal human intervention, reducing the wait time between development and user feedback.

This methodology encourages frequent releases, which facilitates obtaining user input rapidly and addresses any issues before they escalate. With continuous delivery, the deployment process becomes streamlined, which ultimately leads to improved collaboration among development and operations teams, enhances productivity, and allows for quicker adjustments based on user requirements or bug reports.

The other options do not align as closely with the core principles and goals of continuous delivery. For instance, increasing manual testing time does not reflect the automation that continuous delivery aims for, while limiting the number of releases goes against its intent to encourage frequent deployment. Although faster bug detection is a benefit, it is a byproduct of frequent releases rather than the primary feature of continuous delivery.