Traditional waterfall development in the aerospace and aviation industries leads to stifled innovation, lengthy cycles, and limited feedback. Agile methodologies, adapted for strict safety regulations, offer a solution. By breaking down development into sprints and fostering collaboration, Scaled Agile can significantly improve efficiency, accelerate ingenuity, and get cutting-edge technologies to market faster—and safer.

Agile teams aim for autonomy to deliver end-to-end solutions quickly. However, most organizations rely on interdependent teams, creating delays and bottlenecks. This article explores five types of dependencies: chain, stack, shared people, shared resources, and shared codebase. Each dependency type comes with its own challenges that impact delivery speed and quality.

The Manifesto for Agile Software Development, and the 12 Principles of Agile Software were proposed more than 20 years ago, specifically for software development. But the Agile methodologies are not limited in scope to software development—the Agile approach can be used across other sectors as well.

The intersection of Continuous Integration and Continuous Deployment (CI/CD), Kubernetes, and ArgoCD are a powerful synergy that can streamline development and deployment processes. The inherent ability of Kubernetes to manage, scale, and operate application containers is substantially enhanced by CI/CD workflows, leading to a dynamic and highly efficient software development lifecycle.