The aim of this pull request is to implement a scalable architecture using Docker and Kubernetes (K8s). This architectural enhancement will not only streamline our workflow but also facilitate the onboarding process for new team members through the utilization of namespaces with our hosting domain.
Expected Benefits:
Scalability: By leveraging Docker and Kubernetes, our architecture becomes inherently scalable. It empowers us to handle increased workloads seamlessly, ensuring optimal performance under varying demands.
Efficiency in Onboarding: The utilization of namespaces with our hosting domain simplifies the onboarding process for new team members. They can easily navigate and understand the architecture, accelerating their integration into the team.
Streamlined Workflow: Docker and Kubernetes enable a more streamlined development workflow. With consistent deployment environments and automated management, testers can focus more on penetration testing and less on infrastructure concerns.
Objective:
The aim of this pull request is to implement a scalable architecture using Docker and Kubernetes (K8s). This architectural enhancement will not only streamline our workflow but also facilitate the onboarding process for new team members through the utilization of namespaces with our hosting domain.
Expected Benefits:
Scalability: By leveraging Docker and Kubernetes, our architecture becomes inherently scalable. It empowers us to handle increased workloads seamlessly, ensuring optimal performance under varying demands.
Efficiency in Onboarding: The utilization of namespaces with our hosting domain simplifies the onboarding process for new team members. They can easily navigate and understand the architecture, accelerating their integration into the team.
Streamlined Workflow: Docker and Kubernetes enable a more streamlined development workflow. With consistent deployment environments and automated management, testers can focus more on penetration testing and less on infrastructure concerns.