Having separate production and non-production networks is important for several reasons:
Risk management: A production network handles live, real-time traffic and serves as the backbone of the organization’s operations. Any downtime or issues in the production network can have severe consequences, such as financial losses, damage to reputation, and disruption of services. By separating the production network from non-production environments, organizations can minimize the risk of impacting critical operations due to experimental or testing activities.
Security and confidentiality: Production networks often handle sensitive data and are subject to strict security requirements. Non-production environments, such as development, staging, and testing environments, are typically used by multiple teams and may involve experimenting with new software, configurations, or integrations. Separating these environments ensures that any security vulnerabilities or breaches in non-production environments do not directly impact the security and integrity of the production network and its data.
Performance and resource allocation: Production networks need to operate at their optimal performance levels to ensure smooth and efficient delivery of services to end-users. Non-production environments, on the other hand, are often used for testing new applications, software updates, or configurations that may require additional resources or experimentation. By separating the two networks, organizations can allocate resources based on the specific requirements of each environment without affecting the performance of the production network.
Change management and version control: Non-production environments provide a controlled space for testing and validating changes before they are deployed to the production network. This separation allows organizations to implement proper change management practices, such as version control, release management, and testing methodologies. It ensures that only thoroughly tested and approved changes are promoted to the production environment, reducing the likelihood of errors or disruptions.
Training and learning opportunities: Non-production networks offer an ideal environment for training and learning purposes. Development teams can experiment with new technologies, simulate real-world scenarios, and train on the latest tools and methodologies without impacting live operations. This separation encourages innovation, fosters knowledge sharing, and enables continuous improvement without jeopardizing the stability and reliability of the production network.
In summary, having separate production and non-production networks helps organizations manage risk, ensure security, maintain optimal performance, implement effective change management practices, and create a controlled environment for learning and experimentation.