Neon simplifies the use of scalable Postgres by changing how developers handle their database infrastructure from development to production. This allows for increased developer velocity and focus on building value for customers, while maintaining Postgres compatibility with features like database branching, autoscaling, and serverless scaling to zero. Neon minimizes Total Cost of Ownership (TCO) in Database Infrastructure by eliminating the need for complex architecture involving virtual private clouds, subnet configurations, and manual replication configurations across availability zones. It also enables true serverless architecture that can scale to zero, increasing cost savings and reducing complexity. With Neon's database branching, developers can clone databases in seconds, making it possible to perform operations on branches independently without impacting the original data. This empowers developers to take a more iterative and experimental development approach, allowing for rapid prototyping and testing without risk to the production environment. Neon integrates well with developer workflows, reducing friction associated with database-related operations and enhancing developer velocity through its command line interface and API. Additionally, it enables connection pooling, autoscaling, and serverless scaling, making it an instrumental tool to enhance the scalability and functionality of applications and workloads.