Tooling in the infrastructure-as-code space continues to evolve, and we¡¯re pleased to see that is no exception to this trend. The platform recently added support for Java and YAML, for as well as for a multitude of cloud , making the platform even more compelling. For our teams, it¡¯s still the main alternative to Terraform for developing code for multiple cloud platforms.
We've been seeing an increase in teams using in various organizations. Pulumi fills a gaping hole in the infrastructure coding world where Terraform maintains a firm hold. While Terraform is a tried-and-true standby, its declarative nature suffers from inadequate abstraction facilities and limited testability. Terraform is adequate when the infrastructure is entirely static, but dynamic infrastructure definitions call for a real programming language. Pulumi distinguishes itself by allowing configurations to be written in TypeScript/JavaScript, Python and Go ¡ª no markup language or templating required. Pulumi is tightly focused on cloud-native architectures ¡ª including containers, serverless functions and data services ¡ª and provides good support for Kubernetes. Recently, AWS CDK has mounted a challenge, but Pulumi remains the only cloud-neutral tool in this area.
We've seen interest in slowly but steadily rising. Pulumi fills a gaping hole in the infrastructure coding world where Terraform maintains a firm hold. While Terraform is a tried-and-true standby, its declarative nature suffers from inadequate abstraction facilities and limited testability. Terraform is adequate when the infrastructure is entirely static, but dynamic infrastructure definitions call for a real programming language. Pulumi distinguishes itself by allowing configurations to be written in TypeScript/JavaScript, Python and Go ¡ª no markup language or templating required. Pulumi is tightly focused on cloud-native architectures ¡ª including containers, serverless functions and data services ¡ª and provides good support for Kubernetes. Recently, AWS CDK has mounted a challenge, but Pulumi remains the only cloud-neutral tool in this area. We're anticipating wider Pulumi adoption in the future and looking forward to a viable tool and knowledge ecosystem emerging to support it.
We've seen interest in slowly but steadily rising. Pulumi fills a gaping hole in the infrastructure coding world where Terraform maintains a firm hold. While Terraform is a tried-and-true standby, its declarative nature suffers from inadequate abstraction facilities and limited testability. Terraform is adequate when the infrastructure is entirely static, but dynamic infrastructure definitions call for a real programming language. Pulumi distinguishes itself by allowing configurations to be written in TypeScript/JavaScript, Python and Go ¡ª no markup language or templating required. Pulumi is tightly focused on cloud-native architectures ¡ª including containers, serverless functions and data services ¡ª and provides good support for Kubernetes. Recently, AWS CDK has mounted a challenge, but Pulumi remains the only cloud-neutral tool in this area. We're anticipating wider Pulumi adoption in the future and looking forward to a viable tool and knowledge ecosystem emerging to support it.
We're quite interested in , a promising entrant in cloud infrastructure automation. Pulumi distinguishes itself by allowing configurations to be written in TypeScript/JavaScript, Python, and Go¡ªno YAML required. Pulumi is tightly focused on cloud-native architectures¡ªincluding containers, serverless functions and data services¡ªand provides good support for Kubernetes.
