Inquir Compute is a self-hosted serverless platform designed to provide developers with full control over their infrastructure. It offers compatibility with AWS Lambda APIs, enabling seamless deployment of serverless functions using Python and Node.js on both cloud and on-premise environments. This flexibility allows organizations to run serverless applications without relying on third-party services, ensuring data privacy and compliance with internal policies. Key Features and Functionality: - AWS Lambda Compatibility: Inquir Compute supports AWS Lambda APIs, facilitating easy migration and integration for existing serverless applications. - Multi-Language Support: Developers can deploy functions written in Python and Node.js, catering to a wide range of use cases. - Flexible Deployment Options: The platform can be deployed on various infrastructures, including cloud services and on-premise servers, providing adaptability to different organizational needs. - HTTP API Gateway: Inquir Compute includes an API Gateway that allows functions to be exposed as HTTP endpoints with flexible routing, multiple authentication methods, and built-in CORS and rate limiting support. - Function Pipelines: The platform offers a visual pipeline builder for orchestrating multi-step workflows, supporting sequential execution, DAG workflows, and smart retry logic. - Built-in Observability: With OpenTelemetry compatibility, Inquir Compute provides metrics, distributed tracing, and AI-powered insights, enabling developers to monitor and optimize performance effectively. Primary Value and Problem Solved: Inquir Compute addresses the need for organizations to run serverless applications while maintaining full control over their infrastructure. By offering a self-hosted solution compatible with AWS Lambda, it eliminates dependency on external cloud providers, enhancing data security and compliance. The platform's flexibility in deployment, support for multiple programming languages, and comprehensive observability tools empower developers to build, deploy, and manage serverless functions efficiently within their own environments.