Intelligent Infrastructure, Everywhere.
CloudCommons is an open-source project that provides a multi-cloud, zero-trust infrastructure platform. It is intended to support the deployment and management of infrastructure across various environments, including public clouds, hybrid setups, edge devices, and self-hosted systems. The platform combines security-focused design with automation tools and aims to make infrastructure operations more accessible for different types of users, from individual developers to larger teams and organizations.
The architecture centers on several core areas. Security is implemented through a zero-trust model with TLS 1.3 and mutual TLS for service communication, AES-256 encryption applied to data at rest, in transit, backups, and processing, along with support for KMS or HSM-based secrets management. The system is designed to operate offline-first and can be fully self-hosted. For deployment, it supports major cloud providers such as AWS, GCP, Azure, and DigitalOcean, as well as Bring-Your-Own-Cloud configurations, hybrid environments, and edge deployments, with features for predictive scaling and cost optimization.
On the intelligence and automation side, CloudCommons includes vector databases and semantic search capabilities, an AI-based query interface, predictive AIOps for monitoring and automated remediation, and tools for building cross-service workflows such as ETL pipelines or event-driven triggers. The developer experience includes a one-command bootstrap process (npx aegisstack init), a drag-and-drop low-code/no-code editor, prebuilt templates, live collaboration features, and sandboxed environments. There is also a plugin marketplace for extensions covering AI models, authentication, analytics, and other integrations.

- CloudCommons – An open-source, multi-cloud, zero-trust infrastructure platform that combines strong security (end-to-end encryption and offline-first design), AI-driven automation, and a low-code developer experience for managing infrastructure across public clouds, hybrid, edge, and self-hosted environments.
