SecretHub

A unified secrets management platform that allows engineers to securely provision and manage passwords and keys with minimal code changes.

Multi-Cloud Open Source Self Hosted + Cloud Options
Category Secrets Management
Last Commit 1 year ago
This page updated a month ago
Pricing Details Free tier available, with paid plans for advanced features.
Target Audience DevOps engineers, software developers, security teams.

SecretHub manages managing sensitive data across diverse engineering stacks by providing a unified secrets management platform. The technical architecture of SecretHub is built around a CLI interface that interacts with the SecretHub API, allowing engineers to securely provision and manage passwords and keys with minimal code changes.

At its core, SecretHub uses a command-line interface to read, write, and generate secrets, which can be integrated into various workflows. For example, secrets can be loaded into environment variables for executables or scripts using the secrethub run command, and configuration templates can be injected with secrets using the secrethub inject command. This approach ensures that sensitive data is handled securely without exposing it in plain text.

Operational considerations include access control, where service accounts can be created and permissions granted or revoked at the directory level using commands like secrethub service init and secrethub acl set. Integrations with tools such as CircleCI, Kubernetes, and Terraform are also available, enhancing the platform's versatility.

From a technical standpoint, SecretHub is built using Golang, and the CLI tool can be built and installed using standard make commands. The platform supports various protocols and tools, but it is important to note that the performance and scalability of SecretHub can be influenced by the complexity of the secrets management setup and the number of users and repositories involved. For instance, managing a large number of secrets across multiple repositories may require careful planning to avoid performance degradation and ensure optimal security practices are maintained.

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