Best Secrets Management Software of 2024

Modern Infrastructure as Code. Use familiar programming languages and tools to create, deploy, manage, and monitor infrastructure in any cloud. One workflow for many clouds. On any cloud, you can use the same language, tools, or workflow. Collaborate. Harmonize your engineering practices among developers and operators. Easy continuous delivery. You can deploy from the CLI or integrate with your favorite CI/CD software. All changes are reviewed before they are made. Reduce complexity. Get visibility across all your environments. Audit and secure. Know who made changes to what, when and why. With your identity provider of choice, enforce deployment policies. Secrets management. Secure secrets with an easy-to-use encrypted configuration Familiar programming languages. You can define infrastructure in JavaScript or TypeScript, Python, Go or any other.NET language including C#, F# and VB. Use your favorite tools. Use familiar IDEs and test frameworks. Reuse and share. Codify best practices.

Secure vaults allow you to automate and protect access to credentials, keys and tokens across your DevOps tools, Cloud platforms, and API-Keys using your Cloud platforms.

Lyft's Confidant is an open-source secret management service that allows users to store and access secrets in a secure manner. Confidant solves both the authentication chicken-and-egg problem by using AWS KMS, IAM to allow IAM role to generate secure authentication tokens which can be verified by Confidant. Confidant also manages KMS grant for your IAM role, which allows IAM roles to generate tokens that are used for service-to–service authentication or to transmit encrypted messages between services. Confidant stores secrets using DynamoDB in an append-only manner. It generates a unique KMS key for each revision of every secret by using Fernet symmetric authenticated encryption. Confidant offers an AngularJS web interface which allows end-users easy access to secrets, the mappings secret to services, and the history of any changes.

The Security department of any organization must control access to privileged accounts. This is a vector of attack in almost every invasion. It is therefore not surprising that standards like PCI DSS and ISO 27001, HIPAA and NIST, GDPR and SOX have specific requirements and controls for user accounts. PCI DSS requires companies to implement controls that assign an individual identity to every person who has access to a computer. They also need to monitor customer payment data and network resources. senhasegura improves internal controls and reports requirements for SOX compliance. It goes beyond following the rules to implement an "inside out" security approach to become part your organization's DNA. Using senhasegura, companies can implement all controls in ISO 27001 relating to the security of privileged account accounts.

Securely authenticate, control, and audit non-human access across tools and applications. Secrets allow access to tools, critical infrastructure, and other sensitive data. Conjur protects these secrets by tightly controlling them with granular Role-Based Access Control. Conjur authenticates an application that requests access to a resource. It then checks the security policy against the authorization and distributes the secret securely. Conjur's security policy is code. Security rules are written in.yml format, checked into source control and loaded onto Conjur. Security policy is treated as any other source control asset. This adds transparency and collaboration to the organization’s security requirements.