Best Secrets Management Software for Amazon Web Services (AWS)

AWS Secrets Manager is designed to safeguard the secrets necessary for accessing your applications, services, and IT resources. This service simplifies the processes of rotating, managing, and retrieving database credentials, API keys, and other sensitive information throughout their entire lifecycle. Through calls to the Secrets Manager APIs, users and applications can access secrets, which prevents the necessity of embedding sensitive data in plain text. Moreover, Secrets Manager features secret rotation with native integration for services like Amazon RDS, Amazon Redshift, and Amazon DocumentDB. The extensibility of the service also allows for the management of various other types of secrets, such as API keys and OAuth tokens. Additionally, it provides fine-grained permissions to control access to these secrets and facilitates centralized auditing of secret rotation across AWS Cloud resources, third-party services, and on-premises systems. By enabling safe rotation of secrets without requiring code deployments, AWS Secrets Manager effectively helps organizations fulfill their security and compliance mandates. Overall, this service enhances the management of sensitive information, making it an essential tool for modern application security.

Enhance security across the entire software stack by implementing a cohesive secrets management solution that is accessible to all engineers, from administrators to interns. Storing passwords and API keys directly within source code poses a significant security threat, yet managing these secrets effectively can introduce a level of complexity that complicates deployment processes. Tools like Git, Slack, and email are built to facilitate information sharing, not to safeguard sensitive data. The practice of copy-pasting credentials and relying on a single administrator for access keys does not support the rapid software deployment schedules many teams face today. Furthermore, tracking who accesses which secrets and when can turn compliance audits into a daunting challenge. By removing secrets from the source code and substituting plaintext values with references to those secrets, SecretHub can seamlessly inject the necessary secrets into your application at startup. You can utilize the command-line interface to both encrypt and store these secrets, then simply direct your code to the appropriate location for retrieval. As a result, your code remains devoid of any sensitive information, allowing for unrestricted sharing among team members, which not only enhances collaboration but also boosts overall security. This approach ensures that your development process is both efficient and secure, reducing the risks associated with secret management.

Configuration as code allows for pipelines to be set up using a straightforward and legible file that can be committed to your git repository. Each step in the pipeline runs within a dedicated Docker container, which is automatically retrieved at the time of execution. Drone is compatible with various source code management systems, effortlessly integrating with platforms like GitHub, GitHubEnterprise, Bitbucket, and GitLab. It supports a wide range of operating systems and architectures, including Linux x64, ARM, ARM64, and Windows x64. Additionally, Drone is flexible with programming languages, functioning seamlessly with any language, database, or service that operates in a Docker container, offering the choice of utilizing thousands of public Docker images or providing custom ones. The platform also facilitates the creation and sharing of plugins by leveraging containers to insert pre-configured steps into your pipeline, allowing users to select from hundreds of available plugins or develop their own. Furthermore, Drone simplifies advanced customization options, enabling users to implement tailored access controls, establish approval workflows, manage secrets, extend YAML syntax, and much more. This flexibility ensures that teams can optimize their workflows according to their specific needs and preferences.

Ensure the protection, storage, and stringent management of tokens, passwords, certificates, and encryption keys that are essential for safeguarding sensitive information, utilizing options like a user interface, command-line interface, or HTTP API. Strengthen applications and systems through machine identity while automating the processes of credential issuance, rotation, and additional tasks. Facilitate the attestation of application and workload identities by using Vault as a reliable authority. Numerous organizations often find credentials embedded within source code, dispersed across configuration files and management tools, or kept in plaintext within version control systems, wikis, and shared storage. It is crucial to protect these credentials from being exposed, and in the event of a leak, to ensure that the organization can swiftly revoke access and remedy the situation, making it a multifaceted challenge that requires careful consideration and strategy. Addressing this issue not only enhances security but also builds trust in the overall system integrity.

Stop wasting time attempting to find API keys scattered around, or hacking together configuration tools that you don't know how to use, and stop avoiding access control. Doppler gives your team a single source for truth. The best developers automate all the work. Doppler will make it easy to find frequently-used secrets. You only need to update them once if they change. Your team's single source for truth. Your variables can be organized across projects and environments. You can no longer share secrets via email, Slack, email and git. Your team and their apps will instantly have the secret once you add it. The Doppler CLI, just like git, intelligently determines which secrets to fetch based upon the project directory you're in. No more trying to keep ENV files synchronized! Use granular access controls to ensure that you have the least privilege. Reduce exposure by using read-only tokens for service deployment. Access to only development for contractor? It's easy!

Infrastructure as Code has evolved to allow for the creation, deployment, and management of cloud infrastructure using well-known programming languages and tools. With a unified workflow across multiple cloud platforms, you can utilize the same language and tools no matter where your resources are hosted. Collaboration between developers and operators is streamlined, fostering a harmonious engineering environment. Continuous delivery becomes simple, as you can deploy from the command line or integrate with your preferred CI/CD systems, while also having the ability to review all changes prior to implementation. Navigating through complexity is made easier with enhanced visibility across all environments, allowing for more effective management. You can maintain security and audit trails by tracking who made changes, when alterations occurred, and the reasons behind them, all while enforcing deployment policies through your chosen identity provider. Secrets management is simplified with built-in encrypted configurations to keep sensitive information secure. Define your infrastructure in various familiar programming languages such as JavaScript, TypeScript, Python, Go, or any .NET language like C#, F#, and VB. Utilize your preferred development tools, IDEs, and testing frameworks to enhance productivity. Furthermore, you can codify and share best practices and policies, fostering a culture of reuse and efficiency within your team. This approach not only increases operational effectiveness but also empowers teams to innovate continuously.

Confidant is an open-source service designed for secret management, enabling secure and user-friendly storage and retrieval of sensitive information, developed by the team at Lyft. It addresses the challenge of authentication by leveraging AWS KMS and IAM, which enables IAM roles to create secure tokens that Confidant can validate. Additionally, Confidant oversees KMS grants for your IAM roles, facilitating the generation of tokens for service-to-service authentication and enabling encrypted communication between services. Secrets are stored in an append-only format within DynamoDB, with each revision of a secret linked to a distinct KMS data key, utilizing Fernet symmetric authenticated encryption for security. Furthermore, Confidant features a web interface built with AngularJS, allowing users to efficiently manage their secrets, associate them with services, and track the history of modifications. This comprehensive tool not only enhances security but also simplifies the management of sensitive data across various applications.

Non-Human Identity & Secrets Security Platform. Entro is a pioneer in nonhuman identity management. It allows organizations to use nonhuman identities and secrets securely, while automating the lifecycle of their creation to rotation. Cyber attacks based on secrets are becoming more destructive as R&D teams create more secrets and spread them across different vaults and repositories without any real secret management, monitoring or security oversight. Streamline your non-human lifecycle management. Entro allows security teams to manage and protect non-human identities through automated lifecycle management, seamless integration and a unified interface.

An open-source interface that ensures secure authentication, management, and auditing of non-human access across various tools, applications, containers, and cloud environments is essential for robust secrets management. These secrets are vital for accessing applications, critical infrastructure, and other sensitive information. Conjur enhances this security by implementing precise Role-Based Access Control (RBAC) to manage secrets tightly. When an application seeks access to a resource, Conjur first authenticates the application, then conducts an authorization assessment based on the established security policy, and subsequently delivers the necessary secret securely. The framework of Conjur is built on the principle of security policy as code, where security directives are documented in .yml files, integrated into source control, and uploaded to the Conjur server. This approach treats security policy with the same importance as other source control elements, fostering increased transparency and collaboration regarding the organization's security standards. Additionally, the ability to version control security policies allows for easier updates and reviews, ultimately enhancing the security posture of the entire organization.