Keeper is built with engineers in mind

Gain control over your Keeper environment with purpose-built developer tools, SDKs and native integrations.

Secrets management for developers and DevOps teams

VS Code extension

Keeper Secrets Manager for VS Code brings secure vault access directly into the development workflow, allowing developers to save, retrieve and generate secrets without leaving their editor. With support for both Keeper Commander CLI and Secrets Manager, plus secure command execution and built-in secret detection, teams can eliminate hard-coded credentials while maintaining zero-knowledge security.

Secrets Manager SDK

Accelerate development with Keeper Secrets Manager SDKs, designed for fast, lightweight and secure secrets retrieval across modern application stacks. Integrate secrets into your applications with minimal code while maintaining zero-knowledge encryption and high performance.

[Supported SDKs: Java/Kotlin, JavaScript, Python, .NET, Go, Ruby, Rust]

Secrets Manager CLI

The Keeper Secrets Manager CLI enables secure, machine-based access to secrets directly from terminals, scripts and automation pipelines. Capabilities include secrets retrieval, environment variable injection, configuration initialization and shell execution support.

Commander SDK

The Keeper Commander SDKs for .NET and Python provide programmatic access to the Keeper Vault, Enterprise Admin Console and Secrets Manager. They enable secure credential management, enterprise policy control and automation at scale, allowing organizations to embed Keeper’s zero-trust security into custom applications and DevOps workflows.

Secrets Manager integrations

Keeper Secrets Manager integrates natively with popular CI/CD platforms, container environments and orchestration tools, including Kubernetes, allowing secrets to be injected securely at runtime without hard-coded credentials or workflow disruption.

SSH Key Management

Keeper SSH Key Management centralises SSH key storage, access control and lifecycle management. It includes automated rotation, Role-Based Access Controls (RBAC), audit logging and secure browser-based access. No private keys exposed. No VPN required.

SSH Agent

Keeper’s SSH Agent dynamically loads SSH keys from the encrypted vault into memory-only sessions, eliminating persistent local key storage while enabling seamless terminal-based access.

Shell integrations

The Keeper Secrets Manager exec command injects secrets into environment variables at runtime, allowing any script, binary or system call to securely implement secrets without application code changes.

Terraform Provider

The Keeper Secrets Manager Terraform Provider enables Terraform configurations to securely reference secrets stored in the Keeper Vault, preventing plaintext secrets in state files or source control.

Automated password rotation

Keeper supports automated credential rotation through configurable rotation workflows and extensible PAM scripts. Organizations can use built-in scripts, develop custom logic or leverage community-supported integrations.

Account Discovery

Keeper Discovery identifies privileged accounts, service accounts and credential dependencies across infrastructure, helping security and DevOps teams eliminate blind spots and reduce risk.

Git commit signing

Keeper enables secure storage and use of GPG and SSH signing keys to support verified Git commits, protecting repositories from impersonation and unauthorized code changes.

Multi-protocol Connections

Keeper Connections provides secure, credential-free access to servers, databases and web applications directly from the Keeper Vault. Credentials are injected at runtime and never exposed to end users.

SaaS rotation plugins

Extend Keeper with plugins that enable automated credential rotation for SaaS applications and third-party services. Integrate rotation workflows into proprietary systems, internal tools and unsupported platforms to maintain continuous credential hygiene without manual intervention.

Remote Browser Isolation

Keeper Remote Browser Isolation executes web sessions in a remote environment to protect users from web-based threats. Credentials can be injected securely without being transmitted to or stored on endpoint devices.

Tunneling

Keeper Tunneling enables secure access to internal services and databases through encrypted tunnels while continuing to use native client tools and without exposing network resources publicly.

Agentic AI

Keeper Secrets Manager supports secure secret access for AI agents via the Model Context Protocol (MCP), enabling automated workflows while maintaining zero-trust and zero-knowledge security.

Automate and control your Keeper environment

Commander CLI

Keeper Commander is a full-featured command-line interface with an interactive supershell that enables secure, scriptable and repeatable workflows across vault and administrative operations, including user management, reporting, credential rotation, connections and tunneling.

Commander Service Mode API

Deploy Keeper Commander as a self-hosted REST API service to integrate the Keeper Vault and administrative capabilities with third-party systems while preserving zero-knowledge encryption.

Provisioning and Account Management APIs

Keeper Admin API

The Keeper Admin API provides access to event logs, compliance data, reporting metrics and administrative insights via a flexible REST API interface.

Account Management API for MSPs

MSPs can use the Account Management API to manage tenants, subscriptions, trials and usage metrics across customer environments.

Family Provisioning API

MSP partners can provision complimentary Keeper Family Plans for eligible end users through a dedicated API endpoint.

Student Provisioning API

Educational institutions can provision Keeper Student accounts at scale using the Student Provisioning API.

SCIM API

Keeper supports SCIM 2.0 for automated user provisioning, deprovisioning, group management, shared folder access and policy enforcement.

Killercoda

Killercoda is an interactive learning platform that provides hands-on, practical learning experiences for many Keeper dev tools.

Learn More

Join the Community

Keeper Github Repo

SDKs and tools for the Keeper Security platform: Commander CLI, Secrets Manager and third-party integrations.

Github Repo

Apache Guacamole

Keeper's connection management solutions are commercially supported capabilities powered by Apache Guacamole, developed by its original creators.

Apache Guacamole

Slack Channel

Share your knowledge, discover best practices and stay informed with exclusive updates and insights directly from the Keeper team.

Join the Slack Channel

Frequently asked questions

How does Keeper Secrets Manager deliver secrets to applications?

Keeper Secrets Manager delivers secrets at runtime using SDKs, the CLI or shell execution. Secrets are retrieved just in time from the encrypted vault and injected into applications or processes without being hard-coded into source code, config files or images.

Do applications ever store secrets locally?

No, secrets are never written to disk by default. They are retrieved securely at runtime and held in memory only for the duration of the process, supporting zero-trust and zero-knowledge security models.

What’s the difference between using an SDK and the CLI?

SDKs are designed for applications that need programmatic access to secrets within code. The CLI is ideal for scripts, automation, CI/CD pipelines and operational workflows where secrets are needed without modifying application code.

Can I use Keeper Secrets Manager in CI/CD pipelines?

Yes, Keeper integrates natively with popular CI/CD platforms and also supports pipeline usage via the CLI and shell execution. Secrets can be injected securely at runtime without exposing them in pipeline configuration files or logs.

What SDKs and languages are supported?

Keeper Secrets Manager supports Java/Kotlin, JavaScript, Python, .NET, Go, Ruby and Rust. Additional access methods are available through the CLI and shell integrations.

How does Keeper handle SSH key access without exposing private keys?

SSH keys are stored encrypted in the Keeper Vault and loaded dynamically into memory-only sessions using the Keeper SSH Agent. Private keys are never written to disk or exposed to end users.

How does Keeper support AI agents and automated workflows?

Keeper supports secure secret access for AI agents using the Model Context Protocol (MCP), allowing agents to retrieve secrets dynamically while enforcing zero-trust and zero-knowledge security controls.