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Secure Secrets at Machine Scale

Replace static secrets across cloud, Kubernetes, CI/CD, and applications with identity-based authentication and just-in-time access. No secrets in code. No vault overhead.

Trusted by Leading Enterprises, Investors, and Partners

Reduce Risk. Increase Control.

Eliminate sprawl, stop credential exposure, and take control of how secrets are used across your environment.

Eliminate Secrets Sprawl

Remove hardcoded credentials and long-lived secrets from code, pipelines, and infrastructure.

Stop Credential Exposure

Ensure credentials are never exposed, shared, or persist beyond their use.

Take Control of Your Secrets

Automate rotation, access, and policy enforcement across every environment.

Reduce Cost and Complexity

Reduce operational burden with a fully managed, scalable platform.

Modern Secrets Management, Done Right

The leading SaaS-native secrets management solution built for modern DevOps, hybrid cloud, and AI workloads. Securing 220B+ machine interactions.

Just-in-Time, Secretless Security

Issue credentials only when needed, without storing secrets in code or pipelines. Akeyless integrates with IDEs and CI/CD workflows to inject access securely at runtime for applications, workloads, and AI agents.

Manage Every Secret Type and Lifecycle

Secure static, dynamic, and short-lived secrets, along with API keys and certificates. Automate rotation, access, and policy enforcement with full visibility into how secrets are used.

Zero-Knowledge by Design

Distributed Fragments Cryptography™ (DFC™) splits encryption keys across regions and providers, so no single party, including Akeyless, can access them. Secrets are never exposed, assembled, or held in full.

Built for Cloud, Kubernetes, and AI Workloads

Apply consistent secrets management across AWS, Azure, GCP, Kubernetes, and on-prem systems. Native integrations secure modern pipelines, AI automation, and distributed services.

Effortless to Adopt and Scale

A fully managed SaaS platform, Akeyless removes the overhead of provisioning, scaling, and upgrading vault infrastructure while delivering enterprise-grade security and performance.

Simplify Secrets Management

Our cloud-native SaaS secrets manager provides comprehensive visibility and control with hardware-level security for all secret types across multiple cloud and DevOps environments.

Traditional Secrets
Managers vs. Akeyless

Legacy secrets managers were built around vault infrastructure and manual control. Akeyless replaces this with a SaaS, zero-knowledge model built for automation and scale.

The Problem

Traditional secrets managers can’t keep up with modern environments

The Solution

Akeyless Secrets Manager delivers

How Akeyless Secrets Management Works

Explore key features of the Akeyless Secrets Management solution

One Platform. Every Identity Secured. Everywhere.

Secrets, machine identities, certificates, privileged access, and AI agents all require consistent control across modern environments. Managing them separately creates gaps in security, policy, and visibility.

Akeyless unifies Privileged Access, Secrets Management, KMS, Certificate Lifecycle Management, and AI agent security into a single SaaS platform with one policy engine and centralized governance across every identity.

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Supporting a Broad Ecosystem of Integrations

Auditing and Compliance

Quantum-Safe,Zero-Knowledge Security

Patented Distributed Fragments Cryptography™ and hybrid post-quantum encryption keep secrets and data secure.

FAQs

Answers to the Most Common Questions About Secrets Management

What is secrets management, and why do I need it?

Secrets management is the practice of securely storing, distributing, and rotating credentials, such as API keys, passwords, certificates, and tokens, that control access to systems, applications, and data. Secrets management is essential for reducing the attack surface and preventing breaches in dynamic, cloud-native, and hybrid environments.

A secrets management platform enforces least privilege, zero trust, and compliance through access control, just-in-time access, and detailed audit logs. That way, secrets are not vulnerable to hardcoding, sprawl, or overuse.

Akeyless manages a wide range of secrets, including static credentials (passwords, API keys, tokens), dynamic secrets (ephemeral DB or SSH credentials), and certificates. It supports both human and machine identities, enabling just-in-time access and automated expiration. Secrets can be stored, retrieved, and rotated programmatically on Akeyless, helping teams eliminate hardcoded secrets and reduce their attack surface across pipelines and infrastructure.

Yes. Akeyless is designed for hybrid and multi-cloud environments. Its SaaS-based architecture lets you manage secrets across AWS, Azure, GCP, Kubernetes, on-prem data centers, and edge locations—without deploying or maintaining vault servers. With unified policy enforcement, audit logging, and integrations across environments, Akeyless ensures consistent security and governance of secrets wherever your workloads reside.

Yes. Akeyless is SOC 2 Type II and ISO 27001 certified, demonstrating strong controls for data security, availability, and confidentiality. It also uses FIPS 140-2 validated cryptographic modules to secure your secrets at rest and in transit. These certifications ensure the platform meets the security and compliance needs of regulated industries, including finance, healthcare, and critical infrastructure.

Akeyless is designed for large-scale, security-critical environments. It offers robust access controls, dynamic and just-in-time secrets, zero-standing privileges (ZSP™), and deep integrations with identity providers and DevOps tools. Its patented DFC™ encryption ensures zero-knowledge security, while its SaaS-native architecture delivers high availability without the burden of infrastructure management. Akeyless’ role-based access control, detailed audit logs, and compliance-ready encryption also make it ideal for complex enterprise requirements.

Yes. Akeyless is 100% SaaS and cloud-native, meaning there’s no need to deploy or maintain vault servers. Its distributed architecture uses secure proxy agents and DFC™ encryption to deliver high availability and zero-trust access without storing any sensitive data. This architecture supports rapid scaling, seamless updates, and global performance, making it ideal for modern DevOps and hybrid cloud environments.

Developers and DevOps teams value Akeyless for its simple, API-first design, GitOps-friendly workflows, and deep integrations with tools such as Terraform, Kubernetes, Jenkins, and CI/CD pipelines. Akeyless automates credential injection, rotation, and ephemeral access without hardcoding secrets, and its SaaS model means no infrastructure burden. Akeyless’ zero-knowledge encryption also ensures compliance and security without slowing development.

When evaluating solutions, consider the following factors: security architecture (zero-knowledge, encryption model), deployment type (SaaS vs. self-hosted), automation (JIT access, dynamic secrets), and compliance support. Akeyless stands out among secrets management solutions for its patented DFC™ encryption, zero-trust ZSP™, and a SaaS model that eliminates infrastructure burden. For a deeper breakdown, read our build vs. buy guide.

Akeyless unifies secret storage, access, automation, and governance into a single, SaaS-based platform. It supports static and dynamic secrets, password rotation, just-in-time access, RBAC, policy enforcement, audit logs, and integrations with leading DevOps tools. Its design and zero-trust model also reduce operational risk and complexity. And with support for hybrid-cloud, compliance mandates, and high availability, Akeyless delivers complete lifecycle secrets management at scale, so you won’t need another solution to make it perform.

Yes. Akeyless offers migration tools and services to assist teams in transitioning from open-source or self-hosted vaults. You can import existing secrets, roles, and access policies via APIs or automation scripts. Once migrated, you gain the benefits of SaaS, including zero-maintenance infrastructure, built-in HA, dynamic secrets, and zero-knowledge encryption, without the operational overhead of managing vault clusters.