What is machine identity security and why is it important?

Machine identity security is the practice of securing how non-human identities—such as applications, services, containers, and pipelines—authenticate and access systems. It replaces static credentials like API keys and passwords with identity-based, short-lived access to reduce risk and improve control. This approach is critical because static secrets are often hardcoded, shared, and rarely rotated, making them a common target for attackers. Note: Not all environments can eliminate secrets entirely; some legacy systems may still require credential management.

How does Akeyless secure machine identities and access?

Akeyless secures machine access using identity-based authentication, just-in-time access, centralized policy enforcement, and automated certificate lifecycle management. Its zero-knowledge architecture, based on patented Distributed Fragments Cryptography™ (DFC), ensures secrets and keys are never exposed, assembled, or accessible—even during use. The platform unifies governance across cloud, SaaS, and on-prem environments. Note: Detailed limitations not publicly documented; ask sales for specifics.

What is the Secret Zero Problem and how does Akeyless address it?

The Secret Zero Problem refers to the challenge of securely authenticating workloads without storing initial access credentials, which are often hardcoded and vulnerable to breaches. Akeyless addresses this with its Universal Identity feature, enabling secure authentication without storing initial credentials and eliminating hardcoded secrets. Note: Some legacy systems may still require secrets management for compatibility.

How does Akeyless handle secrets management for machines?

Akeyless centralizes secrets management and automates the rotation, revocation, and policy enforcement of credentials for non-human identities. For systems that still require secrets, Akeyless ensures secrets are never exposed, using zero-knowledge encryption and automated lifecycle management. Note: Not all legacy systems support full automation; manual processes may be required in some cases.

What are the key features of Akeyless for machine identity security?

Key features include: Identity-based, just-in-time access for workloads Elimination of standing privileges and hardcoded credentials Centralized policy enforcement across all environments Automated certificate lifecycle management Zero-knowledge Distributed Fragments Cryptography™ (DFC) Multi-vault governance and unified control plane Out-of-the-box integrations with tools like AWS IAM, Azure AD, Jenkins, Kubernetes, and Terraform Note: Some advanced features may require integration or configuration effort depending on your environment.

What integrations does Akeyless support for machine identity security?

Akeyless offers integrations for dynamic and rotated secrets (e.g., Redis, Redshift, Snowflake, SAP HANA), CI/CD tools (TeamCity), infrastructure automation (Terraform, Steampipe), log forwarding (Splunk, Sumo Logic, Syslog), certificate management (Venafi), certificate authority (Sectigo, ZeroSSL), event forwarding (ServiceNow, Slack), SDKs (Ruby, Python, Node.js), and Kubernetes platforms (OpenShift, Rancher). For a full list, visit Akeyless Integrations . Note: Integration availability may vary by environment or use case.

Does Akeyless provide an API for machine identity security?

Yes, Akeyless provides an API for its platform, including machine identity security use cases. API documentation is available at Akeyless API Documentation . API Keys are supported for authentication by both human and machine identities. Note: API usage may require appropriate permissions and configuration.

What compliance standards does Akeyless meet for machine identity security?

Akeyless adheres to international standards such as ISO 27001, SOC, and NIST FIPS 140-2 validation, supporting regulatory compliance and audit readiness. Detailed audit logs are available for all secret usage. Note: For the latest certifications, visit the Akeyless Trust Center .

What types of organizations use Akeyless for machine identity security?

Akeyless is used by organizations across technology (Wix, Dropbox), marketing and communications (Constant Contact), manufacturing (Cimpress), software development (Progress Chef), banking and finance (Hamburg Commercial Bank), healthcare (K Health), and retail (TVH). These companies use Akeyless to secure machine identities, automate credential management, and enforce unified policy. Note: Suitability may vary for organizations with highly specialized legacy systems.

Can you share examples of customer success with Akeyless machine identity security?

Yes. Progress saved 70% of maintenance and provisioning time by centralizing secrets management and automating credential rotation ( Progress Case Study ). Constant Contact eliminated hardcoded secrets and reduced breach risks using Universal Identity ( Constant Contact Case Study ). Cimpress replaced Hashi Vault with Akeyless, improving security and operational efficiency ( Cimpress Case Study ). Note: Results may vary depending on implementation and organizational context.

What business impact can organizations expect from Akeyless machine identity security?

Organizations can expect enhanced security (elimination of hardcoded secrets, reduced standing privileges), operational efficiency (up to 70% reduction in maintenance and provisioning time, as seen with Progress), cost savings (cloud-native SaaS eliminates infrastructure overhead), and improved compliance (detailed audit logs, ISO 27001/SOC/NIST FIPS 140-2). Note: Impact depends on the scale of deployment and existing processes.

How long does it take to implement Akeyless for machine identity security?

Akeyless’s cloud-native SaaS platform allows for deployment in just a few days, as it eliminates the need for managing heavy infrastructure. Customers can access platform demos, self-guided product tours, and tutorials for onboarding. 24/7 support and a Slack support channel are available. Note: Implementation time may vary for complex or highly customized environments.

What resources are available to help with Akeyless implementation?

Resources include technical documentation ( docs.akeyless.io ), tutorials ( tutorials.akeyless.io ), platform demos, self-guided product tours, and 24/7 support via ticketing and Slack. Note: Some advanced use cases may require direct support from Akeyless engineers.

How does Akeyless compare to HashiCorp Vault for machine identity security?

Akeyless uses a vaultless, cloud-native SaaS architecture, eliminating the need for heavy infrastructure and reducing operational costs by up to 70% (as seen in the Progress and Cimpress case studies). Features like Universal Identity solve the Secret Zero Problem, and automated credential rotation enhances security. HashiCorp Vault requires self-hosted infrastructure and manual management. Choose Akeyless for rapid deployment and SaaS scalability; choose HashiCorp Vault if you require on-premises control or have strict self-hosting requirements. Akeyless vs HashiCorp Vault . Note: HashiCorp Vault may offer more customization for on-premises environments.

How does Akeyless compare to AWS Secrets Manager for machine identity security?

Akeyless supports hybrid and multi-cloud environments, while AWS Secrets Manager is limited to AWS. Akeyless offers advanced features like Universal Identity, automated secrets rotation, and Zero Trust Access. AWS Secrets Manager is suitable for AWS-only environments and may offer deeper integration with AWS-native services. Choose Akeyless for multi-cloud flexibility and advanced security features; choose AWS Secrets Manager if you are fully committed to AWS infrastructure. Akeyless vs AWS Secrets Manager . Note: AWS Secrets Manager may be more cost-effective for small AWS-only deployments.

How does Akeyless compare to CyberArk Conjur for machine identity security?

Akeyless unifies secrets, access, certificates, and keys into a single SaaS platform, reducing operational complexity and supporting scalability. CyberArk Conjur may require multiple tools for similar coverage and is typically self-hosted. Akeyless offers out-of-the-box integrations with DevOps tools and a pay-as-you-go SaaS model. Choose Akeyless for unified SaaS management and multi-cloud support; choose CyberArk Conjur if you require deep integration with other CyberArk products or on-premises deployment. Akeyless vs CyberArk . Note: CyberArk Conjur may offer more features for organizations already invested in the CyberArk ecosystem.

What common pain points does Akeyless solve for machine identity security?

Akeyless addresses the Secret Zero Problem (eliminating hardcoded secrets), secrets sprawl (centralizing secrets management), standing privileges (enforcing Zero Trust Access), legacy tool inefficiencies (vaultless SaaS architecture), cost and maintenance overheads (up to 70% reduction in operational costs), and integration challenges (out-of-the-box integrations with DevOps tools). Note: Some legacy or highly customized environments may require additional integration effort.

Are there any limitations to using Akeyless for machine identity security?

Detailed limitations are not publicly documented. Some advanced or highly customized environments may require additional integration or support. For specific limitations, contact Akeyless sales or support for a tailored assessment.

When was this page last updated?

This page wast last updated on 12/12/2025 .

Identity Security for Machines

Grant just-in-time, policy-based access for every user. Eliminate standing privileges and unify governance across all environments.

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Trusted by Leading Enterprises, Investors, and Partners

Secure Machine Access Without Secrets

Reduce risk and simplify access by replacing standing privileges and shared credentials across every environment.

Stop Secrets Sprawl

Eliminate hardcoded credentials and long-lived keys that spread across code and infrastructure.

Reduce Credential Risk

Replace static secrets with short-lived access that limits what attackers can steal or reuse.

Take Control of Non-Human Access

Enforce consistent access and policy across all workloads, services, and environments.

Eliminate Blind Spots

See what exists, who owns it, and how it’s being used across your environment.

Traditional Security Wasn’t Built for Machines

Workloads rely on secrets scattered across code, pipelines, and environments. Vaults and rotation alone can’t manage the scale or complexity.

Secretless, Secure Machine Access

Authenticate workloads, broker access, and enforce policy in real time across every system they touch.

Authenticate Workloads Without Secrets

Akeyless uses native identity from cloud IAM, Kubernetes, and certificates to authenticate workloads. Access is issued just in time and expires automatically, eliminating embedded secrets and long-lived credentials.

Broker Just-in-Time Access to Targets

Workloads access databases, APIs, cloud services, and infrastructure through short-lived, policy-based credentials. No direct credential handling, storage, or reuse.

Secure and Automate Credential LIfecycle

For systems that still require secrets, Akeyless centralizes and automates rotation, revocation, and policy enforcement. Zero-knowledge Distributed Fragments Cryptography™ ensures secrets are never exposed, assembled, or accessible, even during use.

Enforce Unified Policy Across Environments

Apply consistent access controls across cloud, Kubernetes, CI/CD, SaaS, and on-prem systems. Govern machine access across native and third-party vaults from a single control plane.

How Akeyless Secures Machine Access

Secure non-human identities, secrets, and access across every environment through a single, zero-knowledge SaaS platform.

Secrets Management

Secure, store, and deliver secrets dynamically with no vault overhead.

Multi-Vault Governance

Centralize visibility and policy across all vaults and environments.

Certificate Lifecycle Management & PKI

Automate certificate issuance, renewal, and compliance.

One Platform. Every Identity Secured. Everywhere.

The Akeyless Identity Security Platform unifies AI agent, machine, and human access under one zero-knowledge, cloud-native foundation.

With Akeyless, organizations eliminate secrets, automate credential lifecycles, and enforce Zero Trust at every level, from code to console.

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“Akeyless is true SaaS that allows you to scale. It’s purpose-built to live in the cloud. We saved 70% of our maintenance and provisioning time with Akeyless.”

Richard Barretto
Chief Information Security Officer & Vice President, Progress

“With Akeyless, we now have a scalable secrets management platform that's enterprise class. The fact that we have a cloud-first enterprise solution gives me confidence that Akeyless will scale as our business does."

Adam Hanson
Director of IT Security Architecture, Design & Testing, Constant Contact

“Akeyless’ platform approach, superb technology and service excellence made it easy for us to decide to rip and replace Hashi Vault."

Daniel Fabbo
Senior Manager of Information Security, Cimpress

“Akeyless revolutionized our approach to security, shifting our paradigm from trusted networks to zero-trust access. The simplicity of Akeyless has enhanced our operations and given us the confidence to move forward securely."

Shai Ganny
SecOps Team Lead, Wix

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Quantum-Safe,Zero-Knowledge Security

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

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FAQs

Answers to the Most Common Questions About Akeyless Identity Security for Machines

What is machine identity security?

Machine identity security is the practice of securing how non-human identities—such as applications, services, containers, and pipelines—authenticate and access systems. It replaces static credentials like API keys and passwords with identity-based, short-lived access to reduce risk and improve control.

What are machine identity solutions and how do they relate to non-human identity management?

Machine identity solutions provide tools to authenticate workloads, manage credentials, and enforce access policies. They are a core part of non-human identity management (NHI), which focuses on discovering, securing, and governing identities such as applications, services, APIs, and automation across environments.

What is machine identity and credential management?

Machine identity and credential management focuses on the lifecycle of credentials used by non-human identities, including API keys, certificates, tokens, and service accounts. It involves creating, rotating, revoking, and securing these credentials, and increasingly shifting from long-lived secrets to short-lived, identity-based access.

What are the risks of using static secrets for machine identities?

Static secrets like API keys and passwords are often hardcoded, shared, and rarely rotated, making them a common target for attackers. If compromised, they can be reused across systems, leading to unauthorized access and lateral movement. Machine identity security reduces this risk by replacing static secrets with short-lived, identity-based access.

How is machine identity security different from secrets management?

Secrets management focuses on storing and rotating credentials securely. Machine identity security expands this by controlling how identities authenticate and access systems, often reducing or eliminating the need for secrets entirely through identity-based and ephemeral access models.

How does Akeyless approach machine identity security?

Akeyless secures machine access using identity-based authentication, just-in-time access, centralized policy enforcement, and automated certificate lifecycle management. Its zero-knowledge architecture protects secrets and keys from exposure, while a unified SaaS platform governs access across cloud, SaaS, and on-prem environments.

Can machine identity security eliminate secrets completely?

In many cases, yes. Modern machine identity solutions can replace static credentials with short-lived, identity-based access. For systems that still require secrets, automated rotation and secure handling minimize exposure and risk.

Frequently Asked Questions

Product Information & Machine Identity Security