Akeyless Vault

Basic Information

Akeyless Vault is a unified platform for secrets management, secure remote access, and data protection. It secures credentials, certificates, and keys across DevOps tools, cloud platforms, and hybrid environments.

• Model: Platform-based solution, not a single model.
• Version: The platform is continuously updated. Recent component versions include API Gateway 4.40.0 (released November 9, 2025) and CLI 1.133.0 (released November 9, 2025).
• Release Date: The company was founded around 2019. An enterprise solution was available by July 22, 2020.
• Minimum Requirements:
  • Akeyless Secure Remote Access (SRA) Pods: 1 CPU (1000m), 2 GiB Memory.
  • Standalone Gateway: 1 vCPU, 2GB RAM with Docker installed on Linux or Windows.
  • Kubernetes: Version 1.19 or higher for the native injector, 1.21 or higher for Secrets Management Authentication and policy segregation, 1.10 or higher for External KMS, and 1.16 or higher for External Secrets Operator.
• Supported Operating Systems:
  • Desktop Application: Windows, macOS (Ventura, Monterey, Big Sur).
  • Gateway: Linux or Windows (with Docker).
  • The platform is multi-platform compatible and cloud-agnostic.
• Latest Stable Version: API Gateway 4.40.0, CLI 1.133.0 (as of November 9, 2025).
• End of Support Date: Not publicly specified by Akeyless.
• End of Life: Not publicly specified by Akeyless.
• Auto-update Expiration Date: Not publicly specified by Akeyless.
• License Type: Proprietary. Offers free-forever and custom plans.
• Deployment Model: Primarily SaaS (cloud-native), with Hybrid SaaS options utilizing on-premise gateways for zero-knowledge encryption and control over secrets within private infrastructure. An on-premises software appliance variant was also mentioned in 2020.

Technical Requirements

Akeyless Vault's technical requirements vary based on the deployment component, focusing on efficient resource utilization for its "Vaultless" architecture.

• RAM: 2 GiB for Secure Remote Access (SRA) pods and 2GB for Standalone Gateway deployments.
• Processor: 1 CPU (1000m) for SRA pods and 1 vCPU for Standalone Gateway.
• Storage: The platform manages a secrets store and an encrypted key/value store. Specific storage capacity requirements are not detailed, as it is a SaaS platform.
• Display: Standard display for web-based user interfaces.
• Ports: For Standalone Gateway, network port 8000 is used for the Gateway Console, HashiCorp Vault Proxy (HVP), and Akeyless V1/V2 REST API. Port 5696 is used for the KMIP Server. These ports should be open for internal network access only.
• Operating System: Windows and macOS (Ventura, Monterey, Big Sur) for the Desktop Application. Linux or Windows with Docker for the Gateway. Kubernetes environments require versions 1.10 to 1.21 or higher, depending on the specific Akeyless component.

Analysis of Technical Requirements

The technical requirements for Akeyless Vault are generally lightweight, reflecting its cloud-native and SaaS-first design. The minimal CPU and RAM specifications for gateway and SRA pods indicate an architecture optimized for scalability and reduced infrastructure overhead. The platform leverages Docker for gateway deployment, simplifying setup across various operating systems. Kubernetes version compatibility ensures integration with modern container orchestration environments. The emphasis on internal network access for gateway ports highlights a secure-by-design approach, limiting external exposure. The "Vaultless" approach aims to minimize the need for heavy, dedicated infrastructure, contrasting with traditional vault solutions.

Support & Compatibility

Akeyless Vault offers broad compatibility and support, designed for hybrid and multi-cloud environments.

• Latest Version: API Gateway 4.40.0 and CLI 1.133.0 (as of November 9, 2025).
• OS Support: Supports Windows and macOS for desktop applications, and Linux or Windows for gateway deployments via Docker. The platform is multi-platform compatible and cloud-agnostic, integrating with various cloud providers and on-premises systems.
• End of Support Date: Not publicly specified by Akeyless.
• Localization: English is the supported language.
• Available Drivers: Provides SDK support and integrates with a wide range of DevOps and security tools, including GitHub, GitLab, AWS IAM, Azure AD, Okta, Kubernetes, and various CI/CD pipelines.

Analysis of Overall Support & Compatibility Status

Akeyless Vault demonstrates strong support and compatibility, particularly for modern, distributed IT landscapes. Its cloud-agnostic nature and extensive integration capabilities allow it to fit seamlessly into diverse hybrid and multi-cloud environments. The provision of SDKs and integration with major identity providers and DevOps tools simplifies adoption and workflow automation. While specific end-of-support dates are not publicly detailed, the continuous release cycle of new versions and features suggests ongoing development and maintenance. The platform's focus on "Vaultless" secrets management aims to reduce the operational burden often associated with managing traditional vault infrastructure.

Security Status

Akeyless Vault prioritizes robust security through its unique architecture and comprehensive features.

• Security Features: Distributed Fragments Cryptography (DFC™) for zero-knowledge encryption, unified secrets management, secure remote access, dynamic secrets, automated key rotation, Role-Based Access Control (RBAC), audit logs, multi-cloud Key Management Service (KMS), encryption-as-a-service, tokenization, and Hardware Security Module (HSM) integration. It supports just-in-time ephemeral access permissions.
• Known Vulnerabilities: No specific known vulnerabilities are publicly highlighted in the provided information.
• Blacklist Status: The Akeyless Gateway implements a blocklist for restricting Access IDs.
• Certifications: FIPS 140-2 certified, SOC 2 Type 2, ISO 27001, and GDPR compliant.
• Encryption Support: Employs Zero-Trust Encryption and patented Distributed Fragments Cryptography (DFC™), where encryption keys are split into fragments and never exist as a whole, even during encryption/decryption. One fragment remains under customer control, ensuring zero-knowledge. It also offers Encryption-as-a-Service.
• Authentication Methods: Supports unified authentication with external Identity Providers such as Azure AD, Okta, and AWS IAM. Other methods include SAML, OIDC, LDAP, IAM, JWT, and Kubernetes authentication. Multi-factor authentication (MFA) is supported. API Key Authentication is available but recommended to be avoided in production environments.
• General Recommendations: Utilize dynamic secrets with the Principle of Least Privileges (PoLP). Implement rotated secrets for breakglass admin credentials. For production, prefer Universal Identity for on-premise environments or Cloud Service Provider (CSP) IAM for workloads, and SAML or OIDC for human access, rather than API Key Authentication.

Analysis on the Overall Security Rating

Akeyless Vault boasts a strong security posture, primarily driven by its innovative Distributed Fragments Cryptography (DFC™) and zero-knowledge architecture. This design fundamentally prevents any single entity, including Akeyless itself, from accessing complete encryption keys, significantly mitigating the risk of data breaches. The platform's FIPS 140-2, SOC 2 Type 2, ISO 27001, and GDPR certifications underscore its commitment to high security and compliance standards. Features like dynamic secrets, automated rotation, RBAC, and comprehensive audit trails enforce least privilege and provide granular control and visibility over secrets. The support for various robust authentication methods, including MFA and integration with leading identity providers, further strengthens access control. The recommendation to avoid API Key Authentication in production environments highlights a best-practice security approach. Overall, Akeyless Vault offers an enterprise-grade security solution designed for modern, distributed IT environments.

Performance & Benchmarks

Akeyless Vault emphasizes efficiency and scalability, particularly through its SaaS and "Vaultless" architecture.

• Benchmark Scores: Specific benchmark scores are not publicly available.
• Real-world Performance Metrics:
  • Gateway Pods: Capable of handling between 70 to 100 simultaneous connections (e.g., SSH, database, other applications) under recommended resource allocation.
  • Web Dispatcher Pods: Can handle hundreds of simultaneous connections, efficiently distributing the load.
  • Web Worker Pods: Each pod is designed to handle one secure web connection.
  • Deployment Speed: Offers significantly faster time-to-market and quicker onboarding compared to competitors, avoiding lengthy deployment processes.
  • Operational Efficiency: Customers report saving up to 70% in maintenance and provisioning time.
• Power Consumption: Not publicly specified.
• Carbon Footprint: Not publicly specified.
• Comparison with Similar Assets: Frequently positioned as a modern, SaaS-native alternative to traditional vault solutions like HashiCorp Vault. Akeyless highlights advantages in ease of deployment, scalability, lower Total Cost of Ownership (TCO), and its unique DFC technology.

Analysis of the Overall Performance Status

Akeyless Vault's performance is characterized by its cloud-native, "Vaultless" design, which aims for high scalability and operational efficiency. The architecture, particularly with its lightweight gateways and distributed cryptography, is built to handle a significant number of simultaneous connections and secret requests without the overhead of traditional vault infrastructure. While explicit benchmark scores are not provided, the reported real-world benefits, such as faster deployment times and substantial reductions in maintenance effort, suggest a highly optimized and performant system. The platform's ability to seamlessly integrate and scale across hybrid and multi-cloud environments further underscores its robust performance capabilities, making it suitable for dynamic DevOps and enterprise needs.

User Reviews & Feedback

User reviews and feedback for Akeyless Vault generally highlight its strengths in security, ease of use, and operational efficiency.

• Strengths: Users appreciate its robust security features, particularly the zero-trust encryption and Distributed Fragments Cryptography (DFC™) which provides a high level of data protection. The user-friendly interface, seamless integration capabilities with existing DevOps tools and cloud platforms, and overall scalability are frequently cited benefits. Many find it cost-effective due to reduced operational overhead and simplified management compared to traditional vault solutions. The platform's ability to efficiently manage secrets and protect sensitive data is a key strength. Customer support is also noted as exceptional.
• Weaknesses: Some feedback indicates that the developer community around Akeyless's product is smaller compared to more established alternatives like HashiCorp Vault. Additionally, obtaining advanced features or specific configurations may require engaging in a sales process. Certain advanced functionalities, such as built-in Secure Remote Access, might require an additional license upgrade.
• Recommended Use Cases: Akeyless Vault is recommended for securing DevOps credentials, managing access to production resources, secrets management across hybrid and multi-cloud environments, and implementing secure remote access. It is well-suited for CI/CD pipelines, configuration management, container orchestration, and protecting both machine and human identities.

Summary

Akeyless Vault is a comprehensive and modern secrets management platform designed for the complexities of hybrid and multi-cloud environments. Its core strength lies in its innovative "Vaultless" architecture, powered by patented Distributed Fragments Cryptography (DFC™), which ensures a zero-knowledge security model where encryption keys are never held as a whole, even by Akeyless itself. This unique approach, coupled with FIPS 140-2, SOC 2 Type 2, ISO 27001, and GDPR certifications, provides a robust security foundation.

The platform excels in ease of deployment and scalability, primarily offered as a SaaS solution with hybrid options for on-premise control. This leads to significant operational efficiencies, including faster time-to-market and reduced maintenance overhead, with users reporting up to 70% savings in provisioning time. It supports a wide array of operating systems and integrates seamlessly with major DevOps tools, cloud providers, and identity management systems, making it highly compatible with existing IT infrastructures.

Key features such as dynamic secrets, automated key rotation, granular Role-Based Access Control (RBAC), and comprehensive audit logs enhance its security posture and provide detailed visibility. While specific performance benchmarks are not extensively publicized, its architecture is designed for high concurrency, handling numerous simultaneous connections efficiently.

User feedback generally praises its strong security, user-friendly interface, and cost-effectiveness. However, some users note a smaller developer community compared to competitors and that advanced features may involve additional licensing or sales engagement.

In conclusion, Akeyless Vault is an excellent choice for organizations seeking a highly secure, scalable, and operationally efficient secrets management solution, particularly those operating in dynamic hybrid and multi-cloud environments. Its "Vaultless" approach and zero-knowledge encryption offer a compelling advantage for protecting sensitive credentials and access. It is highly recommended for DevOps, security, and IT teams looking to streamline secrets management, enhance security posture, and reduce operational complexities.

The information provided is based on publicly available data and may vary depending on specific device configurations. For up-to-date information, please consult official manufacturer resources.