October 12, 2026
Posted by Alon Bar
Summary:
The top PAM solutions in 2026 include Akeyless, CyberArk, BeyondTrust, Delinea, Keeper, and Teleport. Buyers should compare platforms based on deployment architecture, just-in-time (JIT) access and Zero Standing Privilege (ZSP), support for human and non-human identities, audit and compliance capabilities, and operational overhead. Modern PAM increasingly extends beyond password vaulting to identity-driven, temporary privileged access across hybrid, multi-cloud, DevOps, machine, and AI environments.
Top PAM Solutions for Enterprise Environments
The top PAM solutions now address much more than administrator passwords. Enterprises are managing privileged access across cloud infrastructure, Kubernetes, databases, SaaS, DevOps pipelines, machine identities, and increasingly AI agents. As a result, buyers need to evaluate not only vaulting and session management but also JIT access, Zero Standing Privilege, machine identity support, deployment complexity, and governance.
This guide compares Akeyless, CyberArk, BeyondTrust, Delinea, Keeper, and Teleport using those practical criteria.
What Buyers Will Learn:
- How to evaluate PAM solutions for enterprise environments
- Which capabilities matter when comparing PAM vendors
- How leading PAM platforms differ in deployment, JIT access, machine identity, TCO, and compliance
- Which PAM approaches fit cloud-native and hybrid environments
What to Look for in a PAM Solution
The best PAM solutions should protect privileged access across human and non-human identities while minimizing standing privilege and operational complexity. Buyers should evaluate deployment architecture, machine identity coverage, JIT access, total cost of ownership, and the auditing and security controls required by their organization.
Deployment Model and Infrastructure
PAM may be delivered as SaaS, self-hosted software, or a hybrid architecture. SaaS can reduce infrastructure and upgrade responsibilities, while self-hosted approaches may suit organizations requiring greater operational control. Buyers should account for gateways, proxies, databases, appliances, high availability, upgrades, and disaster recovery, not simply licensing.
Machine Identity Support
Privileged identities increasingly include workloads, service accounts, applications, CI/CD pipelines, automation, and AI agents. PAM platforms should therefore govern non-human identity alongside administrator access and support automated authentication and credential lifecycle management without creating another identity silo.
Just-in-Time Access and Least Privilege
JIT access grants privilege only when required and removes it when the task or approved window ends. Zero Standing Privilege goes further by seeking to eliminate persistent privileged entitlements. Evaluate whether a PAM platform applies these principles consistently across infrastructure, cloud identities, humans, and machines.
Total Cost of Ownership
PAM TCO includes more than subscription or license costs. Infrastructure, implementation, upgrades, integrations, professional services, administrative effort, and scaling requirements all affect long-term cost. Architecture can therefore be as important as licensing when comparing platforms.
Compliance and Security Requirements
PAM should provide granular access policy, traceable privileged activity, session monitoring where required, and audit evidence. Regulated organizations should also evaluate relevant certifications, encryption architecture, data residency, deployment requirements, and integration with SIEM, identity governance, and security operations.
PAM Vendor Comparison
| PAM Platform | Deployment Model | Machine Identity Support | JIT / ZSP | TCO Considerations | Compliance & Audit |
|---|---|---|---|---|---|
| Akeyless | SaaS with customer-side Gateway | Human, machine, workload and AI identities | Identity-based JIT, ephemeral access and no-standing-privilege patterns | SaaS control plane reduces PAM infrastructure and maintenance | Central policy, session recording, audit and Zero-Knowledge architecture |
| CyberArk | SaaS and self-hosted options | Human, machine, workload and AI identity use cases | JIT and ZSP capabilities | Broad platform; deployment and TCO depend heavily on selected services and architecture | Extensive privileged session, governance and compliance capabilities |
| BeyondTrust | Cloud and on-premises options | Human and non-human identities | JIT, adaptive access and ZSP capabilities | Multiple PAM and identity-security products can be combined according to use case | Session monitoring, recording and searchable audit trails |
| Delinea | Cloud platform plus hybrid/on-premises capabilities | Human, machine and AI identities | JIT and ZSP with expanding runtime authorization | Platform approach spans multiple identity-security capabilities | Centralized authorization, session and audit controls |
| Keeper | Cloud/SaaS with Keeper Gateway | Human, machine and cloud privileged access | Time-bound JIT workflows and ZSP capabilities | SaaS model can reduce traditional PAM infrastructure requirements | Session recording, approvals, audit and governance integrations |
| Teleport | Teleport Cloud or self-hosted | Humans, workloads, bots and AI/automation use cases | JIT role/resource access requests | Cloud or self-managed architecture; operational requirements vary by model | Audit, session recording and infrastructure compliance controls |
PAM Vendor Summaries
CyberArk
CyberArk remains a broad enterprise identity-security platform with deep roots in traditional PAM. CyberArk is now part of Palo Alto Networks, which completed its acquisition in February 2026, and its identity security solutions continue to be offered as a standalone platform. Its current strategy extends privileged controls across human, machine and AI identities, including JIT and Zero Standing Privilege, and CyberArk has been encouraging migration from self-hosted PAM toward its cloud Identity Security Platform. It is well suited to organizations seeking extensive enterprise identity-security capabilities, although buyers should evaluate the architecture, services and operational footprint required for their particular deployment.
BeyondTrust
BeyondTrust combines Password Safe, Privileged Remote Access, Entitle and other capabilities through its Pathfinder Platform. Password Safe supports human and non-human privileged credentials, JIT access, session monitoring and audit, while Privileged Remote Access focuses heavily on secure employee and third-party connectivity. BeyondTrust offers both cloud and on-premises deployment options, making it relevant to hybrid and traditional environments as well as organizations modernizing toward ZSP.
Delinea
Delinea has expanded beyond traditional Secret Server-centric PAM toward a broader identity-security platform for human, machine and AI identities. Delinea completed its acquisition of StrongDM in March 2026, adding JIT runtime authorization and developer-oriented infrastructure access to that strategy. Delinea is therefore increasingly relevant to cloud-native access scenarios as well as traditional PAM, although buyers should evaluate how its platform components fit their existing credential, access and infrastructure architecture.
Keeper
KeeperPAM has continued evolving beyond password management and vaulting. In 2026, Keeper introduced Workflow for time-bound, approved privileged access and expanded Keeper Privileged Cloud for JIT privilege elevation across AWS IAM, Microsoft Entra ID, GCP, Okta and Active Directory. Keeper can appeal to organizations looking for SaaS-based PAM with a familiar vault model while adding stronger Zero Standing Privilege and identity-governance workflows.
Teleport
Teleport focuses on identity-based access to infrastructure such as SSH servers, Kubernetes, databases, cloud resources and applications. Teleport Enterprise supports JIT resource and role requests, while Machine ID provisions short-lived identities for workloads and automation. Recent releases have expanded identity investigation and AI-agent-oriented capabilities. It is particularly relevant to engineering and cloud-native infrastructure teams, with both Teleport Cloud and self-hosted deployment models available.
Why Akeyless for Modern PAM
Akeyless Modern PAM takes an identity-first approach to privileged access rather than beginning with persistent privileged accounts and passwords. Users authenticate through their existing identity provider and receive policy-controlled access to SSH, RDP, databases, Kubernetes, cloud environments and web applications only when needed.
The platform combines Secure Remote Access with secrets management, machine identity, certificate lifecycle management and other secrets and access capabilities through a SaaS control plane and customer-side Gateway. This allows organizations to reduce separate infrastructure and security-tool silos while extending the same access policies across humans, machines, workloads and emerging AI use cases.
Akeyless also emphasizes ephemeral credentials and Zero Standing Privilege. Instead of making long-lived credentials the default access mechanism, credentials and permissions can be issued dynamically and revoked when the session or task ends.
For organizations modernizing hybrid and multi-cloud access, this provides a path from traditional vault-centric PAM toward modern PAM built around identity, temporary privilege and automation.
Ready to see modern PAM in action? Book a personalized Akeyless PAM demo.
Key Takeaways for Choosing PAM Solutions
- Architecture matters. Compare SaaS, hybrid and self-hosted operational requirements, not just feature lists.
- JIT is becoming mainstream. CyberArk, BeyondTrust, Delinea, Keeper, Teleport and Akeyless all now offer mechanisms designed to reduce standing privilege.
- Machine identity is part of PAM. Service accounts, workloads, pipelines and AI agents increasingly require the same governance rigor as human administrators.
- Look beyond vaulting. Credential storage remains important, but modern PAM also requires dynamic authorization, ephemeral access and automated revocation.
- Evaluate real TCO. Include infrastructure, integrations, upgrades and administration alongside licensing.
- Match the platform to your environment. Traditional enterprise estates, engineering-centric infrastructure and cloud-native environments can have very different PAM requirements.
Frequently Asked Questions
What should I look for in a PAM solution?
Look for strong identity integration, granular authorization, JIT privileged access, machine identity support, session and audit capabilities, and a deployment architecture that fits your environment. Also evaluate how much infrastructure and administration the platform requires and whether it can reduce standing privileges across both human and non-human identities.
What are the best PAM platforms for cloud environments?
Cloud environments benefit from PAM platforms that support ephemeral infrastructure, APIs, automation, workloads and multiple cloud providers. Akeyless, CyberArk, BeyondTrust, Delinea, Keeper and Teleport all address cloud privileged access in different ways. Buyers should compare how each platform handles JIT access, machine identities, deployment infrastructure and cloud-native workflows.
How do modern PAM solutions differ from legacy PAM?
Traditional PAM centered primarily on discovering privileged accounts, vaulting passwords, rotating credentials and monitoring administrator sessions. Modern PAM extends those controls with identity-driven access, JIT privilege, Zero Standing Privilege, automation, cloud and Kubernetes access, and support for machines and workloads that may never use a traditional administrator account.
How does just-in-time access improve PAM security?
JIT access reduces the time during which privileged access exists. Instead of maintaining permanent administrator permissions, access is granted for an approved task or period and then revoked. This reduces the standing attack surface and supports least-privilege and Zero Trust strategies, particularly in dynamic cloud and DevOps environments.
How should I compare PAM vendors?
Start with your required resources, identities and deployment model. Then compare JIT and ZSP capabilities, machine identity coverage, supported protocols, session controls, audit requirements, integrations and operational overhead. A feature checklist alone can miss important architectural differences, so include infrastructure and ongoing administration when assessing total cost of ownership.
Move From Standing Privilege to Modern PAM
Privileged access is expanding beyond administrators to developers, workloads, automation and AI agents. Your PAM strategy needs to expand with it.
Book My PAM Demo and see how Akeyless delivers identity-based, just-in-time privileged access across modern enterprise environments.
