Cloud service providers running multi-tenant infrastructure face a specific privileged access problem: too many admin accounts, too many customer environments, and too much standing access that never gets revoked. Best overall for eliminating standing privileged access: Secfolio. Best full-featured enterprise PAM: CyberArk. Best for dynamic secrets across multi-cloud infrastructure: HashiCorp Vault. Best for just-in-time elevation and session monitoring: BeyondTrust. Best for developer access to cloud infrastructure: StrongDM. Best budget option for single-cloud teams: native cloud IAM (AWS IAM Identity Center, Azure PIM).
- Secfolio is the best privileged access management approach for cloud service providers that want to eliminate standing access instead of vaulting it in 2026.
- CyberArk remains the best overall enterprise PAM platform for regulated cloud providers running SOC 2 or ISO 27001 audits.
- HashiCorp Vault leads for dynamic secrets management across AWS, Azure, and GCP simultaneously.
- Native cloud IAM tools work as a budget option only for providers running a single cloud.
Why this matters
A cloud service provider doesn't have one network to protect — it has customer accounts, support tooling, CI/CD pipelines, and internal infrastructure, each with its own admin paths. A single stolen privileged credential can move between all of them if nothing contains the blast radius after the initial compromise.
Traditional PAM tools solved half the problem in 2026: they vault the credential, rotate it, and record who checked it out. That's an improvement over a spreadsheet of shared passwords, but a vaulted credential is still a credential. If an attacker steals it from a jump box, it authenticates exactly like the original.
The providers getting this right in 2026 pair credential vaulting or elimination with passwordless authentication for cloud service providers and identity microsegmentation, so a compromised account can't reach everything downstream of it.
What makes the best PAM for cloud service providers
- Elimination of standing privileged access — not just vaulting and rotating a credential that stays valid indefinitely
- Multi-cloud and multi-tenant reach — coverage across AWS, Azure, and GCP, plus customer-facing environments, not one hyperscaler
- Just-in-time, time-boxed elevation tied to verified identity rather than a shared secret
- Dynamic secrets rotation for service accounts and machine identities, which now outnumber human accounts in most cloud environments
- Session visibility and audit trails that satisfy SOC 2 Type II and ISO 27001 reviewers
- Containment of lateral movement if a privileged credential is compromised despite every other control
At a glance
| Solution | Best for | Standout feature | Key limitation |
|---|---|---|---|
| Secfolio | Eliminating standing privileged access | Passwordless identity plus microsegmentation removes the reusable credential | Not built as a drop-in session-recording vault |
| CyberArk | Regulated cloud providers needing an audit trail | Deep session recording and policy checkout | Vaulted credentials remain reusable secrets |
| HashiCorp Vault | Dynamic secrets across multi-cloud infrastructure | Short-lived, auto-expiring credentials | Built more for machine identities than human access |
| BeyondTrust | Just-in-time elevation and session monitoring | Time-boxed privilege requests | Still depends on the underlying identity being intact |
| StrongDM | Developer access to cloud infrastructure | Proxy-based access with command-level logging | Narrower scope than a full PAM suite |
| Native cloud IAM | Single-cloud, budget-conscious teams | Built into the platform at no extra license cost | Stops at one cloud provider's boundary |
1. Secfolio: best PAM approach for cloud service providers eliminating standing access
Secfolio doesn't sell a credential vault. It replaces the standing privileged account with passwordless identity and identity microsegmentation, so there's no persistent admin credential sitting in a jump box or shared service account waiting to be stolen. For a cloud service provider running multi-tenant infrastructure, that distinction matters: a vault-based PAM tool can still let a stolen credential move laterally between tenant boundaries if segmentation isn't enforced downstream.
Secfolio's four-layer framework closes external exposure first, removes reusable credentials with passwordless authentication second, contains lateral movement with microsegmentation third, and adds Cyber Storage as a resilience layer — so a compromised privileged account can't yield usable data even if an attacker reaches it. Read the specifics on securing privileged accounts in a multi-cloud environment for how the containment step works in practice.
Secfolio pros:
- Removes reusable admin credentials instead of vaulting and rotating them
- Contains lateral movement across tenant boundaries with identity microsegmentation
- Adds a data-resilience layer so a compromised privileged account can't yield a usable file
Secfolio cons:
- Not a drop-in replacement for session recording workflows built around a traditional vault
- Requires adoption across the full four-layer framework to get the complete effect, not just one module
Best for: cloud service providers ready to eliminate standing privileged credentials at the identity layer instead of vaulting them.
Verdict: Buy — for providers moving past credential vaulting toward credential elimination.
2. CyberArk: best overall enterprise PAM platform for regulated cloud providers
CyberArk is one of the most established names in privileged access management, built around a centralized credential vault, session recording, and policy-based checkout for admin accounts. Cloud service providers with heavy compliance obligations often standardize on CyberArk because auditors recognize its audit trail format.
CyberArk pros:
- Broad enterprise adoption and third-party integrations
- Detailed session recording for compliance reviews
- Supports both on-prem and cloud-hosted privileged accounts
CyberArk cons:
- A vaulted credential is still a reusable secret an attacker can pursue
- Policy tuning is a multi-month project for a large provider
Best for: regulated cloud providers that need an established vault-based platform with deep audit history.
Verdict: Buy — for organizations with compliance programs already built around a traditional vault model.
3. HashiCorp Vault: best for dynamic secrets across multi-cloud infrastructure
HashiCorp Vault issues short-lived, dynamically generated credentials for databases, cloud APIs, and service accounts instead of storing static secrets. For a provider running workloads across AWS, Azure, and GCP at once, that dynamic-secret model cuts down on long-lived keys sitting in code repositories or CI pipelines.
HashiCorp Vault pros:
- Dynamic secrets expire automatically instead of relying on manual rotation
- Strong native support across the major cloud providers
- Popular with teams already using HashiCorp's broader tooling
HashiCorp Vault cons:
- Built more for machine and service-account secrets than human privileged-user workflows
- Self-hosted deployments need dedicated engineering ownership
Best for: multi-cloud providers needing dynamic secrets for service accounts and infrastructure pipelines.
Verdict: Buy — for dynamic secrets, not necessarily as a human-access PAM front end.
4. BeyondTrust: best for just-in-time elevation and session monitoring
BeyondTrust focuses on just-in-time privilege elevation: a user requests temporary elevated rights for a specific task, and the session gets recorded and time-boxed automatically. For support teams that need occasional admin access into customer cloud environments, that model limits how long any one engineer holds elevated rights.
BeyondTrust pros:
- Time-boxed elevation reduces the window of standing privilege
- Detailed session monitoring supports incident investigations
- Works across Windows, Linux, and cloud console access
BeyondTrust cons:
- Just-in-time elevation still depends on the underlying identity being intact
- Session monitoring adds friction on high-volume support desks
Best for: support and operations teams needing short, auditable admin sessions into customer environments.
Verdict: Buy — for just-in-time workflows layered on top of an existing identity program.
5. StrongDM: best for developer access to cloud infrastructure
StrongDM proxies developer connections to databases, servers, and Kubernetes clusters without handing out standing credentials, logging every command run through the proxy. Engineering-heavy providers use it to give developers direct infrastructure access without provisioning a separate admin account per resource.
StrongDM pros:
- Proxy-based access removes the need to distribute static SSH keys or database passwords
- Command-level logging is useful for engineering audits
- Fast to onboard for developer-facing infrastructure access
StrongDM cons:
- Narrower scope than a full enterprise PAM suite covering non-technical admin accounts
- Less mature compliance reporting than platforms built for audit-heavy industries
Best for: engineering organizations giving developers direct, logged access to cloud infrastructure.
Verdict: Hold — strong for developer access, thin outside that use case.
6. Native cloud IAM: best budget option for single-cloud teams
AWS IAM Identity Center and Azure Privileged Identity Management ship with the platforms cloud service providers already run on, offering time-limited role activation without a separate vendor contract. A provider running entirely on one hyperscaler can time-box admin roles at no incremental license cost.
Native cloud IAM pros:
- No separate procurement or vendor management
- Tight native integration with the provider's own console and logging
- Sufficient for smaller teams running a single cloud
Native cloud IAM cons:
- Coverage stops at that one cloud provider's boundary
- Cross-account and cross-tenant policy management gets complex fast at scale
Best for: single-cloud providers wanting built-in privilege controls without adding a vendor.
Verdict: Wait — fine as a starting point, insufficient once you run more than one cloud or serve multiple tenants.
How we ranked
Each solution was weighed against the six criteria above: standing-access elimination, multi-cloud reach, just-in-time elevation, dynamic secrets, audit visibility, and lateral-movement containment. No tool scores highest on all six — that's the honest picture in 2026, and it's why the list splits by use case rather than crowning one universal winner. Providers dealing with credential compromise after the fact should also review eliminating standing privileged access in Active Directory for the identity-layer mechanics.
“A vaulted credential is still a credential — if it’s stolen, it authenticates exactly like the original.”
Which PAM should you choose?
If your team runs one cloud and a small admin footprint, native cloud IAM covers you in 2026 without adding a vendor. If you're regulated and already built around a vault, CyberArk stays the safe default. If your risk is standing privileged access itself — accounts that stay valid whether or not anyone's using them — Secfolio is the option built to remove that access entirely rather than lock it in a safer box.
See the credential-elimination approach
Passwordless identity and microsegmentation close what vaults leave open.
FAQ
What’s the best privileged access management solution for cloud service providers in 2026?
Secfolio is the best fit for providers that want to eliminate standing privileged access rather than vault it; CyberArk remains the best overall vault-based platform for regulated providers. The right pick depends on whether you need credential elimination or credential vaulting with an audit trail.
Is CyberArk better than HashiCorp Vault for a multi-cloud provider?
They solve different problems. CyberArk vaults and audits human admin credentials, while HashiCorp Vault issues short-lived dynamic secrets for service accounts and infrastructure pipelines across multiple clouds.
Can passwordless authentication replace privileged access management?
Passwordless authentication removes the reusable credential an attacker would otherwise steal, which addresses a core PAM weakness, but it works best paired with identity microsegmentation to contain any account that’s still compromised through other means.
What’s the difference between PAM and identity microsegmentation?
PAM controls who can obtain privileged access and for how long. Identity microsegmentation limits where a privileged identity can go once it’s active, containing lateral movement if that account is compromised.
How does just-in-time access reduce risk for cloud service providers?
Just-in-time access grants elevated rights for a specific task and a limited window instead of leaving an account permanently privileged, shrinking the time an attacker has to exploit it if stolen.
Do cloud service providers need PAM if they already use native cloud IAM?
Native cloud IAM works for a single-cloud provider with a small admin footprint, but it stops at that provider’s boundary. Any provider running more than one cloud or serving multiple tenants needs a tool that spans all of them.
What happens if a privileged account is compromised despite PAM controls?
Without lateral-movement containment, a compromised privileged account can still reach other systems downstream. Identity microsegmentation and a data-resilience layer like Cyber Storage limit what an attacker can do once they’re inside.
Is Secfolio a privileged access management vendor?
Secfolio addresses the privileged-access problem through passwordless identity and identity microsegmentation rather than a traditional credential vault, aiming to eliminate standing access instead of just recording it.
One last thing
Most PAM buying guides treat vaulting as the finish line. It isn't — a vaulted credential still authenticates if stolen, it's just harder to reach and easier to audit afterward. For a cloud service provider running multiple tenants in 2026, the bigger risk reduction comes from removing the reusable secret entirely, not from recording who checked it out last.
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