KeeperPAM® vs Segura (formerly senhasegura): Comparing PAM solutions
Explore a side-by-side comparison of KeeperPAM and Segura (formerly senhasegura). Learn how each compares across security architecture and PAM capabilities.
Keeper® vs Segura: Which Privileged Access Management (PAM) solution is right for you?
Segura
Security architecture and zero-knowledge encryption
Keeper is a zero-knowledge platform where encryption and decryption occur locally through the Keeper Vault; Keeper's cloud services are not designed to decrypt customer vault data. Each vault record is encrypted with a unique, client-generated AES-256 (GCM) record key, and those keys are wrapped by shared folder keys and a data key to preserve cryptographic separation and least-privilege sharing.
For PAM operations, the Keeper Gateway runs in the customer environment to perform discovery/rotation/connection tasks and maintains an outbound WebSocket connection to the Keeper Router using Keeper's zero-knowledge protocols, supporting controlled access without requiring inbound exposure to target networks.
Segura is built around an enterprise PAM appliance-style architecture with distinct platform components and modules, including a core password/credential vault and access management controls.
In its technical specification, Segura describes storing passwords in the vault using AES-256 with a "double encryption factor," and access to those passwords is mediated through its access management capabilities. This means Segura is not a zero-knowledge vault where the provider is unable to access plaintext under any circumstances; instead, it's a centrally governed PAM model where encryption, policy and workflow controls are enforced by the platform.
Single Sign-On (SSO) and Multi-Factor Authentication (MFA)
Keeper supports SAML 2.0-based SSO, enabling organisations to authenticate users through their existing Identity Provider (IdP) while maintaining Keeper's policy controls for vault access and privileged access.
Keeper also supports role-based enforcement policies, including the ability to require MFA for vault login.
Segura supports enterprise authentication patterns such as SSO and MFA through configured integrations and platform policies.
Segura also supports "identity verification" reauthentication prompts that can require a password and/or an MFA method, depending on configuration.
SCIM provisioning
Keeper supports SCIM provisioning to automate onboarding and offboarding and keep access aligned with identity lifecycle changes in the IdP.
SCIM can also synchronise users and groups/teams to reduce manual administration and help prevent lingering access after role changes or departures.
Segura documents SCIM-based identity synchronisation through a REST API that is compatible with tools supporting SCIM 2.0.
Provisioning behavior depends on the organisation's IdP configuration and how Segura is implemented.
Role-Based Access Control (RBAC) and policy management
Keeper enforces least-privilege access and separation of duties with granular role enforcement policies, delegated administration and governance controls across users, teams and shared vault resources.
KeeperPAM further segments privileged access by environment through PAM configuration boundaries, enabling distinct controls for network zones, business units and operational teams.
Segura applies RBAC and policy controls to govern privileged access workflows. Policies are commonly designed around controlling who can request, retrieve or use privileged credentials and how those actions are audited.
Just-In-Time (JIT) access and approval workflows
KeeperPAM supports time-bound and JIT access patterns that reduce standing privilege by applying policy at the moment access is granted and used.
For interactive access, enforcement happens through the Keeper Gateway during the session, so controls remain in effect throughout privileged activity, not only at initial access.
Segura supports governed privileged access workflows where users can request access and approvers can authorise actions such as credential retrieval, depending on configuration.
Secret vaulting and automatic rotation
Keeper stores privileged credentials and secrets in an encrypted vault, keeping governance consistent across password management, PAM and secrets use cases.
Automated password rotation can be applied to reduce credential reuse and shrink exposure windows, while DevOps-oriented workflows are supported through Keeper Secrets Manager for application and infrastructure secrets.
Segura centrally manages privileged credentials as part of PAM governance and supports lifecycle controls that can include password rotation, depending on target integrations and configuration.
Segura also offers DevOps Secret Manager (DSM), with scope and implementation dependent on the product set deployed.
Privileged session management, recording and audit trails
KeeperPAM brokers privileged access so organisations can avoid distributing passwords and instead control how access is established, monitored and audited.
Session recordings are encrypted and managed by the customer-operated Keeper Gateway, and access to view recordings is governed by role-based policies and the user's permissions to the corresponding Keeper record.
Segura emphasises privileged session governance, including monitoring and recording as part of audit and compliance workflows.
Session controls and recording behavior vary based on which session/proxy components are enabled and how remote session parameters are configured.
Threat detection, alerts and integrations
Keeper strengthens security operations with continuous, auditable event logging across admin activity, end-user actions, sharing changes and authentication events. These events can be streamed in real time to Security Information and Event Management (SIEM) platforms from the Keeper Admin Console, giving security teams the visibility they need to correlate Keeper activity during investigations and response workflows.
KeeperPAM supports encrypted session recording and playback across privileged sessions, helping organisations accelerate investigations, strengthen oversight and simplify compliance. KeeperAI extends this capability by automatically monitoring and analysing privileged sessions, evaluating commands and activity in real time, generating an encrypted session summary for review and automatically terminating high-risk sessions based on configured threat thresholds and pattern detection.
Segura's approach centers on monitoring, recording and audit reporting as the primary sources of investigation and compliance evidence, including the ability to review recorded sessions and drill into session activity such as commands/keystrokes, clipboard activity and file transfers (depending on protocol support).
For security operations integration, Segura supports sending events to SIEM using standard formats, including Syslog (RFC 5424) and CEF.
DevOps and engineering workflows
Keeper is designed for environments where engineers rely on automation and native tools while security teams require centralised controls. Keeper supports CI/CD and platform integration through Secrets Manager SDKs and documented CI/CD integrations and broader automation through Keeper Commander (CLI/SDK) for Vault, Admin and PAM workflows.
Segura provides API-driven integrations for PAM workflows and also offers DevOps Secret Manager (DSM), with APIs for retrieving application and pipeline secrets. The engineering experience varies based on how organisations implement brokered sessions, credential workflows or both within their deployment.
Database and infrastructure access
KeeperDB supports passwordless database access by brokering connections through the Keeper Gateway and injecting ephemeral credentials so users don't view or handle database passwords.
KeeperDB Proxy extends this approach to common database clients, allowing DevOps teams and DBAs to keep their preferred tools while maintaining access governance and auditability.
Segura supports privileged access patterns across infrastructure, with database workflows depending on how credential release and session governance are implemented.
The extent to which users can use native tools versus proxied access paths depends on the deployment architecture and the selected access method.
Compliance and certifications
Keeper is FedRAMP High Certified and GovRAMP High Authorised.
Keeper also maintains a broad compliance portfolio that supports security, privacy and regulatory requirements across commercial and public-sector environments. Keeper holds certifications and attestations, including SOC 2, SOC 3, ISO/IEC 27001, ISO/IEC 27017 and ISO/IEC 27018, and helps organisations support compliance with requirements such as GDPR, CCPA, HIPAA and SOX, as well as industry standards, including PCI DSS.
Segura is not FedRAMP Certified or GovRAMP Authorised.
Segura publishes compliance and assurance information through its Trust Center, listing SOC 2 Type II and SOC 3 Type II reports, as well as ISO/IEC 27001 and ISO/IEC 27701 certifications, and it references alignment with privacy frameworks and regulations such as GDPR, CPRA and LGPD.
Patents
Keeper has been issued 10 U.S. patents, with four additional patents pending, reflecting continued investment in applied security and authentication methods.
Segura does not publish a comparable issued/pending U.S. patent summary in its Trust Center.
*Data as of March 25, 2026
Keeper vs Segura: User ratings and reviews
Segura
iOS App Store
4.9 out of 5 and 224K Reviews
No dedicated app
Microsoft Store
4.9 out of 5 and 1.46K Reviews
No dedicated app
Chrome Extension
4.8 out of 5 and 8.5K Reviews
3.8 out of 5 and 6 Reviews
Android
4.7 out of 5 and 110K Reviews
No reviews
*Data as of March 25, 2026
Choose a platform built for what's ahead
Keeper provides a unified zero-trust identity security platform that helps enterprises strengthen security and meet complex compliance requirements. Backed by zero-knowledge security, Keeper enables organisations to simplify operations and protect privileged access at scale.
Frequently asked questions
How does Keeper compare to Segura for zero-knowledge security?
Keeper is built on a zero-knowledge architecture, where vault data is encrypted and decrypted client-side. Segura is typically implemented as a centrally governed PAM platform focused on controlling and auditing privileged workflows rather than a zero-knowledge, vault-first model.
Is KeeperPAM a full Privileged Access Management (PAM) solution?
Yes, KeeperPAM provides a complete PAM platform, including privileged credential vaulting, JIT access, session brokering and recording, secrets management and automated credential rotation, all delivered through a zero-knowledge, cloud-native architecture.
Does Keeper support SSO the way Segura does?
Both platforms support enterprise SSO. Keeper supports SAML-based SSO, so users authenticate through the organisation's IdP while Keeper policies continue to govern vault and privileged access behavior; Segura also supports SSO integrations, with configuration and user experience depending on deployment and enabled options.
How does Keeper compare to Segura for privileged access threat detection?
KeeperAI analyses privileged sessions on the Keeper Gateway and generates encrypted session summaries to help security teams triage activity and reduce manual session review. Segura's detection and investigation approach typically relies on monitoring, recording and audit logs as primary evidence, with alerting and integration patterns depending on how organisations operationalise PAM signals.
Which is easier to deploy: KeeperPAM or Segura?
KeeperPAM is typically faster to deploy because it uses a gateway-based, outbound connectivity model and is designed to be agentless for target systems, so teams can start brokering access without rolling out agents across servers. Segura deployments can require more infrastructure planning when organisations implement centralised proxy/session components for monitoring and recording, which often adds architecture and sizing work.