Keeper Security Recognized in PAM Magic Quadrant™ and as Second Fastest Growing Security Company Globally
Learn MoreBoth Keeper and BeyondTrust are recognized Privileged Access Management (PAM) leaders, but they differ significantly in architecture, encryption, compliance depth, deployment models and security track records. See how they compare.
Keeper delivers KeeperPAM® as a single, unified platform. One vault, one admin console and one policy engine cover enterprise password management, secrets management, privileged session management, Remote Browser Isolation (RBI) and endpoint privilege management.
All capabilities share the same zero-knowledge architecture, the same encrypted vault and the same reporting infrastructure. There are no separate products to integrate, no inconsistent interfaces to navigate and no professional services required to reach a production-ready state.
BeyondTrust is a well-established PAM leader whose product suite spans Password Safe, Privileged Remote Access (PRA), Endpoint Privilege Management and the Pathfinder Platform, each with its own interface, data storage and administrative model.
BeyondTrust has made meaningful progress toward unifying these under the Pathfinder console, but the underlying products remain separate, and integration between them relies on API connections.
Keeper is built on a true zero-knowledge, zero-trust architecture. All encryption is performed client-side before data reaches Keeper's servers. Keeper has no technical ability to access customer vault data, credentials or secrets, and neither does anyone else. Every record is protected by a unique AES-256 encryption key generated locally on the user's device.
Based on publicly available documentation, BeyondTrust does not employ a zero-knowledge encryption model.
Keeper has implemented quantum-resistant encryption using the CRYSTALS-Kyber algorithm, a NIST-standardized post-quantum cryptographic standard, helping to future-proof customer data against the threat of quantum computing attacks on current encryption.
Keeper's cryptographic module is also FIPS 140-3 validated by the NIST Cryptographic Module Validation Program.
Based on publicly available information as of April 2026, BeyondTrust has not publicly implemented or announced quantum-resistant encryption.
BeyondTrust achieves FIPS 140-3 compliance for its Remote Support and Privileged Remote Access products through the use of third-party FIPS 140-3 validated cryptographic modules within its appliances, rather than through an independently validated proprietary cryptographic module.
Keeper is FedRAMP High Certified and GovRAMP High Authorized, the highest level of federal and state government authorization, hosted on AWS GovCloud with U.S.-only data storage and a sequestered U.S. Persons-only support team.
Keeper is FIPS 140-3 validated, SOC 2 Type II, SOC 3, and ISO 27001, 27017 and 27018 certified, and supports ITAR and FDA 21 CFR Part 11 compliance.
Based on publicly available information, BeyondTrust holds FedRAMP Moderate Certified Authorization and is not FedRAMP High or GovRAMP High Authorized.
BeyondTrust holds SOC 2 and ISO 27001 certifications for commercial enterprise deployments.
Keeper has never experienced a data breach. Keeper's zero-knowledge, zero-trust architecture means there is no central store of decryptable credentials for attackers to target. Even in the event of a server-level compromise, the data stored on Keeper's infrastructure is cryptographically inaccessible without the encryption keys that never leave the user's device.
BeyondTrust has faced a series of critical vulnerabilities in its remote access products. In December 2024, the Chinese state-sponsored group Silk Typhoon exploited a zero-day in BeyondTrust's platform to breach the U.S. Treasury.
In February 2026, a second critical pre-authentication remote code execution vulnerability (CVE-2026-1731, CVSS 9.9) was disclosed in BeyondTrust Remote Support and Privileged Remote Access, was actively exploited in ransomware attacks and added to CISA's Known Exploited Vulnerabilities catalog. Approximately 8,500 on-premises instances were exposed to the internet at the time of disclosure. BeyondTrust patched cloud customers automatically, but self-hosted customers required manual remediation.
Keeper deploys in three steps: provision users through Single Sign-On (SSO) and SCIM or Active Directory, set role-based policies and install a lightweight containerized gateway in target environments. The gateway is outbound-only and requires no inbound firewall changes, no dedicated servers and no on-premises infrastructure beyond the gateway itself.
Most organizations are fully operational within a day. No professional services are required, though they are available for complex migrations.
BeyondTrust supports both cloud and on-premises deployment. Cloud deployments have streamlined the setup process, but deploying the full BeyondTrust suite, particularly Password Safe alongside Privileged Remote Access, typically involves a multi-component installation, dedicated infrastructure and professional services engagements.
Keeper provides KeeperAI, an agentic AI engine embedded within KeeperPAM that monitors active privileged sessions in real time, analyzes keystroke logs and command execution, classifies behavior by risk level and automatically terminates sessions when a threat is detected.
Built on a Sovereign AI framework, each organization retains full data ownership with flexible on-premises or cloud LLM deployments, including OpenAI, Azure OpenAI, Google Vertex AI and Anthropic.
BeyondTrust has introduced AI capabilities through its True Privilege™ graph, an AI-powered visualization of identity attack paths that helps security teams identify and prioritize hidden privilege escalation routes across human and non-human identities.
BeyondTrust has also announced an agentic AI solution for extending PAM controls to AI agents.
Keeper provides KeeperDB, a built-in database management interface inside the Keeper Vault. Privileged users can securely query and manage MySQL, PostgreSQL and Microsoft SQL Server databases without credentials touching a local device.
Every session runs inside Keeper Remote Browser Isolation, is fully recorded and is governed by centralized least-privilege policies with a complete audit trail from a single console.
Based on publicly available documentation, BeyondTrust supports database credential management through Password Safe, including credential vaulting, automated rotation and session management for database accounts.
BeyondTrust does not offer a native browser-based database management interface comparable to KeeperDB.
Keeper Secrets Manager is a fully cloud-based, zero-knowledge secrets management solution requiring no on-premises components. It secures API keys, SSH keys, certificates and CI/CD pipeline credentials with built-in automated rotation.
Keeper Secrets Manager integrates natively with Terraform, Kubernetes, GitHub Actions and Jenkins, supports the Model Context Protocol (MCP) for AI tool integrations and provides over 100 out-of-the-box DevOps integrations.
Based on publicly available documentation, BeyondTrust manages secrets through Password Safe, which includes credential vaulting, automated rotation and secrets management for infrastructure. Password Safe's approach is primarily vault-centric: credentials are pre-created, stored and rotated on a schedule or based on policy parameters, rather than generated dynamically on demand per session.
BeyondTrust offers integrations with DevOps tooling, including a Terraform provider, a GitHub Actions custom action and a Kubernetes sidecar integration, but these are focused on retrieving pre-stored secrets from the vault rather than generating ephemeral credentials at request time.
Keeper Enterprise Password Manager is designed for every user in the organization, not just IT administrators. Accessible via a web vault, desktop apps for Windows, Mac and Linux, mobile apps for iOS and Android and browser extensions for all major browsers, Keeper delivers a consistent, intuitive experience across every platform.
KeeperFill autofills passwords, passkeys and 2FA codes. BreachWatch® monitors the dark web for exposed credentials, and every enterprise user receives a free Keeper family plan.
BeyondTrust Password Safe and its Workforce Passwords feature have expanded to cover non-technical users, but the platform's design primarily prioritizes administrative control, auditing and privileged access.
BeyondTrust offers a Password Safe mobile app for iOS and Android that covers privileged credentials, secrets and Workforce Passwords, but it requires an existing enterprise Password Safe installation and administrator configuration before any user can access it.
Keeper's Advanced Reporting & Alerts Module (ARAM) tracks over 300 auditable events across the entire platform, including vault activity, privileged sessions, secrets access and policy changes, with real-time alerting and direct Security Information and Event Management (SIEM) integration into CrowdStrike Falcon, Microsoft Sentinel, Google Security Operations and Splunk.
Keeper's Compliance Reporting module provides consolidated, audit-ready reports for SOC 2, HIPAA, PCI DSS and ISO 27001, all from the same console.
BeyondTrust offers reporting and auditing across its product suite, with SIEM integrations and session recording. The company has moved to address historical fragmentation through its Pathfinder platform, which provides a shared login and cross-product navigation across its SaaS products.
However, individual products retain their own reporting interfaces and separate data structures. PRA session data, for example, requires a dedicated integration client and its own database connection to surface in BeyondInsight.
*Data as of April 14, 2026
iOS App Store
4.9 out of 5 and 224K Reviews
3.1 out of 5 and 52 Reviews**
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
3.3 out of 5 and 4 Reviews
Android
4.7 out of 5 and 110K Reviews
2.4 out of 5 and 391 Reviews
*Data as of April 14, 2026
BeyondTrust ratings reflect the BeyondTrust Support application.
KeeperPAM delivers a zero-knowledge architecture, quantum-resistant encryption, FedRAMP High Authorization and AI-powered threat detection, all in a single cloud-native platform that deploys in minutes, not months.
The core difference is architecture and the deployment model. Keeper is built on a true zero-knowledge, zero-trust architecture, meaning Keeper has no technical ability to access customer vault data. BeyondTrust does not offer zero-knowledge encryption, which is a meaningful distinction for regulated environments and organizations evaluating their blast radius in the event of a compromise.
Keeper is also FedRAMP High Certified, while BeyondTrust holds FedRAMP Moderate. Keeper has implemented quantum-resistant encryption (CRYSTALS-Kyber); BeyondTrust has not. KeeperPAM deploys as a unified, cloud-native platform in minutes, without the professional services engagements and multi-component infrastructure that BeyondTrust deployments typically require.
Keeper's zero-knowledge architecture means all encryption happens on the user's device before data reaches Keeper's servers. Keeper cannot decrypt vault contents, credentials or secrets, and attackers cannot decrypt them even if Keeper's infrastructure were compromised. Every record is protected by its own unique AES-256 key generated locally.
BeyondTrust does not use zero-knowledge encryption. Its centralized credential vault means BeyondTrust has technical access to stored data, and a compromised vault gives attackers simultaneous access to passwords, SSH keys and session tokens for an organization's most sensitive systems. This architectural difference is why BeyondTrust's platform has been a repeated target for state-sponsored threat actors, including the December 2024 U.S. Treasury breach attributed to the Chinese state-sponsored group Silk Typhoon and the February 2026 CVE-2026-1731 ransomware exploitation.
Yes, Keeper is FedRAMP High Certified and GovRAMP High Authorization, placing it among a small number of solutions cleared for the most sensitive U.S. government workloads. Keeper is also FIPS 140-3 validated, SOC 2 Type II, SOC 3 and ISO 27001, 27017 and 27018 certified, and supports ITAR and FDA 21 CFR Part 11 compliance programs. Keeper Security Government Cloud runs on AWS GovCloud with U.S.-only data storage and a sequestered U.S. Persons-only support team.
BeyondTrust holds FedRAMP Moderate Certified Authorization. For agencies and contractors where FedRAMP High is a procurement requirement, Keeper is the choice.
Keeper's zero-knowledge, zero-trust architecture fundamentally limits the impact of any potential compromise. Because all encryption happens on the user's device and Keeper's servers hold only ciphertext that cannot be decrypted without user-held keys, a server-level breach cannot expose readable vault data. Keeper has maintained a clean security record.
BeyondTrust's remote access products have experienced a pattern of critical vulnerabilities. CVE-2026-1731, a pre-authentication remote code execution flaw with a CVSS score of 9.9, was disclosed in February 2026 and actively exploited in ransomware attacks within 24 hours of a proof-of-concept being published. This followed the December 2024 breach of the U.S. Treasury via a BeyondTrust zero-day. Approximately 8,500 on-premises instances were exposed to the internet at the time of the CVE-2026-1731 disclosure. BeyondTrust patched cloud instances automatically, but self-hosted customers required manual remediation.
KeeperPAM deploys in three steps: provision users through your SSO and SCIM or Active Directory, set role-based policies in the Admin Console and install a lightweight containerized gateway in your target environments. The gateway is outbound-only and requires no inbound firewall changes or dedicated servers. Most organizations are fully operational within a day without requiring professional services.
BeyondTrust deployments, particularly when deploying Password Safe alongside Privileged Remote Access, typically involve a multi-component installation, dedicated infrastructure and professional services engagements. Complete migrations for larger enterprise environments have been documented to span several months. For organizations that need to be operational quickly or lack large dedicated IT teams for PAM administration, this difference in time to value is significant.
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