Both Keeper and Evo Security help MSPs enforce least privilege, but they differ significantly in platform scope, governance depth, session visibility, compliance coverage and cross-platform support. See how they compare.
Keeper is a unified identity security platform that brings enterprise password management, secrets management, privileged session management, Remote Browser Isolation (RBI), vendor privileged access and endpoint privilege management together under a single zero-knowledge architecture. One vault, one admin console and one policy engine govern every access decision.
MSPs deploy Keeper across hundreds of tenants from a single console, with fully isolated Managed Company environments and centralized policy control. There are no separate products to integrate and no professional services required to standardize Keeper.
The platform is designed to scale from a small-business client to a regulated enterprise customer without requiring a different tool at each threshold.
Evo Security combines Multi-Factor Authentication (MFA), Single Sign-On (SSO), RADIUS, technician elevation and end-user elevation in a single platform. With one agent, one dashboard, mobile approval workflows and a training mode for policy observation, it is designed to streamline identity and elevation management for MSPs supporting SMB clients.
Its primary focus is workstation-level identity and elevation workflows. Based on publicly available documentation, organizations that also need privileged credential management, secrets management, infrastructure access governance or session recording will need to supplement Evo with additional tools.
Keeper enforces least-privilege access through layered, identity-based policy controls. Organizations can apply MFA, justification prompts, time-limited access and multi-party approvals by role, tenant or resource type. Access is Just-In-Time (JIT) by design, eliminating standing privileges. KeeperPAM enforces controls at the machine and session levels, while Keeper Endpoint Privilege Manager extends governance to process-level elevation on employee endpoints. Every access event is tied to a verified identity and the policy that authorized it.
Evo's enforcement model is based on technician-driven approval workflows. End users submit elevation requests, technicians review the associated risk and context and access is approved or denied accordingly. Rule-based automation can also be applied to trusted applications, helping streamline decisions over time.
This approach is geared toward basic elevation control and approval management. More complex approval chains, escalation models and time-scoped access policies are not platform features.
Keeper records privileged sessions end to end with keystroke logging, video session recording and immutable audit trails that can be shared with clients or provided during regulatory reviews. SIEM-ready telemetry and native integrations with CrowdStrike Falcon, Microsoft Sentinel, Google Security Operations and Splunk allow privileged activity data to flow into existing security operations without manual exports or separate integration work.
KeeperAI® continuously monitors active privileged sessions, analyzes behavior in real time and classifies activity by risk level. When a threat is detected, sessions can be terminated automatically.
During a client dispute, compliance audit or breach investigation, MSPs have a complete, client-shareable record of actions taken during each elevated session, not just proof that access was approved.
Evo captures elevation event data such as the application, the requesting user, the risk assessment and the approval outcome. This provides useful visibility for operational reporting, trend analysis and documenting least-privilege processes.
Its audit trail is focused on the approval event. Detailed visibility into post-approval activity during an elevated session is not a core part of that model.
Keeper is built on a zero-knowledge, zero-trust architecture. All encryption takes place on the client device before data reaches Keeper's infrastructure, which means Keeper cannot access customer vault data, credentials or secrets. Each record is secured with a unique AES-256 encryption key generated locally on the user's device.
Keeper also supports quantum-resistant encryption through Kyber Hybrid Key Encapsulation Mechanisms (KEM), a post-quantum cryptography standard selected by NIST. Furthermore, the cryptographic module is FIPS 140-3 validated.
Evo's platform applies standard encryption controls to identity and elevation workflows, and its use of Microsoft Secure Desktop helps protect privileged interactions at the endpoint level.
Publicly available materials emphasize workstation-level elevation security and authentication controls. Organizations evaluating requirements such as zero-knowledge encryption, FIPS 140-3 validated cryptography or quantum-resistant encryption should confirm support for those standards as part of their review.
Keeper is FedRAMP High Certified and GovRAMP High Authorized and is hosted in AWS GovCloud with U.S.-only data storage and a dedicated U.S. Persons-only support team, giving MSPs and their clients full data sovereignty. Keeper's compliance portfolio includes CMMC 2.0, HIPAA, PCI DSS, SOC 2 Type II, ISO 27001, ISO 27017, ISO 27018, GDPR, NIS2 and ITAR. Keeper's cryptographic module is also FIPS 140-3 validated.
For MSPs expanding into healthcare, financial services, legal, education or government environments, Keeper supports evolving compliance demands without requiring a platform change. And because customer data never leaves a defined, auditable boundary, MSPs can make concrete data sovereignty guarantees to clients in regulated industries.
Evo references SOC 2 compliance and has published guidance on how MSPs can use the platform to support CMMC alignment. The platform's operational simplicity makes it practical to deploy in lower-maturity environments where compliance overhead can be a barrier to adoption.
Based on publicly available information, Evo does not hold FedRAMP, GovRAMP, FIPS 140-3 or ISO 27001 certifications. MSPs with regulated clients, particularly those in federal contracting, healthcare or financial services, will find that Evo's compliance coverage does not meet their requirements.
Keeper applies a consistent privilege policy model across Windows, macOS and Linux endpoints while extending that governance across servers, cloud accounts, databases and SaaS applications. The same vault, admin console and audit trail support credential management and automated rotation across on-premises, hybrid and cloud environments without requiring separate tools for each layer.
For MSPs managing mixed operating systems or cloud-first client environments, that consistency reduces operational complexity. There is no separate toolset for macOS and Windows, no distinct policy framework for Linux and no gap between endpoint controls and infrastructure governance.
Evo's End User Elevation is centered on Windows Secure Desktop and the Windows User Account Control (UAC) model. In Windows-based SMB environments, that focus can make deployment more straightforward and align well with existing technician workflows.
Organizations with macOS or Linux endpoints, or broader access governance needs across servers and cloud, may need tools beyond Evo. This gap adds operational complexity for MSPs managing mixed-OS environments.
KeeperAI is natively integrated into KeeperPAM to deliver real-time monitoring and analysis of privileged sessions, including keystroke activity and command execution. By identifying risky behavior in real time, KeeperAI helps security teams detect and respond to threats faster, including automatically terminating sessions based on policy.
Built on a Sovereign AI framework, KeeperAI supports on-prem and cloud LLMs (OpenAI, Azure OpenAI, Google Vertex AI, Anthropic) while maintaining data control.
Evo applies AI to the elevation approval process by generating a risk score and contextual summary for each request. This gives technicians added insight into the application, user and historical behavior associated with the request, helping streamline approval decisions and support rule creation over time.
Its AI capabilities are centered on pre-approval analysis. They are intended to improve elevation decision-making rather than provide real-time monitoring or an automated response during an active privileged session.
KeeperMSP's architecture is built around fully isolated Managed Company environments with centralized control through a single admin console. MSPs can support multiple product tiers, enable co-managed administration, delegate scoped access to client IT teams and enforce tenant-specific policies without configuration overlap. Granular Role-Based Access Control (RBAC) helps control what each technician can access and manage across both the MSP environment and individual client accounts.
With REST APIs, SIEM integrations, CLI access and SCIM provisioning, Keeper fits into existing MSP automation and service delivery workflows. This gives MSPs a scalable foundation for managing multi-tenant environments, integrating with operational tooling and automating onboarding and administration across clients.
Evo's multi-tenant dashboard is designed to support common MSP workflows, particularly in SMB environments. A single agent, centralized dashboard and mobile app can simplify technician onboarding, make client deployment more straightforward and help reduce day-to-day administrative effort. Mobile-based approval workflows may also be useful for technicians who need to respond to elevation requests while working remotely or on-site.
For MSPs with more complex automation or governance requirements, the platform offers less flexibility than solutions built for broader enterprise-scale orchestration. Evo's rule engine can support many elevation automation use cases, but organizations managing larger client portfolios or more advanced multi-tenant workflows may require additional extensibility and administrative controls over time.
iOS App Store
4.9 / 5 (22万4千件のレビュー)
3.9 out of 5 and 21 Reviews
Microsoft Store アプリ
4.9 / 5 (1460件のレビュー)
No dedicated app
Chrome拡張機能
4.8 / 5 (8500件のレビュー)
No dedicated app
Android
4.7 / 5 (11万件のレビュー)
3.6 out of 5 and 19 Reviews
*Data as of April 30, 2026
Disclaimer: Evo Security currently offers the Evo Authenticator app on the iOS App Store and Google Play Store. Reviews and ratings in these stores reflect that specific Evo Authenticator app experience and may not represent Evo Security's broader platform, features or overall user experience.
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 ability to access customer vault data, credentials or secrets, and neither does anyone else. Every record is protected by a unique AES-256 key generated locally on the user's device. Keeper has implemented quantum-resistant encryption using Kyber Hybrid Key Encapsulation Mechanisms (KEM) and holds FIPS 140-3 validation for its cryptographic module.
Based on publicly available documentation, Evo Security does not employ a zero-knowledge encryption model, FIPS 140-3 validated cryptography or quantum-resistant encryption standards. Evo's security model is built around protecting the elevation workflow itself, particularly through Windows Secure Desktop enforcement, rather than providing cryptographic assurance for stored credentials and secrets.
Yes, KeeperMSP's architecture uses fully isolated Managed Company environments that mirror how MSPs already think about client separation. MSPs moving from Evo can deploy Keeper's endpoint privilege management to replicate and extend Evo's elevation workflow capabilities, then layer in credential management, secrets management and privileged session recording as needed, either immediately or as clients expand.
Keeper deploys through a lightweight, containerized gateway that is outbound-only and requires no inbound firewall changes or dedicated servers. Most organizations are operational within a day. Keeper's team supports migrations and can tailor the deployment approach for MSPs managing large client portfolios.
Keeper records privileged sessions end-to-end with keystroke logging, video session recording and immutable audit trails. KeeperAI monitors sessions in real time and automatically terminates access when suspicious behavior is detected. Audit data is SIEM-ready with native integrations into CrowdStrike Falcon, Microsoft Sentinel, Google Security Operations and Splunk and can be shared directly with clients as evidence in disputes or regulatory reviews.
Evo's audit record captures elevation event metadata, including which application, which user, the AI risk score and the technician's decision. That log is useful for help desk management and basic audit purposes, but it does not record what happened during the elevated session. For MSPs whose clients face compliance audits or security reviews that ask for a full account of privileged activity, Keeper's session forensics provide the answer that Evo's metadata cannot.
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