TL;DR: The best cloud-based endpoint management tools for 2026 help IT teams patch, monitor, secure, and troubleshoot remote devices without VPNs or on-prem infrastructure. PDQ is best for Windows and macOS teams that want simple automated patching, real-time endpoint visibility, and remote management, while tools like Microsoft Intune, Omnissa Workspace ONE, ManageEngine Endpoint Central, Tanium, IBM MaaS360, Automox, NinjaOne, JumpCloud, and Jamf fit broader enterprise, identity, MSP, Linux, or Apple-first use cases.
Cloud-based endpoint management tools are SaaS platforms that let IT teams remotely manage, patch, and secure devices without on-prem infrastructure. If you're buying an endpoint management platform, here are a few top contenders to consider based on automation, visibility, and OS support.
Pricing note: Endpoint management pricing varies widely by vendor, plan, licensing model, deployment type, add-ons, and contract size. Some vendors price per device, some price per user, and some require custom quotes. We’ve listed the clearest publicly available starting price where possible. Confirm current pricing with each vendor before buying.
How we chose the best cloud-based endpoint management tools
We reviewed current vendor documentation, pricing information, supported platforms, and user reviews. We prioritized cloud-based tools that help IT teams manage endpoints through capabilities such as patching, software deployment, inventory, monitoring, remote support, and remediation.
We also considered operating system coverage, team and fleet size, administrative effort, and overall pricing and value. “Best for” recommendations and watch-outs reflect our editorial assessment based on these sources; individual experiences and product fit may vary.
PDQ publishes this guide and is one of the products included. Product details reflect publicly available information as of September 2026.
What should cloud-based endpoint management software include?
Cloud-based endpoint management software should give IT teams centralized visibility and control over remote devices without requiring on-premises management infrastructure. Core capabilities typically include:
Hardware and software inventory
OS and third-party application patching
Software deployment
Endpoint monitoring
Remote troubleshooting and support
Automated remediation
Reporting and administrative controls
The depth of each capability varies by platform, so compare the workflows your team actually uses rather than relying on feature names alone.
Who should use cloud-based endpoint management?
Cloud-based endpoint management is especially useful for IT teams managing distributed, hybrid, or remote devices that regularly operate outside the corporate network.
It is often a strong fit for:
Lean IT teams that want to reduce manual patching and deployment work
Distributed organizations managing endpoints across multiple locations
Remote and hybrid workforces with devices that rarely connect to an office network
Growing fleets that need centralized inventory, automation, and reporting
MSPs and multisite IT teams that need remote visibility and support
The right platform still depends on your operating systems, fleet size, security requirements, and the amount of administration your team can support.
Best cloud-based endpoint management tools at a glance
Compare these cloud-based endpoint management tools by use case, then review the product summaries for features, OS support, pricing, and limitations.
Tool | Best fit | What to confirm before buying |
|---|---|---|
Windows and macOS teams prioritizing automated patching, software deployment, inventory, and remote remediation. | Which plan includes the automation, remote desktop, and vulnerability workflows you need. | |
Microsoft 365 and Entra ID environments prioritizing device policies, application management, and compliance. | Existing license coverage and the administrative effort required for your workflows. | |
Large organizations managing hybrid or BYOD environments with broad device-management requirements. | Required modules, implementation effort, and ongoing administration. | |
Teams seeking multi-OS patching, software deployment, and asset inventory. | The appropriate cloud edition, technician licensing, and required add-ons. | |
Large enterprises coordinating endpoint visibility, remediation, and IT and security operations. | Deployment requirements, operational ownership, and total cost. | |
Organizations prioritizing device governance, mobile management, and compliance oversight. | Device coverage and security capabilities in the selected plan. | |
Distributed Windows, macOS, and Linux environments prioritizing cloud-based patching and configuration management. | Inventory depth and the process for investigating and remediating failed updates. | |
MSPs and midsized IT teams prioritizing endpoint monitoring, patching, and remote support. | Alert tuning, reporting, and any multiclient management requirements. | |
Organizations evaluating identity and device management together. | The endpoint automation required alongside identity services and its licensing. | |
Apple-first environments prioritizing device provisioning, management, and lifecycle workflows. | The specific Jamf product and plan required for your devices. |
PDQ
Best for: Windows- and macOS-focused IT teams that want simple, automated patching and remote management without VPNs
Key features: Real-time endpoint visibility, automated patching triggered by CVEs and device groups, remote troubleshooting and command execution, one-click remediation, scheduled reporting
OS support: Windows, macOS
Starting price: $12/device/year for Basic tier, with a 100-device minimum. Advanced features, including automated deployments, remote desktop, and vulnerability remediation, are available on higher-tier plans.
Watch out for: Limited to Windows and macOS environments
PDQ stands out as the pragmatic choice for IT professionals who prioritize simplicity, automation, and secure remote control. Built specifically for Windows and macOS environments, this autonomous endpoint management (AEM) tool lets teams manage and patch remote endpoints without VPNs or heavyweight infrastructure. PDQ delivers real-time visibility, automated patch deployment for Microsoft and third-party apps, and prioritized remediation workflows that strengthen security posture.
Deployment takes minutes through PDQ's lightweight, agent-based model, and reporting supports compliance-ready audits. For teams managing 100 to 5,000 endpoints, easy onboarding and automated scheduling streamline daily operations, cutting repetitive endpoint work down to size. The platform’s automation depth, risk scoring, and clear insights help IT teams stay ahead of vulnerabilities while keeping devices healthy and compliant.
Microsoft Intune
Best for: Enterprises using Microsoft 365 and Entra ID for unified endpoint management
Key features: Policy enforcement, app deployment, compliance management, zero-trust security, deep Microsoft integration
OS support: Windows, macOS, iOS/iPadOS, Android, Linux, and ChromeOS
Starting price: $8/user/month
Watch out for: Complexity, admin overhead
Microsoft Intune remains a cornerstone in unified endpoint management (UEM), integrating with Microsoft 365 and Entra ID. It supports Windows, macOS, iOS, and Android devices, unifying policy enforcement, app deployment, and compliance.
Its identity-based access and built‑in zero‑trust security are strengths for enterprise IT operations. The cloud‑native architecture enables global endpoint management with granular control, though its complexity can feel heavy for smaller teams. If your IT team is two people and a Slack channel, that extra admin overhead hits different.
Omnissa Workspace ONE
Best for: Large organizations with BYOD or hybrid environments needing advanced identity and access controls
Key features: Unified endpoint management (UEM), conditional access, app lifecycle management, automation workflows
OS support: Windows, macOS, iOS, Android, Linux, and ChromeOS
Starting price: $5.25/device/month for UEM Essentials. Mobile Essentials starts at $3/device/month.
Watch out for: Overkill for smaller orgs, cost creep
Omnissa Workspace ONE (formerly VMware Workspace ONE) provides a broad approach to managing devices and applications across diverse environments. Through a unified console, IT can monitor, secure, and automate updates. Its deep conditional access and identity features appeal to organizations with mobile or regulated workforces.
Workspace ONE’s automation and cross‑OS support make it an enterprise‑grade option for hybrid or BYOD setups.
ManageEngine Endpoint Central
Best for: Budget-conscious teams needing strong automation and multi-OS support
Key features: Patch management, asset tracking, automated inventory, reporting, flexible deployment options
OS support: Windows, macOS, and Linux
Starting price: Starts at $104/month or $1,045/year for 50 endpoints with 1 technician on the Professional Cloud plan
Watch out for: UI/UX + fragmentation across modules
ManageEngine Endpoint Central offers mature automation and multi‑OS patch management capabilities at a budget-friendly price. It supports Windows, macOS, and Linux and provides robust asset tracking, warranty management, and automated inventory.
Tanium
Best for: Large enterprises needing real-time visibility and rapid remediation at scale
Key features: Real-time endpoint data, vulnerability management, unified IT and security operations, rapid patching
OS support: Windows, macOS, and Linux
Starting price: Not publicly listed
Watch out for: Expensive, enterprise-only mindset
Tanium targets large enterprises that need real‑time visibility and rapid remediation. Its platform unites IT operations and security under a single data model, delivering continuous insight into device health, software status, and vulnerabilities.
Real‑time visibility here means devices are continuously tracked, giving teams current endpoint data that can support rapid investigation and remediation. Tanium’s combined operations and security approach reduces mean time to remediation (MTTR) across large fleets.
IBM MaaS360
Best for: Regulated industries needing AI-driven security and compliance oversight
Key features: AI-powered threat detection, risk analytics, compliance reporting, mobile device management
OS support: Windows, macOS, iOS, Android, and ChromeOS
Starting price: $4.24/device/month for MaaS360 Essentials
Watch out for: Can feel complex and compliance-heavy for teams that just want straightforward patching and endpoint management
IBM MaaS360 combines endpoint management with AI‑powered threat analytics. It continuously tracks endpoint behavior, identifying risks and automating responses to emerging threats.
Its compliance framework, threat intelligence, and analytics provide deep visibility — an effective option for organizations emphasizing policy governance and automated oversight. This approach aligns with regulated sectors like finance and healthcare.
Automox
Best for: Distributed teams that want fast, cloud-native patching without infrastructure overhead
Key features: Automated patching, configuration policies, remote scripting, lightweight agent, no VPN required
OS support: Windows, macOS, and Linux
Starting price: $1/endpoint/month for OS patching with an annual commitment. Third-party patching, software deployment, and advanced automation require Essentials or Enterprise with custom pricing.
Watch out for: Less depth in endpoint visibility vs. heavier tools
Automox is a cloud‑native endpoint management and patching platform that supports Windows, macOS, and Linux, enabling automated patching, configuration enforcement, and remote scripting from a single console — without VPNs or on‑prem infrastructure.
With a lightweight agent and policy‑driven automation, Automox helps distributed teams close vulnerabilities faster and standardize configurations across diverse fleets.
NinjaOne
Best for: MSPs and mid-sized IT teams needing all-in-one endpoint monitoring and management
Key features: Remote monitoring, patch management, automation, remote access, deployment
OS support: Windows, macOS, and Linux
Starting price: Not publicly listed
Watch out for: Can become noisy or alert-heavy without tuning
NinjaOne is a cloud-based endpoint management platform that combines remote monitoring, patching, and automation in a single console. It supports Windows, macOS, and Linux devices, making it a strong fit for distributed IT environments.
With policy-driven automation, remote access, and real-time monitoring, NinjaOne helps IT teams reduce manual work and maintain endpoint health at scale. Its lightweight agent and fast deployment make it especially popular with MSPs and mid-sized organizations.
JumpCloud
Best for: Organizations replacing Active Directory with cloud-based identity and device management
Key features: Device management, SSO, MFA, directory services, policy enforcement
OS support: Windows, macOS, and Linux
Starting price: $9/user/month (billed annually)
Watch out for: Identity-first, not as deep in endpoint automation
JumpCloud is a cloud-based endpoint management platform that integrates device management with identity and access control. It allows IT teams to manage users and endpoints from a unified cloud directory.
Supporting Windows, macOS, and Linux, JumpCloud combines patching, policy enforcement, and device monitoring with features like SSO and MFA. This makes it a strong option for organizations adopting zero trust and moving away from traditional Active Directory.
Jamf
Best for: Apple-first environments managing macOS, iOS, and iPadOS devices
Key features: Zero-touch deployment, Apple Business Manager integration, patching, device lifecycle management
OS support: macOS, iOS, iPadOS, and tvOS
Starting price: $4/device/month (for Jamf Now)
Watch out for: Primarily designed for Apple-first environments
Jamf is a leading cloud-based endpoint management platform purpose-built for Apple environments, supporting macOS, iOS, iPadOS, and tvOS devices. It enables IT teams to deploy, manage, and secure Apple devices at scale from a centralized console.
With automated provisioning, patching, and integration with Apple’s native frameworks, Jamf streamlines device lifecycle management while maintaining strong security and user experience. Features like zero-touch deployment via Apple Business Manager and granular policy controls make it a strong fit for Apple-first or mixed-device environments.
How do you choose a cloud-based endpoint management tool?
Choose cloud-based endpoint management software by matching your devices and daily workflows to your team’s capacity. Start with operating system support and the required cloud edition, then evaluate patching, deployment, inventory, monitoring, remediation, and the total effort and cost of running the platform.
Where do UEM and RMM fit into cloud-based endpoint management?
Cloud-based describes the delivery model, not a specific set of endpoint management features. Unified endpoint management (UEM) emphasizes enrollment, configuration, application management, and policy across computers and mobile devices; remote monitoring and management (RMM) emphasizes device health, remote support, and maintenance.
PDQ is a cloud-based endpoint management tool for Windows and macOS, not a UEM platform. Evaluate it for patching, software deployment, inventory, and remediation, and assess mobile device management (MDM) or UEM separately when mobile management or broader device-policy requirements are essential.
Which endpoint management features should you evaluate?
Test complete workflows rather than checking whether a feature name appears on a pricing page. Inventory, monitoring, and remediation answer different questions: What is installed? What needs attention? Can your team fix it and verify the result?
Capability | What to evaluate |
|---|---|
Hardware and software inventory | Can you identify devices, installed applications, software versions, and last check-in times? Can you distinguish current information from stale records? |
Patch management | Check OS and third-party application coverage, staged rollouts, maintenance windows, restart controls, and what happens when a device misses an update. |
Software deployment | Test application installation, updates, and removal. Include an internal application and check whether failed installations produce useful troubleshooting information. |
Endpoint monitoring | Determine whether monitoring covers patch status, device availability, performance, services, or other conditions. Check which conditions generate actionable alerts. |
Remediation and remote support | Can you move from an identified issue to an approved patch, script, configuration change, or support session? Can you verify the resulting device state? |
Cloud management requirements | Confirm internet-connectivity requirements and whether your selected configuration needs connectors, distribution servers, or other infrastructure. Test remote devices outside the corporate network. |
Administration and reporting | Check technician permissions, authentication options, audit logs, reporting, and integrations. Confirm that the required controls are included in your selected plan. |
For additional guidance on building repeatable workflows, see our endpoint management best practices.
How should team size and fleet size affect your choice?
For small IT teams, prioritize the effort required to create automations, investigate failures, and produce reports. Include the time spent maintaining the management platform itself.
For larger or distributed fleets, evaluate device grouping, staged rollouts, permission boundaries, maintenance windows, and devices that reconnect after being offline. Test representative devices and locations, not just a few always-online office computers.
For MSPs and multi-organization teams, check client separation, technician access, reporting boundaries, and whether repeatable workflows can be applied safely across environments.
Consider endpoint count and staffing separately. A large fleet does not automatically come with a large administration team.
How should you compare pricing and value?
Compare the annual cost of the cloud plan that meets your requirements, using the same device, user, and technician counts for each vendor. Include minimum commitments, required add-ons, onboarding, support, and any infrastructure the configuration needs.
Then account for internal administration. Record how long common tasks take during your evaluation, including troubleshooting and reporting. A lower subscription price is not necessarily better value when the required workflows take substantially more staff time.
For bundled products, establish what your organization already owns and which capabilities would still require additional licensing.
What should you test before buying?
Run a small pilot that includes remote devices, an offline device, and a failed deployment. The goal is to verify the complete workflow, including exceptions, rather than only confirm that the console can send a command.
Choose representative test devices. Include the operating systems, applications, and remote-working conditions your team actually supports.
Test an offline-device update. Target a software update while a test device is offline, reconnect it, and observe how the pending work is handled.
Verify success and investigate failure. Check the installed version, deployment status, and restart behavior. Use a failed deployment in the test environment to evaluate logs and troubleshooting.
Record the manual work. Note the steps, permissions, and technician time needed to complete the task and confirm the result.
For more questions to ask vendors, see our full buyer’s guide.
Endpoint management tool FAQs
What is the best cloud-based endpoint management tool for small IT teams?
The best option for a small IT team is usually one that automates patching and software deployment without adding significant administrative overhead. Compare setup effort, troubleshooting, reporting, licensing minimums, and how much technician time common tasks require.
PDQ is worth evaluating for Windows and macOS teams prioritizing patching, software deployment, inventory, and remote remediation.
What are the key features to look for in cloud-based endpoint management tools?
Evaluate hardware and software inventory, OS and third-party application patching, software deployment, endpoint monitoring, remote troubleshooting, and remediation reporting. Check how those workflows handle offline devices, failed installations, technician permissions, and your required operating systems instead of assuming every cloud-based platform provides the same coverage.
How do these platforms support multidevice environments without VPNs?
Cloud-based endpoint management platforms typically use secure cloud consoles, lightweight agents, and/or native MDM frameworks to manage devices remotely. This lets IT teams deploy updates, enforce policies, and troubleshoot endpoints without relying on VPN access.
What pricing models are common for cloud-based endpoint management tools?
Most cloud-based endpoint management tools use per-device or per-user subscription pricing, but costs vary widely by feature depth, OS coverage, deployment type, and contract size. Entry pricing may start around $1 per device/month equivalents, while broader UEM, identity, security, and enterprise platforms often use higher per-user pricing or custom quotes.
How do automation and AI improve endpoint management outcomes?
Automation handles repeatable patching, deployment, and remediation tasks, while AI can assist with tasks such as summarizing policies or triaging device issues. Evaluate the specific product and plan, including whether the system recommends or executes changes, what approvals apply, and how administrators verify the outcome.
What security and compliance features should IT teams prioritize?
Prioritize vulnerability management, role-based access control, multifactor authentication, audit logs, reporting, device and application controls, and integrations with identity and security tools. Verify which controls are included in your plan and how administrators can confirm remediation.
Can cloud-based endpoint management tools manage offline devices?
Cloud-based endpoint management tools generally require a device to reconnect to the internet before pending actions can complete. A strong platform should retain queued work, clearly show device status, and update inventory or deployment results after the endpoint reconnects. Test this behavior during a trial because offline-device handling varies by product.
What is the difference between endpoint management and UEM?
Endpoint management broadly covers tools used to manage, patch, monitor, deploy software to, and troubleshoot endpoint devices. Unified endpoint management (UEM) typically extends that model across computers and mobile devices with centralized enrollment, configuration, application management, and policy enforcement. Not every endpoint management platform is a UEM, but not every team needs a UEM. Choose based on the devices and workflows your team needs to manage.
By balancing automation, security, and cost, IT leaders can choose a cloud-based endpoint management tool that simplifies operations and bolsters compliance — building the foundation for reliable, secure, and efficient IT management in 2026.
Ready to see it in action? Try PDQ and make patching the easiest part of your week.
