Endpoint security teams rarely struggle with a lack of alerts. The greater challenge is turning those alerts into coordinated action.
Detecting a malicious process is only the beginning. Security and IT teams may also need to isolate the affected device, remove the threat, patch the exploited vulnerability, restore the required security configuration and prevent the compromised endpoint from accessing corporate resources.
Hexnode XDR and Datto EDR both help organizations detect, investigate and respond to endpoint threats. However, they approach the problem from different operational perspectives.
Hexnode XDR connects threat detection and response with Hexnode’s broader Unified Endpoint Management capabilities. Datto EDR is a cloud-based endpoint detection and response platform closely connected to the Kaseya ecosystem, particularly Datto RMM.
This comparison examines their detection, investigation, remediation, platform support and endpoint-management connections to help organizations decide which approach fits their environment.
Product Overview
Hexnode XDR is an endpoint security solution for Windows and macOS. It provides contextualized threat alerts, automated signal correlation, MITRE ATT&CK mapping, threat hunting and endpoint response actions.
Security teams can investigate endpoint activity and respond by isolating a device, terminating a malicious process or process tree, and quarantining suspicious files. Hexnode also provides a query builder for threat hunting, saved queries, exportable results and access to seven days of detailed endpoint data.
Its primary differentiator is its connection with Hexnode UEM. Endpoint security events can be evaluated alongside device health, assigned policies, compliance status and user identity, allowing IT and security teams to coordinate containment with wider device-management actions.
Datto EDR is Kaseya’s cloud-based endpoint detection and response solution. It protects Windows, macOS and Linux endpoints, including desktops, notebooks and servers.
The platform uses behavioral analysis, a correlation engine and deep memory analysis to identify malware, fileless attacks and other suspicious activity. Alerts are aligned with the MITRE ATT&CK framework and include mitigation guidance to help technicians understand and address detected threats.
Datto EDR can integrate with Datto RMM for agent deployment, synchronized site and endpoint visibility, one-click access from EDR alerts to RMM support tools, and replication of High and Severe EDR alerts into RMM.
This makes it particularly relevant to MSPs and IT teams already operating within the Kaseya ecosystem.
| Comparison area | Hexnode XDR | Datto EDR |
| Product approach | XDR connected with Hexnode UEM | Cloud-based EDR connected with the Kaseya ecosystem |
| Supported endpoint platforms | Windows and macOS | Windows, macOS, and Linux |
| Threat detection | Endpoint telemetry correlation, contextualized alerts, and MITRE ATT&CK mapping | Behavioral analysis, deep memory analysis, correlation, and MITRE ATT&CK-aligned alerts |
| Threat investigation | Query builder, saved queries, endpoint data tables, and 7 days of detailed endpoint data | Search and analysis of hosts, processes, memory, scripts, connections, accounts, and other forensic data |
| Immediate response | Device isolation, process termination, process-tree termination, file quarantine, and deep scanning | Host isolation, process termination, file quarantine, ransomware rollback, and automated response actions |
| Endpoint-management connection | Integrates with Hexnode UEM policies, compliance, patching, device actions, and access controls | Integrates with Datto RMM for deployment, endpoint visibility, and alert management |
| Vulnerability remediation | Can connect vulnerability findings with UEM-based patch deployment and configuration enforcement | Datto EDR identifies endpoint threats; broader endpoint operations are available through Datto RMM and Kaseya 365 Endpoint |
| Primary operational fit | Organizations seeking to connect security operations with unified endpoint management | MSPs and IT teams invested in the Datto RMM or wider Kaseya ecosystem |
See how Hexnode XDR can help your team investigate threats, contain attacks and strengthen endpoint security.
Try Hexnode XDRWhere endpoint security meets endpoint management
The following areas show how this connection can help IT and security teams move from identifying a threat to restoring a secure and compliant endpoint.
Connecting security response with unified endpoint management
Both platforms connect endpoint security with an endpoint-management product. Datto EDR integrates with Datto RMM, while Hexnode XDR connects with Hexnode UEM.
Hexnode’s advantage is most visible when remediation requires traditional UEM controls in addition to EDR containment. For example, isolating a device or terminating a process may stop the immediate threat. The organization may still need to:
- Install a missing operating system or application patch.
- Reinstate an encryption or firewall configuration.
- Remove an unauthorized application.
- Deploy a required security application.
- Restrict a device that no longer meets compliance requirements.
- Lock or selectively wipe a compromised device.
- Revoke access to corporate resources through compliance-based conditional access.
Hexnode brings these security and device-management workflows into the same wider platform. Its UEM layer can manage device configurations, applications, patches, compliance policies and remote device actions, while Hexnode XDR handles active threat investigation and containment.
This model is valuable for organizations that want endpoint security findings to inform how a device is managed after the immediate threat has been contained.
Adding UEM context to security alerts
An endpoint alert becomes more useful when analysts can understand the condition and importance of the affected device.
Hexnode XDR contextualizes security alerts using endpoint information available through Hexnode UEM. Analysts can evaluate a threat alongside information such as device health, assigned policies, compliance status and user identity.
This additional context can help answer practical questions:
- Is the endpoint encrypted?
- Is it running an outdated operating system?
- Which security policies are assigned?
- Is the device already non-compliant?
- Who uses the device?
Hexnode also provides dynamic endpoint groups based on device criteria. These groups can help administrators organize endpoints and automate policy assignment as their status changes.
Datto EDR also provides endpoint and forensic context. Its investigation capabilities cover hosts, processes, memory, accounts, drivers, scripts, network connections, applications and startup activity. The distinction is that Hexnode can combine threat information with the policy and compliance context maintained by a UEM platform.
Creating a vulnerability-to-remediation workflow
Security teams often use vulnerability scanners to discover unpatched software, insecure configurations and exposed CVEs. However, identifying a vulnerability does not correct it.
Hexnode’s documented architecture separates remediation according to the state of the risk:
- Hexnode XDR detects and contains actively exploited threats.
- Hexnode UEM deploys patches for dormant vulnerabilities.
- Hexnode UEM policies correct insecure endpoint configurations.
Third-party vulnerability telemetry can be brought together with Hexnode endpoint data. If an active exploitation attempt is detected, Hexnode XDR can terminate the malicious process or isolate the endpoint. If the vulnerability is present but not being exploited, Hexnode UEM can address it through patch deployment.
Hexnode UEM also provides CVE-based patching for enrolled Windows devices. Detected CVEs can be associated with the patches that address them, and administrators can configure automated patching using CVE-based criteria.
This creates a direct operational path from identifying a vulnerability to deploying the available fix.
Datto EDR’s investigation data can identify installed, outdated or unwanted applications. Kaseya also offers broader endpoint management, patching and automation through Datto RMM and Kaseya 365 Endpoint. Hexnode’s distinction is the documented workflow that divides active-threat containment and dormant-vulnerability remediation between XDR and UEM.
Extending remediation beyond the original security event
An EDR response commonly focuses on the malicious process, file or host. Hexnode’s UEM connection allows organizations to address the endpoint’s wider security posture after containment.
Consider an endpoint on which an attacker exploits an outdated application:
1. Hexnode XDR identifies suspicious endpoint behavior.
2. The affected device can be isolated.
3. The malicious process or process tree can be terminated.
4. The associated file can be quarantined.
5. Hexnode UEM can deploy the relevant patch.
6. A configuration policy can restore the required security baseline.
7. The device can remain non-compliant until it meets organizational requirements.
8. Access controls can prevent the non-compliant device from reaching protected corporate resources.
Hexnode UEM can share device compliance status with an identity provider’s conditional-access system. Access can then be restricted when an endpoint fails defined requirements such as encryption, patch level, device integrity or application compliance.
This provides a broader remediation model in which the organization addresses both the active threat and the conditions that made the endpoint risky.
Bringing operational and security incidents closer together
Not every endpoint problem begins as a malware alert. Failed patches, configuration conflicts, non-compliant endpoints and identity-provider synchronization problems can also create security exposure.
Hexnode UEM’s Incidents area categorizes operational issues across endpoints, users, applications, patches and identity providers. Incidents can be assigned statuses and verdicts, while an incident story records status changes, system events and technician interactions.
Hexnode XDR adds the active security layer through correlated alerts, MITRE ATT&CK insights, process analysis and containment actions.
This gives IT and security teams a connected view of operational problems and active endpoint threats. A failed patch and the exploitation of the corresponding vulnerability do not have to remain completely separate workflows.
Detection and investigation capabilities
Both products provide endpoint-investigation capabilities.
Hexnode XDR automatically correlates endpoint signals and maps identified behaviors to MITRE ATT&CK. Analysts can use its query builder, search suggestions, query history and saved queries to investigate endpoint activity. Results can be filtered and exported from actionable data tables.
Adds relevant alert-management and agent-protection capabilities that strengthen the description of Hexnode XDR’s operational controls.
Datto EDR provides forensic visibility across:
- Hosts
- Processes
- Loaded modules
- Drivers
- Process memory
- User and system accounts
- Startup activity
- Network connections
- Executed scripts
- Installed applications
- Endpoint artifacts
Its memory analysis can identify suspicious activity that does not rely on a malicious file being written to disk. Datto also allows customers to build collection and response extensions using Lua and run PowerShell, Python or Bash scripts.
Datto EDR provides endpoint-investigation data and customizable collection and response extensions.
Threat containment and response
Hexnode XDR supports:
- Device isolation
- Process termination
- Process-tree termination
- Deletion of a process root
- File quarantine
- Deep scanning
Datto EDR supports:
- Host isolation
- Process termination
- File quarantine
- Malware removal
- Ransomware detection and file rollback for supported Windows endpoints
- Built-in and custom response extensions
- More than 65 automated response actions
Datto provides built-in and custom response extensions, along with ransomware file rollback for supported Windows endpoints. Its extension system allows administrators to create actions that collect evidence, run commands, modify endpoint configurations, remove malware or install third-party tools.
Hexnode’s differentiator is what happens around those containment actions. The organization can combine XDR response with UEM-driven patching, policy enforcement, device compliance, application management and access restrictions.
Which solution fits your organization?
Which one fits your organization depends largely on how your endpoint operations are already structured, here’s where each tends to make more sense.
- Hexnode XDR
- Datto EDR
- Your organization already uses or plans to use Hexnode UEM.
- You want endpoint alerts enriched with UEM policy, health and compliance context.
- Security and IT teams need coordinated workflows for detection, containment, patching and configuration enforcement.
- You want to connect endpoint compliance with conditional access.
- You manage Windows and macOS endpoints and want security operations tied to their wider management lifecycle.
- You want vulnerability findings to lead directly to UEM-driven remediation.
- Your organization or MSP already relies on Datto RMM or the Kaseya ecosystem.
- Linux EDR coverage is required.
- Ransomware rollback is a priority.
- Your security team values deep memory analysis and extensive forensic endpoint data.
- You want to build custom collection and response extensions.
- You prefer an MSP-oriented EDR and RMM operating model.
FAQs: Hexnode XDR vs Datto EDR
What is the main difference between Hexnode XDR and Datto EDR?
Hexnode XDR combines endpoint threat detection, investigation and response with the broader management capabilities available through Hexnode UEM. Datto EDR is an endpoint detection and response solution that integrates closely with Datto RMM and the wider Kaseya ecosystem.
How does Hexnode XDR work with Hexnode UEM?
Hexnode XDR handles active threat detection, investigation and containment, while Hexnode UEM provides device-management capabilities such as policy enforcement, patch deployment, application management and compliance monitoring. This connection helps teams address both the immediate threat and the endpoint conditions that may have contributed to the incident.
Which is better for vulnerability remediation: Hexnode XDR or Datto EDR?
The answer depends on the organization’s endpoint-management architecture. Hexnode can connect active-threat containment through XDR with CVE visibility, patch automation and configuration enforcement through Hexnode UEM. Datto EDR focuses on endpoint detection and response, while broader patching and endpoint operations are available through products such as Datto RMM and Kaseya 365 Endpoint.
Turn endpoint threats into coordinated action
Connect threat detection, investigation and response with the endpoint-management capabilities your IT and security teams need.
Try Hexnode XdrDisclaimer: Product capabilities, integrations and platform support may change over time. This comparison is based on publicly available official Hexnode and Kaseya documentation accessed in September 2026. Organizations should verify current feature availability, licensing and technical requirements directly with each vendor before making a purchasing decision.
