Sophos + Junto: Faster Security Incident Response for MSPs

A Sophos alert fires: malware detected on an endpoint. The alert tells you what was detected, where it was detected, and whether Sophos successfully quarantined it. What it doesn’t tell you is who uses that device, what data they have access to, whether this client has specific incident response requirements, whether related alerts have appeared on other devices, or what happened the last time this client had a security event.

That context gap is where incident response slows down. The technical remediation — quarantine the file, scan the device, verify the threat is contained — might take 15 minutes. But the investigation and response process around it — identifying the scope, notifying the client, checking compliance requirements, documenting the incident — can take hours. And under the stress of an active security event, steps get missed.

Junto bridges that gap by automatically correlating Sophos alerts with data from across your MSP stack, giving your security team the full picture in seconds instead of hours.

The Traditional Incident Response Workflow

When a Sophos alert generates a ticket in ConnectWise, here’s what typically happens:

Step 1: Read the Alert (2-3 minutes)

The technician opens the ticket and reads the Sophos alert details. They need to understand what was detected — is this a PUP, adware, ransomware, or a credential stealer? The severity and type determine everything that follows.

Step 2: Identify the Device and User (5-10 minutes)

The alert includes a hostname. The technician opens NinjaOne to find the device, then cross-references ConnectWise to find which client owns it and who uses it. For a device with a generic name like “DESKTOP-7F3K2,” this can take several minutes of searching.

Step 3: Assess the Impact (10-15 minutes)

Now the technician needs to understand what’s at stake. What data does this user have access to? What’s their role? Is this a receptionist’s machine with limited access, or a CFO’s laptop with access to financial systems? They check M365 permissions, SharePoint access, and shared drives.

Step 4: Check for Lateral Movement (10-15 minutes)

Is this an isolated incident or part of a broader attack? The technician needs to check Sophos for related alerts across the client’s other endpoints. They might also check NinjaOne for unusual activity on other devices and review recent login activity in Azure AD.

Step 5: Look Up Client Requirements (5-10 minutes)

Does this client have specific incident response procedures? Notification requirements? Compliance obligations? The technician searches ITGlue for the client’s security documentation — if they remember to. Under pressure, this step often gets deferred.

Step 6: Contain and Remediate (variable)

With the context finally assembled, the technician can make decisions about containment and remediation. Isolate the device? Disable the user’s account? Run a full scan? Force a password reset?

Step 7: Document and Notify (15-30 minutes)

After remediation, the technician documents every action taken, notifies the client per their requirements, and creates a summary for internal records. For clients in regulated industries, this documentation may need to meet specific standards.

Total time before remediation even starts: 30-45 minutes of context-gathering. Total time including documentation: potentially hours.

How Junto Changes the Timeline

When a Sophos alert triggers a ticket, Junto’s processors run the entire context-gathering process in parallel — completing in seconds what takes a technician 30-45 minutes manually.

Instant Threat Context

Junto pulls the full alert details from Sophos: detection type, file path, process chain, quarantine status, and threat severity. This is presented in a structured format rather than a raw alert email, making it immediately actionable.

Automatic Device and User Correlation

The hostname from the Sophos alert is correlated with NinjaOne and ConnectWise instantly. The technician sees:

• Device details — Hardware specs, OS version, last patch date, uptime, installed security software status
• User identity — Full name, role, department, contact information
• Client — Company name, SLA tier, account manager, primary contact

No searching. No cross-referencing. The device-to-user-to-client mapping is resolved automatically.

Impact Assessment

Junto queries Microsoft 365 to determine the affected user’s access scope:

• M365 license tier and enabled services
• SharePoint sites and OneDrive access
• Distribution groups and security group memberships
• Admin role assignments (if any)
• Recent login activity and locations

A technician immediately knows whether they’re dealing with a standard user or a privileged account — which fundamentally changes the response urgency.

Lateral Movement Check

Junto checks Sophos for related alerts across the client’s environment and queries NinjaOne for anomalous device behavior. The technician sees whether this is an isolated detection or part of a pattern, without manually searching multiple tools.

Client Requirements — Surfaced Automatically

Junto searches ITGlue for the client’s incident response procedure, notification requirements, and compliance documentation. For a healthcare client, that might mean HIPAA breach notification timelines. For a financial services client, FINRA reporting requirements. This documentation surfaces alongside the alert, not as an afterthought during post-incident review.

Historical Context

Previous security incidents for this client, this device, and this user are pulled from ConnectWise. If the same device had a detection last month, or if the client had a phishing campaign targeting their users recently, that context informs the current response.

What the Technician Sees

Within seconds of the Sophos alert creating a ticket, the technician opens it and finds a complete incident briefing:

• Threat summary — What was detected, severity level, quarantine status
• Affected device — Full hardware and software context from NinjaOne
• Affected user — Identity, role, access scope from M365
• Client context — SLA tier, incident response requirements from ITGlue
• Related alerts — Any correlated detections across the client environment
• Historical incidents — Previous security events for this client/device/user
• Recommended actions — Containment options based on the threat type and impact

The 30-45 minutes of manual context-gathering is gone. The technician goes directly from reading the briefing to making containment decisions.

Containment with Confidence

The real value isn’t just speed — it’s decision quality. When a technician has full context, they make better containment decisions.

Without context, the default response to malware detection is often conservative: isolate the device, disable the account, investigate later. That’s the safe play, but it’s disruptive. If the detection was a low-severity PUP on a non-critical device used by a user with limited access, full isolation might be overkill.

With context, the technician can calibrate. A credential stealer on an admin’s laptop warrants immediate isolation and password resets across the organization. Adware on a shared conference room device might warrant a cleanup and monitoring, not a full lockdown.

The human stays in the loop for every containment decision. Junto doesn’t auto-isolate devices or disable accounts — it presents the information and options, and the technician decides. But the decision is informed by complete context rather than a single alert email.

After the Incident

Once the immediate threat is contained and remediated, Junto supports the post-incident process:

• Incident report generation — A structured report documenting the timeline, actions taken, and current status, formatted for the client’s requirements
• Client notification draft — A communication ready for review, tailored to the client’s preferred notification format and compliance requirements
• Lessons learned — Documentation of the incident for ITGlue, so future similar events have a reference point

The documentation that usually takes 30-60 minutes post-incident is largely pre-assembled from the data Junto already gathered during the response.

Security Response Is a Cross-Tool Problem

The fundamental challenge of MSP security incident response is that no single tool has the full picture. Sophos knows about the threat. NinjaOne knows about the device. ConnectWise knows about the client. M365 knows about the user’s access. ITGlue knows about the client’s procedures.

Bringing all of those tools into a single view is what turns a fragmented, stressful incident response into a structured, confident one. The threat doesn’t change. The technician’s expertise doesn’t change. What changes is how quickly they can get from “alert received” to “informed decision made.”

In security, that speed difference matters.

Accelerate your security incident response with Junto’s Sophos integration. See how it works or read the Sophos integration documentation.