Managed EDR and XDR services: how MDR delivers 24/7 protection for MSPs

EDR (endpoint detection and response) and XDR (extended detection and response) are technologies. MDR (managed detection and response) is the managed service that continuously operates them — the 24/7/365 SOC team that monitors, investigates and responds to threats on the client’s behalf, built on top of EDR, XDR, or another detection stack. “Managed EDR” and “managed XDR” are the commonly used descriptive terms for externally operated EDR or XDR; in practice, these offers usually fall within the broader MDR category. The service exists because most SMBs and even mid-market organizations cannot staff a security operations center, but they still face the same cyberthreats as enterprises with dedicated security teams.

EDR provides the visibility and response capabilities. MDR ensures those capabilities are continuously operated by security experts, including outside normal business hours. According to the 2025 Verizon Data Breach Investigations Report, ransomware was present in 88% of SMB breaches, compared to 39% at larger organizations. That does not necessarily mean attackers exclusively prioritize smaller organizations: Verizon notes that ransomware groups target organizations of different sizes and adjust their demands, while SMBs often have fewer security and recovery resources. The 2026 Verizon DBIR found ransomware in 48% of all breaches, while exploitation of vulnerabilities became the leading initial access vector at 31%. This guide walks through what managed EDR and XDR services include, how MDR and MSSP fit into that picture, and how to evaluate providers.

Managed EDR is a common way to describe MDR delivered on top of EDR technology: a provider operates EDR on the client’s behalf, with security analysts continuously monitoring alerts, investigating incidents and executing response actions. The organization or its MSP typically licenses the underlying EDR capability and adds a managed service to operate it continuously. Some providers package the technology and service together commercially, while others price them as separate layers.

A managed EDR or XDR service has three components. The first is the underlying technology: lightweight agents on each endpoint, a cloud analytics engine and a centralized console. The second is the SOC team: analysts across different experience levels who monitor alerts, separate real threats from false positives and coordinate response. The third is the operational wrap-around: defined response procedures, incident communication protocols and reporting that integrates with the client’s IT operations.

Managed XDR extends the same MDR model across email, identity, cloud workloads and network traffic in addition to endpoints — the underlying technology determines the telemetry scope; MDR determines who operates detection and response. The "X" stands for extended scope. The service model is identical: technology plus people, delivered as a subscription.

Buying EDR is the easy part. Operating it well requires people, expertise and around-the-clock coverage — resources many teams don’t have. Self-managed EDR assumes the organization has analysts available to review alerts, investigate suspicious activity and respond to incidents. For most SMBs and mid-market organizations, that assumption does not hold.

The math is unforgiving. According to the 2024 ISC2 Cybersecurity Workforce Study, the global cybersecurity workforce shortage stood at approximately 4.8 million unfilled positions, and 67% of organizations reported being short-staffed on cybersecurity teams. The 2025 ISC2 Cybersecurity Workforce Study found that 88% of respondents had experienced at least one significant cybersecurity consequence because of skills deficiencies within their organization, with 69% experiencing more than one. Gartner has identified the cybersecurity skills shortage and analyst burnout as systemic issues affecting program effectiveness across the industry.

For an organization without dedicated security staff, self-managed EDR can create three operational risks. Alerts can pile up faster than IT generalists are able to review them. Investigations can require expertise the team does not have. Response may only happen during business hours, while attackers operate on their own schedule.

According to the IBM Cost of a Data Breach Report 2025, the global average cost of a data breach was $4.44 million, a 9% decrease from 2024 driven by faster detection. The average breach lifecycle was 241 days, a nine-year low. Organizations using AI and automation extensively cut their breach lifecycle by 80 days and saved nearly $1.9 million on average. Faster detection saves money, but it requires staff most organizations cannot afford to hire.

A managed EDR or XDR service should cover the full lifecycle from detection through response, but not every capability is universal — the deliverables vary by provider and tier. A typical baseline scope includes:

1. 24/7/365 SOC monitoring of all alerts generated by the EDR or XDR platform
2. Alert triage to separate real incidents from false positives
3. Incident investigation
4. Endpoint containment or isolation
5. Incident notification and reporting

Provider- or tier-dependent capabilities

1. Proactive threat hunting
2. Root-cause and forensic analysis, including attack-chain reconstruction
3. Full remediation
4. Identity or account containment
5. Attack rollback and backup-based recovery
6. Patch deployment
7. On-demand investigation
8. SIEM, PSA, or ticketing integrations

MDR does not replace the organization’s broader security governance, identity strategy, awareness program or risk ownership. However, some services also include or integrate remediation, vulnerability management, patching and recovery capabilities — buyers should verify the exact division of responsibilities with each provider.

Managed XDR adds correlation across additional data sources. Instead of monitoring only endpoint telemetry, the SOC analyzes signals from email security, identity providers, cloud workload protection and network traffic. The result is visibility into multi-stage attacks that endpoint-only tooling cannot see, such as a phishing email leading to credential theft, lateral movement and data exfiltration.

These terms are often used interchangeably, but they describe different things: two are technologies, one is a managed service, and one is a type of provider.

EDR and XDR are technologies that determine what can be detected and how broad the telemetry is. MDR is the managed service that operates that technology around the clock. MSP and MSSP describe the provider delivering the service — an MSSP is a type of MSP that has built (or partnered for) SOC capability, so MSSPs are often the providers delivering MDR, but MDR itself is the service, not a provider category above it.

For most SMBs and mid-market organizations, managed EDR is a practical entry point because it addresses the most operationally painful gap — 24/7 endpoint coverage — without committing to the wider telemetry scope of XDR. Organizations can start with EDR-based MDR and expand into XDR-based MDR as their environment and needs grow.

Not all managed EDR or XDR services deliver the same outcomes. Evaluate providers against six criteria.

Underlying technology. The EDR or XDR platform itself sets the ceiling for what the service can detect. Look for behavioral detection, AI-guided incident interpretation, MITRE ATT&CK mapping and integrated response actions. If the platform is weak, the SOC team cannot compensate.

Staffing model and expertise. Ask about the provider’s staffing model, analyst experience, escalation paths, turnover, threat-hunting expertise and access to specialist incident responders. Analyst titles and tier numbers are less important than whether the service can investigate and act without repeatedly handing incidents back to the customer.

Mean time to respond. Response speed determines breach cost, but there’s no single defensible benchmark range across providers. Verify what MTTR means contractually, when the clock starts, which severity levels are covered, whether it stops at acknowledgement, investigation, containment, remediation or full resolution, and whether the figure quoted is an SLA, an objective, an average or a best case.

Reporting and transparency. The client should receive clear incident reports, monthly summaries and ad-hoc updates during active incidents. Avoid providers who treat the SOC as a black box.

Integration with recovery. If a ransomware incident requires data restoration, the gap between containment and recovery determines downtime. Providers that integrate with backup and recovery shorten that gap.

Pricing model fit. Pricing varies by provider, protected workload, telemetry source, retention, service tier, response scope and region — no single model is universally best. Compare endpoint or workload pricing, minimum commitments, included telemetry, data retention, incident or remediation fees, onboarding costs, recovery scope, and service-tier or regional differences. Clarify any incident-based, onboarding, retention, remediation or professional-services charges before signing.

Acronis Cyber Platform (formerly Acronis Cyber Protect Cloud) is the multitenant platform underlying Acronis EDR, Acronis XDR and Acronis MDR. Acronis XDR’s native telemetry currently spans endpoints, email, identity and Microsoft 365 collaboration applications — broader than EDR alone, though not every network or cloud-workload source some vendors include under the XDR umbrella. Acronis MDR’s differentiated value is not simply alert monitoring: SOC experts and MSP technicians can move through detect → investigate → contain → remediate → recover → patch, depending on the selected service scope and authorization, connecting threat response directly to business continuity. Because detection, response and recovery run through a common platform and console, with a shared endpoint agent for applicable services, tool switching and operational handoffs between detection, response and recovery are reduced — not eliminated, since human approvals, service tiers and operational responsibilities can still create handoffs.

Managed endpoint protection is a broader umbrella that includes managed EDR alongside related services like NGAV (next-generation antivirus), patch management and device control. It describes the full operational scope of keeping endpoints secure, not just detecting and responding to threats.

A complete managed endpoint protection program includes prevention (NGAV blocking known and unknown threats at execution), detection (EDR or XDR monitoring behavioral telemetry), response (analyst-led containment and remediation) and recovery (backup and restoration of compromised systems). Each layer addresses a different stage of an attack, and gaps in any one layer create opportunities attackers can exploit.

For SMBs and the MSPs serving them, the operational simplification of bundled managed endpoint protection is significant. A single agent, a single console and a single vendor relationship reduces overhead compared to managing separate tools for prevention, detection, response and recovery.

Managed EDR and XDR pricing typically follows one of three models, though the specifics vary by provider.

Per-endpoint subscription pricing is the most common: a fixed monthly fee for each protected endpoint, usually scaled in tiers based on endpoint count. This model is predictable and aligns with how MSPs bill their own clients.

Per-incident pricing charges the client when the SOC investigates a confirmed incident, often with a base monthly fee plus incident charges. This model can be cheaper for organizations with low alert volumes but creates budget unpredictability when threats spike.

Per-hour pricing bills the client for SOC analyst time spent on their environment. This model is most common in MSSP-style arrangements and rarely in pure managed EDR.

For most SMBs and MSP partners, per-endpoint subscription pricing tends to produce more predictable economics than incident- or hour-based models, but always confirm what’s included — telemetry sources, retention, response scope and any additional fees — before comparing quotes across providers. Bundled platforms that combine managed EDR or XDR with backup and recovery typically reduce total cost compared to point solutions.

For MSPs, managed EDR or XDR serves two purposes. The first is protecting the MSP’s own infrastructure, which has privileged access to client environments and is therefore a high-value target. The second is extending the service to the MSP’s clients, creating a recurring revenue line that aligns with how MSP economics work.

The MSP delivery model adds requirements that direct-to-client services do not have. Multi-tenant consoles let the MSP manage many clients from a single pane of glass. White-label reporting lets the MSP present incidents under its own brand. Per-endpoint pricing with predictable margins lets the MSP build a profitable service offering rather than absorbing cost variability.

Acronis gives MSPs two operating options. Partners with sufficient security resources can operate Acronis EDR, or Acronis XDR themselves. Partners that need continuous SOC coverage can activate Acronis MDR for the SOC layer, delivered by Acronis TRU or through trusted MSSP partners. This lets the MSP retain the customer relationship while outsourcing some or all monitoring, investigation, containment and remediation. According to Acronis estimates, outsourcing EDR or XDR operations through Acronis MDR can require more than ten times fewer resources than building an internal SOC, with an up-to-60-minute mean-time-to-respond objective.

1. EDR and XDR are technologies; MDR is the managed service — the 24/7/365 SOC team — that operates them on the client’s behalf. The client gets the protection without staffing the operations.
2. Self-managed EDR can underperform for organizations that cannot staff a SOC. Alerts can pile up, investigations can get skipped and response may happen only during business hours.
3. A complete managed EDR or XDR service includes a baseline of 24/7 monitoring, alert triage, incident investigation, containment and reporting, with threat hunting, forensic analysis, remediation and recovery often available as provider- or tier-dependent add-ons.
4. EDR and XDR are technologies with different telemetry scope; MDR is the managed service that operates either one. MSP/MSSP describes the type of provider delivering that service, not a broader tier above MDR.
5. Evaluate providers on platform capability, staffing model and expertise, verified MTTR definitions, reporting, recovery integration and pricing transparency.
6. Per-endpoint subscription pricing tends to produce more predictable economics for SMBs and MSP partners than incident- or hour-based models.
7. Acronis Cyber Platform (formerly Acronis Cyber Protect Cloud) lets MSPs operate Acronis EDR, XDR and MDR through a common multitenant platform and console, reducing the handoff between detection, response and recovery.

What is managed EDR?

Managed EDR is a common term for MDR delivered on top of EDR technology: a provider operates EDR on the client’s behalf, with a 24/7/365 SOC team monitoring alerts, investigating incidents and executing response actions. The organization or its MSP typically licenses the underlying EDR capability and adds a managed service to operate it continuously.

What is the difference between managed EDR and MDR?

They’re not really separate categories. “Managed EDR” usually describes MDR delivered specifically on top of EDR technology, so its native telemetry is endpoint-focused. MDR is the broader umbrella term for the managed service and can also be delivered on top of XDR, which extends telemetry to email, identity, cloud and network. The technology determines the telemetry scope; MDR is who operates it.

Do MSPs need managed EDR?

Yes, for two reasons. MSPs are high-value targets because they have privileged access to client environments, so managed EDR or XDR protects the MSP itself. MSPs also extend the service to clients as a recurring offering that aligns with the MSP business model.

How much does managed EDR cost?

Managed EDR is typically priced per endpoint per month, scaled in tiers based on endpoint count. Pricing varies based on the underlying platform capability, SOC analyst depth and whether the service is bundled with backup and recovery. Bundled platforms generally cost less than point solutions.

Can a small business afford managed EDR?

Yes. Per-endpoint subscription pricing makes managed EDR accessible to organizations of any size. The economics work because the alternative, building an internal 24/7 SOC, is far more expensive than subscribing to a service that already operates one.

Is managed EDR the same as MSSP?

No. MSSP describes a type of provider — one that packages and delivers managed security services, which can include MDR, managed EDR/XDR, firewall management, log monitoring, compliance support and more. Managed EDR describes a specific service (detection and response on endpoint technology), not a provider category, so an MSSP is one of the provider types that might deliver it.

How quickly can a managed EDR provider respond to an incident?

There’s no single defensible benchmark, because MTTR is defined differently across providers — it can mean time to acknowledge, investigate, contain, remediate or fully resolve. Ask exactly what the provider’s MTTR covers, when the clock starts, which severities it applies to, and whether the number quoted is an SLA, an objective, an average or a best case. Acronis MDR, for example, targets an up-to-60-minute mean-time-to-respond objective — ask any provider for the same level of specificity before comparing SLAs.

Who owns the data in a managed EDR engagement?

Data ownership, controller/processor roles, retention, export rights and the provider’s rights to use aggregated or anonymized threat data depend on the contract, applicable law and service architecture — they are not universal facts. Review the data-processing agreement, retention schedule, export formats, data residency and deletion obligations before signing, and have Legal review the terms.

How does managed EDR handle false positives?

A well-run managed EDR or XDR service filters most false positives before they reach the client, through a dedicated SOC triage layer. Rather than asking for an alert-to-incident ratio — which can be skewed by triage style, escalation criteria or how a provider defines “alert” and “incident” — evaluate detection precision, confirmed false-positive rates, the volume of customer-actionable escalations, tuning processes and independent detection validation. Ask the provider to define each metric before comparing results.

Can managed EDR run alongside existing security tools?

Yes. Managed EDR and XDR are designed to complement existing security infrastructure including firewalls, email gateways, identity providers and backup systems. Most providers offer integrations with major SIEM, ticketing and IT operations platforms. Running multiple active endpoint detection agents can create performance, compatibility or duplicated-response issues — verify the vendors’ coexistence guidance, required exclusions and migration procedures before deploying overlapping endpoint controls.

What happens during contract termination with a managed EDR provider?

The exit process should be defined in the original contract. Expect it to cover data export, retention and deletion timelines, agent-removal procedures, access to historical incident records, handling of any open incidents, and any transition assistance. There is no universal offboarding standard, so confirm these terms before signing rather than assuming a default window.

Organizations need continuous detection and response capability, but they do not all need to build it internally. For MSPs without the staffing, expertise or economics to operate a 24/7 SOC, MDR provides a practical way to deliver advanced protection to SMB clients. Acronis MDR combines expert monitoring and response with the integrated remediation, recovery and endpoint-management capabilities of Acronis Cyber Platform (formerly Acronis Cyber Protect Cloud), helping MSPs protect client operations without adding a fragmented security stack.

Explore Acronis EDR and XDR in Acronis Cyber Platform (formerly Acronis Cyber Protect Cloud) or talk to an Acronis expert about adding 24/7 Acronis MDR to your security services.