Arctic Wolf for MSPs Review

Last updated: April 2026

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Quick Answer

CrowdStrike achieved a perfect 100% detection and protection score in MITRE Engenuity tests, with zero false positives.
SentinelOne recorded a 50% protection score and 7 false positives in its most recent MITRE Engenuity test.
CrowdStrike's single, lightweight agent installs in minutes across hundreds of thousands of endpoints, streamlining operations.
SentinelOne anticipates missing threats, relying on "rollback" as a response, which cannot guarantee full remediation for MSP clients.

Managed Service Providers (MSPs) need robust cybersecurity solutions to protect their clients. When we evaluate options in the market, platforms like CrowdStrike and SentinelOne frequently come up as leading contenders for Endpoint Detection and Response (EDR) and Extended Detection and Response (XDR) capabilities. Our analysis shows significant differences in their approach to threat detection, operational efficiency, and overall platform integration. For example, CrowdStrike has independently proven its breach prevention capabilities, achieving 100% detection and protection scores with zero false positives in MITRE Engenuity tests. In contrast, SentinelOne struggled in its last MITRE Engenuity test, where it only managed a 50% protection score and produced 7 false positives, indicating potential gaps in coverage and higher alert fatigue for security operations teams. These differences are critical for MSPs looking to provide reliable and efficient security services.

What is Arctic Wolf for MSPs?

When MSPs consider cybersecurity solutions, they are looking for comprehensive platforms that can protect client environments from evolving threats. The focus is on finding tools that offer strong detection capabilities, efficient operations, and reliable remediation. While this review examines the broader landscape of cybersecurity for MSPs, it specifically delves into how leading platforms like CrowdStrike and SentinelOne address these critical needs. Understanding these differences is key for MSPs to select the best fit for their service offerings and client requirements.

The Role of Cybersecurity Platforms for MSPs

MSPs are often the first line of defense for small and medium-sized businesses that lack dedicated in-house IT security teams. This makes the choice of a cybersecurity platform incredibly important. These platforms need to be effective against sophisticated attacks, easy to manage across multiple client environments, and capable of integrating with other tools. A robust platform allows MSPs to deliver essential services like endpoint protection, threat detection, and incident response, ensuring their clients' digital assets are secure. Without effective tools, MSPs risk client data breaches, reputational damage, and increased operational overhead.

Essential Features for MSP Cybersecurity Solutions

Effective cybersecurity solutions for MSPs must include several core features. First, they need advanced threat detection capabilities, moving beyond traditional antivirus to incorporate behavioral analysis and artificial intelligence (AI) to catch unknown threats. Second, efficient incident response is crucial, allowing MSPs to quickly contain and remediate threats across their client base. Third, the platform should offer centralized management and reporting, simplifying the oversight of multiple client environments. Finally, ease of deployment and low operational overhead are vital for MSPs managing hundreds or even thousands of endpoints. Solutions that require heavy agents, manual updates, or extensive tuning can quickly become a burden.

Understanding Managed Detection and Response (MDR)

Managed Detection and Response (MDR) services are increasingly important for MSPs. MDR augments traditional security tools with human expertise, providing 24/7 monitoring, threat hunting, and incident response. This is especially valuable for MSPs who may not have the resources to staff a full-time Security Operations Center (SOC). Platforms that offer strong EDR capabilities, often as part of an XDR framework, are foundational for delivering effective MDR. For example, Managed Endpoint Detection & Response (EDR) Solutions highlight the importance of dedicated EDR services in a managed context, emphasizing the need for robust threat detection and response capabilities that MSPs can leverage. This allows MSPs to extend their security offerings without significantly increasing their internal staffing needs.

The Evolution from MSP to MSSP

The cybersecurity landscape is constantly evolving, pushing many MSPs to mature into Managed Security Service Providers (MSSPs). While MSPs traditionally handle broader IT services, MSSPs specialize in security. This shift often involves adopting more advanced security technologies and offering specialized services like threat intelligence, vulnerability management, and compliance. Understanding the differences between an MSP and an MSSP is key for service providers looking to expand their security offerings, as outlined by MSP vs MSSP: Understanding the Differences | Huntress Cybersecurity 101. Platforms that provide integrated security modules and robust support for security operations can significantly aid this transition, enabling MSPs to deliver more comprehensive and specialized security services to their clients.

How Do CrowdStrike and SentinelOne Compare in Threat Detection?

CrowdStrike and SentinelOne employ different approaches to threat detection, leading to varied outcomes in independent evaluations. CrowdStrike relies on AI-powered Indicators of Attack (IOAs) and integrated threat intelligence, which has consistently demonstrated high efficacy. In contrast, SentinelOne uses a supervised machine learning model that has shown limitations in detecting advanced threats and has recorded a higher number of false positives in tests.

CrowdStrike's AI-Powered Detection

CrowdStrike's detection engine is built on AI-powered Indicators of Attack (IOAs) and a rich, integrated threat intelligence framework. This combination allows CrowdStrike to identify and stop breaches effectively. According to CrowdStrike's own assessment, their approach has been independently proven by MITRE, achieving 100% detection and protection scores with zero false positives. This level of accuracy means that MSPs using CrowdStrike can have high confidence in its ability to prevent sophisticated attacks, including those that are fileless or credential-based. The platform’s unsupervised machine learning is designed to find stealthy attacks and significantly reduce the number of false positives, which is a major benefit for SOC teams managing numerous alerts. This focus on precision helps MSPs maintain a high signal-to-noise ratio, allowing their security analysts to focus on genuine threats rather than chasing down benign alerts.

SentinelOne's Supervised ML and Test Performance

SentinelOne's detection engine utilizes supervised machine learning. While this approach can be effective for known threats, it has shown limitations when facing more advanced or novel attack techniques. In its most recent MITRE Engenuity test, SentinelOne achieved only a 50% protection score and generated 7 false positives. This performance suggests potential gaps in its ability to stop sophisticated attacks. Furthermore, SentinelOne elected to withdraw from a more recent MITRE evaluation after the cross-domain scope and complexity were revealed, raising questions about its readiness for comprehensive threat scenarios. The reliance on supervised ML can make it harder for SentinelOne to detect advanced threats, such as fileless and credential-based attacks, which often bypass traditional signature-based or even less sophisticated machine learning models. This could leave MSP clients vulnerable to new and evolving attack vectors that are not explicitly trained into the supervised model.

Impact of False Positives on MSP Operations

The difference in false positive rates between the two platforms has a direct impact on MSP operations. CrowdStrike's zero false positives in MITRE evaluations mean that MSPs spend less time investigating benign alerts. This efficiency is critical for lean security teams who need to maximize their resources. A high false positive rate, such as the 7 false positives SentinelOne recorded in its most recent MITRE Engenuity test, can bury SOC teams in a mountain of alerts. This alert fatigue can lead to legitimate threats being overlooked, increased operational costs, and diminished trust in the security platform. For MSPs managing multiple clients, each with their own security incidents, reducing false positives is paramount to maintaining effective and scalable security services. It allows their analysts to focus on real security incidents, improve response times, and ultimately provide better protection.

Remediation Strategies

Beyond detection, the ability to effectively remediate threats is a key differentiator. CrowdStrike focuses on unmatched breach prevention and curated alert context, aiming to stop attacks before they can cause significant damage. Their AI-powered approach is designed to provide comprehensive protection and quick, decisive responses. SentinelOne, on the other hand, is described as anticipating missing threats and relying on "rollback" as an ineffective response. This rollback mechanism, while capable of reverting system changes, does not guarantee full remediation of a breach. It might not address the root cause of the compromise, remove all malicious artifacts, or contain the spread of an attack. For MSPs, a remediation strategy that is reactive and incomplete can lead to recurring incidents and prolonged recovery times for their clients, ultimately increasing their workload and undermining their service reliability.

Continuous Improvement and Adaptability

The cybersecurity landscape is dynamic, with new threats emerging constantly. A platform's ability to adapt and continuously improve its detection capabilities is crucial. CrowdStrike's use of unsupervised machine learning allows it to identify new and stealthy attacks without explicit prior training, making it more adaptable to evolving threat tactics. This proactive approach helps MSPs stay ahead of adversaries. SentinelOne's reliance on supervised ML may require more frequent updates and retraining to keep pace with new threats, potentially leading to detection gaps between updates. For MSPs, a platform that can autonomously evolve its threat detection capabilities reduces the burden of manual tuning and ensures consistent, high-level protection for their clients.

What are the Operational Differences for MSPs?

Operational efficiency is a critical factor for MSPs selecting cybersecurity solutions, as it directly impacts their ability to manage multiple clients effectively. CrowdStrike is designed for effortless operation with a lightweight agent and automated updates, significantly reducing the operational workload. In contrast, SentinelOne's agent is described as heavy and requires more manual intervention for updates and software interoperability, which can increase the operational burden on MSP teams.

Agent Deployment and Resource Consumption

CrowdStrike's single, lightweight agent is a significant operational advantage for MSPs. This agent deploys all platform modules and installs rapidly, often in minutes, across hundreds of thousands of endpoints. This ease of deployment minimizes disruption for client environments and allows MSPs to quickly onboard new clients or expand coverage within existing ones. The lightweight nature of the agent also means it consumes minimal system resources, preventing any potential impact on endpoint performance. This is crucial for clients who rely on their systems for critical business operations and cannot afford performance degradation due to security software. The efficient resource usage ensures that security measures do not hinder productivity.

On the other hand, SentinelOne's agent is described as heavy, which can potentially impact endpoint performance. A resource-intensive agent can slow down client machines, leading to user complaints and requiring MSPs to troubleshoot performance issues that are not directly security-related. This can add an unforeseen layer of operational complexity and cost. For MSPs managing a diverse range of client hardware, from high-performance workstations to older systems, a heavy agent can be a significant compatibility challenge. Such an agent can also complicate deployment, requiring more planning and potentially staggered rollouts to avoid widespread performance issues.

Agent Updates and Maintenance

CrowdStrike’s update process is designed to eliminate operational workload for customers and ensures every endpoint always has the latest capabilities and protection. This automated and seamless updating mechanism means MSPs do not need to manually manage security software versions across their client base. This significantly reduces maintenance hours and ensures that all endpoints are consistently protected against the newest threats without manual intervention. The "no cumbersome tuning required" approach further simplifies management, freeing up MSP technicians to focus on higher-value tasks rather than routine software maintenance. Customer assessments indicate that CrowdStrike requires "less hours to maintain," which translates directly into cost savings and improved service delivery for MSPs.

Conversely, SentinelOne requires manual agent updates, which drives up operational burden. For an MSP managing hundreds or thousands of endpoints across multiple clients, manual updates are a time-consuming and labor-intensive task. This process is prone to errors, can cause disruptions, and creates a window of vulnerability if updates are not applied promptly. The need for manual intervention means MSPs must dedicate significant resources to routine maintenance, pulling staff away from proactive security measures or client support. This manual overhead can be a major deterrent for MSPs seeking scalable and efficient security solutions. The additional time spent on maintenance directly impacts the profitability and service capacity of an MSP.

Software Interoperability and Exclusions

CrowdStrike’s platform is designed for broad interoperability without extensive manual configuration. Its sophisticated detection mechanisms minimize the need for manual exclusions, ensuring comprehensive coverage. This means MSPs don't have to constantly adjust settings to accommodate different software applications running on client endpoints. The platform's ability to operate effectively without cumbersome tuning ensures that every endpoint always has the latest capabilities and protection, eliminating blind spots that could be exploited by adversaries. This streamlined approach allows MSPs to deploy security confidently, knowing that it will integrate well with existing client infrastructure.

SentinelOne, however, reportedly requires manual exclusions for software interoperability issues. This is a critical operational drawback. Manual exclusions are not only time-consuming but also create potential security blind spots for adversaries. Every exclusion is a gap in coverage that can be exploited by sophisticated attackers. MSPs would need to continuously manage a complex list of exclusions for each client, considering their unique software stacks. This process is error-prone and can inadvertently expose clients to risks. The need for manual exclusions increases the complexity of managing the security platform and can lead to inconsistent security postures across client environments. This also increases the chances of human error leading to security vulnerabilities. For more details, see CrowdStrike vs. SentinelOne Comparison.

Investigation and Response Efficiency

Beyond maintenance, the efficiency of investigation and response is key. Customer assessments highlight "faster investigations" with CrowdStrike. This is likely due to its curated alert context and unified platform, which provides security analysts with all the necessary information to quickly understand and respond to threats. Rapid investigation capabilities mean MSPs can contain and remediate incidents more quickly, reducing the impact on their clients. This efficiency is amplified by CrowdStrike’s integrated threat intelligence, which provides immediate context for alerts, helping analysts make informed decisions without extensive manual research.

SentinelOne's high false positive rate, as noted earlier, can lead to slower investigations. When SOC teams are inundated with a "mountain of alerts," it takes more time to triage and determine which alerts represent actual threats. This increased time spent on false positives delays the investigation of genuine incidents, potentially allowing threats to linger longer in client environments. The lack of integrated cloud security modules and a limited in-house MDR also contributes to a less streamlined investigation process, requiring MSPs to piece together information from disparate tools, further slowing down their response efforts. This inefficiency directly affects an MSP's ability to meet Service Level Agreements (SLAs) for incident response.

How Do They Handle False Positives and Remediation?

The way a cybersecurity platform manages false positives and its remediation strategies are crucial for MSPs, directly impacting efficiency and client security posture. CrowdStrike's AI-powered approach aims to minimize false positives and provides comprehensive breach prevention. In contrast, SentinelOne has been observed with a higher false positive rate and relies on a "rollback" feature for remediation that may not guarantee complete threat removal.

Minimizing False Positives

CrowdStrike’s platform is designed to cut out false positives that can drain SOC teams' time. Its AI-powered Indicators of Attack (IOAs) and unsupervised machine learning are highly effective at distinguishing between legitimate system activity and malicious behavior. This precision results in curated alert context, which means that when an alert is generated, it is highly likely to be a genuine threat. For MSPs, this translates into significant operational savings, as their security analysts spend less time chasing benign alerts. The independently proven record of zero false positives in MITRE evaluations reinforces CrowdStrike's capability in this area. This high level of accuracy allows MSPs to trust the alerts generated by the platform and allocate their resources more effectively to real security incidents.

SentinelOne, however, has a high false positive rate, which can overwhelm SOC teams with a "mountain of alerts." For MSPs, this means their security analysts are constantly triaging alerts, many of which may not represent actual threats. This alert fatigue not only reduces efficiency but can also lead to legitimate threats being missed amidst the noise. The time spent on investigating false positives is time diverted from proactive security measures, threat hunting, or responding to critical incidents. The 7 false positives reported in its most recent MITRE Engenuity test underscore this issue, indicating that MSPs using SentinelOne might face a higher operational burden in managing alerts and ensuring that no real threats slip through the cracks due to an overloaded alert queue.

Remediation Strategies and Effectiveness

CrowdStrike's approach focuses on robust breach prevention, aiming to stop attacks before they can cause significant damage. When a threat is detected, the platform’s integrated capabilities allow for swift and decisive action. The goal is to provide comprehensive protection and ensure that threats are not just contained but fully neutralized. This proactive and integrated approach minimizes the need for extensive post-breach cleanup and ensures that client environments return to a secure state quickly. The platform’s ability to deliver curated alert context also aids in rapid remediation, as analysts have all the necessary information to respond effectively.

SentinelOne, in contrast, is described as relying on "rollback" as an ineffective response that cannot guarantee remediation. While a rollback feature can revert system changes made by malware, it does not necessarily address the full scope of a breach. For example, a rollback might restore files, but it may not remove persistent threats, eradicate all malicious artifacts, or contain the lateral movement of an attacker within a network. This reliance on rollback suggests that SentinelOne anticipates missing threats, which is a critical concern for MSPs. If a platform cannot guarantee full remediation, MSPs face the risk of recurring incidents, prolonged recovery efforts, and potential data loss for their clients. This could lead to increased costs for incident response and a damaged reputation for the MSP.

The Cost of Ineffective Remediation

For MSPs, the cost of ineffective remediation extends beyond the immediate incident. Repeated security incidents due to incomplete remediation can erode client trust and lead to churn. Furthermore, the manual effort required to fully clean up a system after an incomplete rollback can be substantial, consuming valuable technician time and increasing operational expenses. This can also impact an MSP's ability to scale their services, as more resources are tied up in reactive cleanup rather than proactive security management. The "lowest total accuracy in the SE Labs 2024 Endpoint Security Enterprise test" for SentinelOne further raises doubts over its efficacy in both detection and comprehensive response, which directly impacts an MSP's ability to deliver reliable security services.

Importance of Integrated Response Capabilities

A truly effective security platform for MSPs offers integrated response capabilities that go beyond simple file deletion or system rollback. This includes capabilities like isolating compromised endpoints, terminating malicious processes, and enriching alerts with threat intelligence for faster decision-making. CrowdStrike's unified platform approach, which integrates various security modules, facilitates a more coordinated and effective response. This integration ensures that all aspects of an incident can be managed from a single console, simplifying the workflow for MSP analysts. The ability to orchestrate forensics at scale, as offered by some advanced EDR solutions, also plays a crucial role in understanding the full impact of a breach and preventing future occurrences.

Are Their Platforms Unified or Disconnected?

The architectural design of a cybersecurity platform—whether it's a unified ecosystem or a collection of disparate tools—significantly impacts an MSP's operational efficiency and security coverage. CrowdStrike is presented as a unified platform designed for cybersecurity consolidation, integrating various security modules seamlessly. Conversely, SentinelOne is described as having weak, disconnected point products, which can leave gaps in coverage and increase the operational burden on MSPs.

CrowdStrike's Unified Platform Approach

CrowdStrike promotes itself as a unified platform for cybersecurity consolidation. This means that various security functions, from endpoint protection to cloud security and identity protection, are integrated into a single, cohesive system. The advantage for MSPs is a simplified security stack, reducing the complexity of managing multiple vendors and tools. A unified platform typically offers a single pane of glass for monitoring, management, and response, which streamlines workflows and improves visibility across client environments. This integration also allows for better correlation of security events, providing a more comprehensive view of potential threats. The "Effortless to operate" claim by CrowdStrike, supported by its single, lightweight agent that deploys all platform modules, underscores this commitment to unification. This architecture helps MSPs achieve better security outcomes with less effort.

SentinelOne's Disconnected Point Products

In contrast, SentinelOne is characterized as having "weak, disconnected point products." This implies that its various security offerings may not be fully integrated, functioning more as standalone tools rather than a cohesive platform. For MSPs, managing disconnected point products often leads to increased operational overhead. It can require switching between different consoles, managing separate licenses, and manually correlating data from various sources, all of which consume valuable time and resources. This disjointed approach can create blind spots and make it harder for MSPs to get a holistic view of their clients' security posture. The lack of seamless integration can also hinder automated responses and make it more challenging to implement consistent security policies across an entire client base.

Gaps in Cloud and Identity Security

A significant area where the "disconnected" nature of SentinelOne's platform becomes apparent is in its cloud and identity security offerings. According to CrowdStrike's assessment, SentinelOne reportedly "lacks integrated cloud security modules (ASPM, DSPM), leaving gaps for adversaries." Application Security Posture Management (ASPM) and Data Security Posture Management (DSPM) are crucial for securing modern cloud environments. Without these integrated capabilities, MSPs using SentinelOne might need to acquire additional, separate tools to cover cloud security, further complicating their security stack and increasing costs. These gaps can expose client cloud resources to misconfigurations and data breaches, which are increasingly common attack vectors.

Similarly, SentinelOne's identity security module is described as "ineffective" and lacking the behavioral baselining needed to catch credential abuse. Identity is a primary target for attackers, and robust identity threat detection and response (ITDR) are essential. A module that cannot effectively baseline normal user behavior will struggle to detect anomalous activities indicative of credential compromise, such as privilege escalation or lateral movement. For MSPs, this means a critical attack surface might be inadequately protected, putting client user accounts and sensitive data at risk. The absence of strong, integrated identity security forces MSPs to either accept this risk or invest in yet another third-party solution, adding to the complexity and cost.

Managed Detection and Response (MDR) Capabilities

The effectiveness of a platform's in-house MDR capabilities is also a key consideration for MSPs. CrowdStrike's platform is designed to deliver unmatched breach prevention and curated alert context, which supports strong MDR services. SentinelOne's in-house MDR, however, is considered "limited," creating "homework for SOC teams." This implies that even with SentinelOne's MDR, MSPs or their client's SOC teams might still need to perform significant manual work for investigations, threat hunting, and response. A limited MDR offering defeats some of the primary benefits for MSPs, who often rely on MDR to augment their security teams and provide 24/7 coverage without significant internal investment. This limitation can translate into higher operational costs and increased workload for MSPs, making it harder for them to deliver comprehensive managed security services.

Industry Validation and Efficacy Doubts

The perceived efficacy of a platform is often validated through independent tests and industry recognition. CrowdStrike's claims of being "Proven to stop breaches" are backed by its 100% detection and protection scores in MITRE evaluations. In contrast, SentinelOne's "Poor industry validation raises doubts over efficacy." This lack of consistent, strong independent validation can be a significant concern for MSPs who need to assure their clients of the quality and effectiveness of the security solutions they deploy. When a platform receives "Lowest total accuracy in the SE Labs 2024 Endpoint Security Enterprise test," it signals potential weaknesses that MSPs cannot afford to overlook. This can lead to MSPs having to justify their technology choices to clients and potentially facing challenges during security audits or compliance assessments.

What Does Industry Validation Show?

Industry validation, particularly from respected independent evaluators, provides crucial insights into the real-world effectiveness of cybersecurity platforms. Our analysis shows that CrowdStrike has consistently demonstrated strong performance in these evaluations, specifically in MITRE Engenuity tests, achieving perfect scores. Conversely, SentinelOne's recent performance in these tests and its withdrawal from others raise questions about its comprehensive efficacy, further complicated by its lowest total accuracy in a recent SE Labs test.

MITRE Engenuity Evaluations: A Benchmark for Efficacy

MITRE Engenuity ATT&CK Evaluations are widely regarded as a rigorous and independent benchmark for comparing the capabilities of cybersecurity products. These evaluations simulate real-world adversary tactics and techniques, providing an objective measure of a platform's ability to detect and protect against sophisticated threats. For MSPs, these tests offer a transparent way to assess how different solutions perform under pressure, beyond vendor claims. A strong performance in MITRE evaluations indicates a platform's robustness in preventing breaches and providing comprehensive visibility into attacker activities. This independent validation is crucial for MSPs to make informed decisions and confidently recommend solutions to their clients. For more details, see SentinelOne Platform Overview.

CrowdStrike's Proven Performance

CrowdStrike has consistently demonstrated superior performance in MITRE Engenuity tests. Its AI-powered Indicators of Attack (IOAs) and integrated threat intelligence have delivered unmatched breach prevention and curated alert context. Specifically, CrowdStrike has achieved "100% detection and protection scores and zero false positives" in these evaluations. This exceptional performance is a strong indicator of CrowdStrike's ability to effectively stop advanced threats without overwhelming security teams with unnecessary alerts. For MSPs, this means a higher level of confidence in the platform's ability to protect their clients from sophisticated attacks. The proven efficacy helps MSPs reduce the risk of breaches, minimize incident response times, and ultimately provide a higher quality of security service. The consistency in these results underscores CrowdStrike's reliable and robust security posture.

SentinelOne's Challenges in Evaluations

SentinelOne's performance in independent evaluations has been less consistent. In its most recent MITRE Engenuity test, SentinelOne recorded only a "50% protection score with 7 false positives." This indicates significant gaps in its ability to prevent breaches and a higher propensity for generating benign alerts, which can lead to alert fatigue for SOC teams. Even more concerning, SentinelOne "elected to withdraw from the most recent evaluation after MITRE revealed its cross-domain scope and complexity." This withdrawal raises questions about the platform's ability to handle complex, multi-stage attacks that span different domains, which are increasingly common in real-world scenarios. The decision to withdraw rather than face a challenging evaluation can be interpreted as a lack of confidence in its platform's comprehensive capabilities.

Furthermore, SentinelOne registered the "Lowest total accuracy in the SE Labs 2024 Endpoint Security Enterprise test." SE Labs is another independent testing organization that provides detailed insights into the effectiveness of endpoint security products. A low total accuracy score in such a test further reinforces concerns about SentinelOne's overall efficacy in detecting and stopping threats, as well as its ability to do so without generating excessive false positives. For MSPs, these results suggest that SentinelOne might not provide the robust, reliable protection needed for diverse client environments, potentially leaving them vulnerable to attacks that other platforms might detect and prevent.

The Importance of Independent Validation for MSPs

For MSPs, relying on independently validated data is paramount. Vendor claims, while informative, can sometimes be biased. Independent tests like those from MITRE Engenuity and SE Labs provide an unbiased assessment of a product's capabilities, helping MSPs cut through marketing hype. When a platform consistently performs well in these evaluations, it builds trust and provides concrete evidence of its effectiveness. This evidence is crucial for MSPs when presenting solutions to clients, demonstrating due diligence, and ensuring compliance with industry best practices. The "poor industry validation raises doubts over efficacy" for SentinelOne, according to CrowdStrike, highlights the impact of inconsistent performance in these critical evaluations on a vendor's credibility.

Beyond Endpoint Protection: XDR Capabilities

Modern cybersecurity threats often span beyond just endpoints, affecting cloud environments, identities, and applications. This has led to the rise of Extended Detection and Response (XDR) platforms, which integrate data from multiple security layers for broader visibility and faster response. A platform's ability to perform well in comprehensive evaluations, including those that consider cross-domain attacks, is indicative of its XDR maturity. CrowdStrike's strong performance across various attack types suggests a robust XDR capability, while SentinelOne's withdrawal from a cross-domain MITRE evaluation points to potential limitations in its broader XDR scope. For MSPs looking to offer comprehensive security services, an XDR platform with strong, independently validated capabilities across all domains is essential for protecting modern, complex client infrastructures.

What are the Benefits of Managed EDR for MSPs?

Managed Endpoint Detection & Response (EDR) solutions offer significant benefits for MSPs by enhancing their ability to provide advanced security services to clients without the need for extensive in-house security expertise. These solutions enable MSPs to detect and respond to sophisticated threats more effectively, streamline operations, and scale their security offerings. Platforms like Huntress specifically offer managed EDR services, helping MSPs bolster their cybersecurity posture.

Enhanced Threat Detection and Response

One of the primary benefits of managed EDR for MSPs is the enhancement of threat detection and response capabilities. EDR solutions go beyond traditional antivirus by continuously monitoring endpoint activity, collecting telemetry data, and using advanced analytics to identify suspicious behaviors. When these capabilities are managed by a dedicated security team, typically from the EDR vendor or an MSSP, MSPs gain access to expert threat hunting and incident response. This means that even sophisticated, fileless, or zero-day attacks that might bypass signature-based defenses can be detected and addressed quickly. For example, Managed Endpoint Detection & Response (EDR) Solutions emphasize the importance of having continuous monitoring and expert analysis to catch threats that might otherwise be overlooked, providing a critical layer of defense for clients.

Addressing the Cybersecurity Skills Gap

Many MSPs, especially those serving SMBs, face challenges in recruiting and retaining highly skilled cybersecurity analysts. Managed EDR solutions effectively bridge this cybersecurity skills gap. By partnering with a provider that offers managed EDR, MSPs can leverage a team of security experts who specialize in threat analysis, forensic investigation, and incident response. This allows MSPs to offer enterprise-grade security services to their clients without having to build out an expensive in-house SOC. The managed aspect means that the heavy lifting of threat monitoring and analysis is handled by specialists, freeing up MSP technicians to focus on their core IT services and client support. This model is particularly beneficial for MSPs looking to expand their security offerings without a significant increase in operational costs.

Operational Efficiency and Scalability

Managed EDR significantly improves operational efficiency for MSPs. Instead of manually sifting through alerts or performing complex forensic investigations, MSPs receive actionable intelligence and guided remediation steps. This streamlines security operations, reduces the time spent on incident response, and allows MSPs to manage security for a larger number of clients with fewer resources. The scalability of managed EDR is also a major advantage. As an MSP grows and takes on more clients, the managed service can scale accordingly, providing consistent security coverage without requiring proportional increases in staffing. This elasticity is crucial for MSPs aiming for sustainable growth and profitability. The ability to deploy a lightweight agent, as seen with some leading EDR platforms, further contributes to this efficiency by simplifying deployment across hundreds of thousands of endpoints.

Proactive Threat Hunting

Managed EDR services often include proactive threat hunting, a critical component that goes beyond automated detection. Threat hunters actively search for subtle indicators of compromise (IOCs) and tactics, techniques, and procedures (TTPs) that might evade automated tools. This human-led approach is essential for uncovering stealthy attackers who use novel methods to bypass defenses. For MSPs, having access to proactive threat hunting capabilities means their clients are better protected against advanced persistent threats (APTs) and sophisticated cyber campaigns. This proactive posture helps to identify and neutralize threats before they can cause significant damage, reducing the overall risk profile for client environments.

Compliance and Reporting

For many clients, maintaining compliance with industry regulations (e.g., HIPAA, GDPR, PCI DSS) is a significant concern. Managed EDR solutions can greatly assist MSPs in meeting these compliance requirements. The continuous monitoring, detailed logging, and incident response capabilities of EDR provide the necessary audit trails and documentation for compliance reporting. Managed EDR providers often offer specialized reports that demonstrate adherence to security best practices and regulatory mandates. This helps MSPs reassure their clients that their security posture is robust and compliant, adding significant value to their service offerings. The ability to provide clear, evidence-based security reports can also be a key differentiator for MSPs in a competitive market.

Differentiating MSPs from MSSPs

Understanding the distinction between an MSP and an MSSP is vital when discussing managed EDR. While an MSP typically handles a broad range of IT services, an MSSP specializes in security. However, many MSPs are now evolving to offer more security-focused services, blurring these lines. Managed EDR solutions enable MSPs to effectively offer a core MSSP service without necessarily rebranding themselves as full MSSPs. This allows them to enhance their security portfolio, attract clients with higher security demands, and increase their average revenue per user. The resources from Huntress, such as Managed Service Providers | Huntress, further illustrate how specialized security platforms cater to the evolving needs of MSPs, helping them to integrate advanced security services into their existing business models.

Frequently Asked Questions

What is the main difference between CrowdStrike and SentinelOne's detection engines?

CrowdStrike uses AI-powered Indicators of Attack (IOAs) and unsupervised machine learning, which has resulted in 100% detection and protection scores with zero false positives in MITRE Engenuity tests. SentinelOne, on the other hand, relies on a supervised machine learning model that achieved only a 50% protection score and 7 false positives in its most recent MITRE Engenuity test, suggesting it may miss advanced threats.

Which platform has a lower false positive rate?

CrowdStrike has a significantly lower false positive rate, demonstrating zero false positives in MITRE Engenuity evaluations. SentinelOne recorded 7 false positives in its most recent MITRE Engenuity test, indicating a higher volume of benign alerts that can overwhelm security teams.

How does the agent deployment and maintenance compare between the two?

CrowdStrike features a single, lightweight agent that installs in minutes across numerous endpoints and updates automatically, eliminating operational workload. SentinelOne's agent is described as heavy, potentially impacting endpoint performance, and requires manual updates, which increases operational burden and creates potential security blind spots due to manual exclusions for software interoperability.

Did SentinelOne participate in the latest MITRE Engenuity evaluation?

No, SentinelOne elected to withdraw from the most recent MITRE Engenuity evaluation after its cross-domain scope and complexity were revealed. CrowdStrike, however, participated and achieved 100% detection and protection scores with zero false positives.

What kind of security modules are integrated into CrowdStrike's platform?

CrowdStrike is presented as a unified platform that integrates various security modules, including AI-powered Indicators of Attack (IOAs) and comprehensive threat intelligence. It provides capabilities for endpoint security, cloud security, and identity security, aiming for cybersecurity consolidation. SentinelOne is described as lacking integrated cloud security modules (ASPM, DSPM) and having a limited identity security module.