Huntress Managed EDR Review

Last updated: April 2026

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Quick Answer

CrowdStrike achieved 100% detection and protection scores in MITRE evaluations with zero false positives.
Huntress offers Managed EDR solutions designed for Managed Service Providers (MSPs).
SentinelOne showed a 50% protection score with 7 false positives in a recent MITRE Engenuity test.
CrowdStrike claims customers spend less hours maintaining their system and experience faster investigations.

Managed Endpoint Detection & Response (EDR) solutions are crucial for Managed Service Providers (MSPs) looking to protect their clients against sophisticated cyber threats. Huntress specifically targets the MSP market with its Managed EDR offerings, aiming to simplify security operations for these partners and their small to medium-sized business (SMB) clients. While Huntress focuses on enabling MSPs, the broader EDR landscape includes major players like CrowdStrike and SentinelOne, which offer distinct approaches and performance metrics. For example, CrowdStrike has demonstrated strong performance in independent evaluations, achieving 100% detection and protection scores in MITRE evaluations with zero false positives. In contrast, SentinelOne recorded a 50% protection score and 7 false positives in a different MITRE Engenuity test. Understanding these differences helps MSPs choose the right EDR solution to maximize their security investments and client protection.

What is Managed EDR and Why Does it Matter for MSPs?

Managed Endpoint Detection & Response (EDR) provides continuous monitoring and response to threats directly on endpoints, such as laptops, servers, and mobile devices. This technology is vital for identifying and neutralizing advanced persistent threats, ransomware, and fileless malware that traditional antivirus software might miss. For Managed Service Providers (MSPs), EDR is not just another security tool; it is a fundamental component of a modern cybersecurity stack. MSPs often leverage EDR solutions to enhance their cybersecurity offerings, providing clients with a proactive defense against evolving threats that require more than simple signature-based detection. The ability to detect, investigate, and respond to threats in real-time is paramount for maintaining client trust and minimizing the impact of security incidents.

The significance of EDR for MSPs lies in its ability to extend a higher level of security expertise and operational efficiency to their clients, many of whom lack in-house security teams. By integrating Managed EDR into their service portfolio, MSPs can offer sophisticated threat hunting and incident response capabilities without needing to build a dedicated security operations center (SOC) from scratch. This allows them to scale their security services, protecting a larger number of endpoints across multiple client environments more effectively. Moreover, EDR provides deep visibility into endpoint activities, which is critical for compliance requirements and post-incident forensics. Without EDR, MSPs and their clients risk being exposed to stealthy attacks that can bypass conventional defenses, leading to data breaches, operational disruptions, and significant financial losses. The proactive nature of EDR, combined with expert human oversight often provided by the managed component, ensures that potential threats are not just detected but also properly triaged and responded to before they can cause widespread damage.

The Role of EDR in Preventing Breaches

EDR systems are designed to go beyond simple threat blocking by continuously collecting data from endpoints, analyzing it for suspicious activities, and providing the tools to investigate and remediate incidents. This deep visibility allows for the detection of subtle indicators of compromise that might signify an attacker is already inside the network. For MSPs, this means they can offer their clients a robust defense that actively hunts for threats rather than passively waiting for them to appear. The detailed telemetry gathered by EDR agents helps security analysts understand the full scope of an attack, including its origin, propagation, and impact. This information is crucial for effective incident response, enabling MSPs to contain threats quickly and restore affected systems with minimal downtime. The goal is not just to prevent breaches but also to minimize their impact when they do occur, a critical capability for any organization in today's threat landscape.

MSPs vs. MSSPs and EDR Adoption

Understanding the differences between MSPs and Managed Security Service Providers (MSSPs) is key to leveraging EDR effectively. An MSP typically manages a client's entire IT infrastructure, including networks, applications, and endpoints, often encompassing basic security measures. An MSSP, however, specializes exclusively in cybersecurity services, offering more advanced threat detection, incident response, and compliance management. While EDR is a core offering for MSSPs, many MSPs are now integrating Managed EDR into their services to provide a more comprehensive security posture. This convergence allows MSPs to expand their security capabilities and address the growing demand for sophisticated threat protection among their client base. Huntress specifically designs its platform to cater to Managed Service Providers, making advanced security accessible to a wider range of businesses through their trusted IT partners. This approach helps MSPs bridge the gap between their traditional IT management services and the specialized requirements of modern cybersecurity.

The Growing Need for Managed EDR

The increasing sophistication of cyberattacks means that businesses of all sizes need advanced protection. Small and medium-sized businesses (SMBs), in particular, often lack the resources, budget, and expertise to implement and manage complex EDR solutions in-house. This creates a significant opportunity for MSPs to step in and provide Managed EDR as a critical service. By outsourcing EDR management to an MSP, SMBs can benefit from enterprise-grade security without the overhead of hiring dedicated security staff or investing heavily in specialized tools. For MSPs, offering Managed EDR not only generates new revenue streams but also strengthens their value proposition to clients, positioning them as essential partners in navigating the complex world of cybersecurity. The continuous monitoring, proactive threat hunting, and rapid incident response capabilities inherent in Managed EDR are indispensable for protecting clients against the relentless barrage of cyber threats they face daily.

How Does Huntress Position Its Managed EDR?

Huntress offers Managed EDR solutions specifically designed to meet the needs of Managed Service Providers (MSPs). Their platform aims to simplify advanced cybersecurity for these partners, enabling them to deliver robust protection to their small and medium-sized business (SMB) clients without requiring deep, in-house security expertise. Huntress focuses on providing a solution that is easy to deploy and manage, allowing MSPs to integrate sophisticated threat detection and response capabilities into their existing service offerings seamlessly. The core idea behind Huntress's positioning is to empower MSPs to become more effective security providers, helping them safeguard their clients against persistent threats that often bypass traditional security tools.

The Huntress platform is built with the operational realities of MSPs in mind, offering a managed service component that offloads much of the burden of threat hunting and incident response. This means that while the EDR technology is deployed on client endpoints, the heavy lifting of analyzing alerts, identifying true positives, and guiding remediation is handled by the Huntress security team. This approach allows MSPs to focus on their core IT management responsibilities while still delivering a high level of security. Huntress emphasizes that its solutions are for Managed Service Providers, providing them with the tools and support necessary to offer comprehensive endpoint protection. Through strategic integrations, Huntress aims to help MSPs and SMBs maximize security investments, ensuring that their clients receive the best possible defense against cyberattacks.

Empowering MSPs for Advanced Threat Detection

Huntress positions its Managed EDR as a force multiplier for MSPs. Many MSPs may not have a dedicated security operations center (SOC) or a team of full-time threat hunters. Huntress fills this gap by providing a managed service that augments the MSP's capabilities. The platform continuously monitors endpoints for suspicious activity, and when potential threats are identified, the Huntress team investigates. This human-powered threat hunting is a key differentiator, as it helps to filter out false positives and focus on real threats that require attention. By offloading this specialized task, Huntress enables MSPs to offer advanced threat detection without the significant investment in personnel and training that would otherwise be required. This model allows MSPs to provide a higher level of security to their clients, enhancing their value proposition and competitive edge in the market.

Streamlined Operations for MSP Partners

Operational efficiency is a core tenet of Huntress's Managed EDR offering. The platform is designed to be easy for MSPs to deploy and manage across multiple client environments. This includes straightforward agent deployment and a centralized portal for managing security across all clients. The focus on ease of use helps MSPs to quickly onboard new clients and scale their security services without encountering significant operational hurdles. By providing a streamlined experience, Huntress helps MSPs reduce the time and effort spent on security management, allowing them to allocate resources more effectively. The integration capabilities of the Huntress platform further enhance this efficiency, allowing it to work seamlessly with other tools and systems that MSPs already use. This commitment to operational simplicity ensures that MSPs can deliver robust endpoint security to their clients without adding undue complexity to their own workflows.

Maximizing Security Investments through Integration

Huntress understands that MSPs and SMBs operate within budget constraints and need solutions that provide maximum value. The company's focus on integrations is a key part of how it helps partners maximize their security investments. By working with existing tools and infrastructure, Huntress Managed EDR can enhance the overall security posture without requiring a complete overhaul of a client's IT environment. This approach ensures that current investments in security technologies are leveraged effectively, and new capabilities are added incrementally. For example, Huntress's expansion of Microsoft integration helps MSSPs and SMBs maximize security investments. This strategy allows MSPs to offer a comprehensive security solution that is both powerful and cost-effective, providing their clients with advanced protection that fits within their operational and financial realities. The goal is to provide a robust defense that is accessible and manageable for the MSP community, ultimately strengthening the cybersecurity landscape for SMBs. This commitment to integration and ease of use underscores Huntress's dedication to supporting its MSP partners in delivering top-tier security services.

How Does CrowdStrike Compare in EDR Performance?

CrowdStrike demonstrates strong performance in the EDR market, particularly highlighted by its results in independent evaluations. The CrowdStrike Falcon platform uses AI-powered Indicators of Attack (IOAs) as a core part of its detection strategy. These IOAs, combined with integrated threat intelligence, are designed to deliver unmatched breach prevention and curated alert context. This sophisticated approach allows CrowdStrike to identify and stop threats that might evade traditional defenses. The platform's efficacy has been independently proven by MITRE, where CrowdStrike achieved 100% detection and protection scores with zero false positives. This perfect score indicates a high level of accuracy and reliability in identifying and mitigating cyber threats. CrowdStrike also employs unsupervised machine learning to find stealthy attacks, further enhancing its ability to detect advanced persistent threats and zero-day exploits. For more details, see Huntress Managed EDR Solutions.

Customers choosing CrowdStrike over SentinelOne often cite benefits like less hours to maintain and faster investigations. This suggests that beyond its strong detection capabilities, CrowdStrike also offers operational advantages that contribute to a lower total cost of ownership and improved security team efficiency. The platform is built to provide comprehensive coverage against a wide range of threats, from commodity malware to advanced fileless and credential-based attacks. The focus on preventing breaches through advanced AI and threat intelligence positions CrowdStrike as a leading solution for organizations seeking robust endpoint protection. The consistent performance in evaluations and positive customer feedback underscore its reputation as a highly effective EDR provider.

Unmatched Detection with AI-Powered IOAs

CrowdStrike's approach to EDR centers on its AI-powered Indicators of Attack (IOAs). Unlike traditional signature-based detection, IOAs focus on identifying behaviors and sequences of events that indicate malicious activity, regardless of whether a specific malware signature is known. This behavioral analysis is crucial for catching fileless attacks, which execute directly in memory without dropping any files onto the disk, and credential-based threats, which exploit legitimate user credentials to move laterally within a network. According to CrowdStrike's assessment, "CrowdStrike’s AI-powered Indicators of Attack (IOAs) and integrated threat intelligence deliver unmatched breach prevention and curated alert context, independently proven by MITRE with 100% detection and protection scores and zero false positives." This emphasizes the platform's ability to not only detect but also prevent sophisticated attacks with high accuracy. The integration of threat intelligence provides additional context to alerts, helping security teams understand the nature and severity of a threat more quickly, which is vital for rapid response.

Superior Performance in MITRE Evaluations

The MITRE Engenuity ATT&CK evaluations are widely regarded as a benchmark for EDR product performance, testing solutions against real-world adversary tactics and techniques. CrowdStrike's results in these evaluations are a significant indicator of its capabilities. The platform achieved 100% detection and protection scores and zero false positives, demonstrating its ability to catch every stage of a simulated attack without generating extraneous alerts. This level of accuracy is critical for security operations centers (SOCs), as a high volume of false positives can lead to alert fatigue and distract analysts from genuine threats. By minimizing false positives, CrowdStrike helps SOC teams focus their efforts on true incidents, improving overall response times and efficiency. The consistent performance in these rigorous tests provides strong evidence of CrowdStrike's effectiveness in stopping breaches.

Operational Efficiency and Customer Experience

Beyond its technical prowess, CrowdStrike also focuses on providing a streamlined operational experience for its users. The company claims that customers spend less hours to maintain their system, which translates into lower operational costs and less burden on IT and security teams. This is partly due to its single, lightweight agent design, which deploys all platform modules and installs in minutes across hundreds of thousands of endpoints. Furthermore, CrowdStrike highlights faster investigations as a key benefit for its customers. When an alert is generated, the rich context provided by the platform, coupled with its advanced analytical capabilities, allows security analysts to quickly understand the scope of an incident and initiate remediation. This efficiency is crucial for minimizing the dwell time of attackers and reducing the overall impact of a breach. The combination of strong detection, minimal false positives, and operational efficiency makes CrowdStrike a compelling choice for organizations seeking a high-performing EDR solution.

What Are SentinelOne's EDR Capabilities?

SentinelOne offers its Singularity Platform, which includes comprehensive Endpoint Security and Extended Detection and Response (XDR) capabilities. This platform is built on AI-powered security solutions, designed for autonomous prevention, detection, and response across various environments. SentinelOne’s approach integrates threat intelligence to provide a broad defense against cyber threats. The Singularity Platform aims to unify security operations, offering modules for endpoint protection, cloud security, identity threat detection, and vulnerability management. It also features Purple AI for accelerating SecOps with generative AI and Singularity Hyperautomation for automating security processes. The SentinelOne Annual Threat Report serves as a guide for defenders, providing insights from the frontlines of cybersecurity.

Despite its broad platform offering, SentinelOne's performance in recent independent evaluations has drawn scrutiny. In a recent MITRE Engenuity test in which SentinelOne participated, the platform recorded a 50% protection score and generated 7 false positives. This performance suggests a significant gap in its ability to fully protect against simulated attacks and a higher rate of extraneous alerts compared to some competitors. Furthermore, SentinelOne elected to withdraw from the most recent MITRE evaluation after MITRE revealed its cross-domain scope and complexity. This decision has raised questions about its readiness to handle advanced, multi-stage attacks. Critiques also suggest that SentinelOne's supervised-ML detection engine may miss advanced threats, including fileless and credential-based attacks, and that its high false positive rate can overwhelm SOC teams with alerts.

The Singularity Platform and AI-Powered Security

SentinelOne's core offering is the Singularity Platform, which aims to provide integrated enterprise security. This platform encompasses a wide range of security modules beyond just endpoint protection, including Singularity XDR for native and open protection, detection, and response. It also features Singularity RemoteOps Forensics for orchestrating forensics at scale and Singularity Threat Intelligence for comprehensive adversary intelligence. The platform leverages AI for security, positioning itself as a leader in AI-powered security solutions. This AI is fundamental to its autonomous prevention, detection, and response capabilities, designed to operate without constant human intervention. SentinelOne also focuses on securing AI itself with Prompt Security tools. The breadth of the Singularity Platform suggests an ambition to offer a holistic security solution covering various aspects of an enterprise's digital footprint.

MITRE Engenuity Test Results and Concerns

While SentinelOne positions itself as a leader in AI-powered security, its performance in specific independent evaluations has raised concerns. In a recent MITRE Engenuity test, SentinelOne achieved only a 50% protection score. This means that half of the simulated attack steps managed to bypass its defenses, leaving endpoints vulnerable to compromise. Alongside this, the platform generated 7 false positives during the same test. False positives can be a significant drain on security teams, as each alert requires investigation, diverting resources from genuine threats. According to CrowdStrike's assessment, "Only 50% protection score with 7 false positives in the most recent MITRE Engenuity test in which SentinelOne participated. SentinelOne elected to withdraw from the most recent evaluation after MITRE revealed its cross-domain scope and complexity." This withdrawal from a more complex evaluation suggests potential limitations in its ability to handle cross-domain threats. The Exabeam explainer comparing CrowdStrike vs SentinelOne also highlights these differences.

Detection Engine Limitations and Response Strategy

Critics suggest that SentinelOne's supervised-ML detection engine may have limitations when it comes to identifying advanced threats. Specifically, it is described as potentially missing fileless and credential-based threats. These types of attacks are increasingly common and are designed to evade traditional security measures, making their detection critical for modern cybersecurity. The reliance on supervised machine learning means the system learns from labeled data, which can be less effective against novel or rapidly evolving attack techniques. Furthermore, SentinelOne is noted for a high false positive rate, which can bury Security Operations Center (SOC) teams in a mountain of alerts, leading to alert fatigue and potentially causing real threats to be overlooked. The platform anticipates missing threats, relying on "rollback" as a response mechanism. However, this rollback capability is described as an ineffective response that cannot guarantee remediation, implying that while it can revert changes, it may not fully address the root cause or complete eradication of an advanced threat. SentinelOne also had the lowest total accuracy in the SE Labs 2024 Endpoint Security Enterprise test, further questioning its overall efficacy.

What Are the Operational Differences Between CrowdStrike and SentinelOne?

The operational differences between CrowdStrike and SentinelOne are significant, impacting deployment, maintenance, and overall management for IT and security teams. CrowdStrike emphasizes an effortless operational experience, largely due to its single, lightweight agent. This agent is designed to deploy all platform modules and can be installed in minutes across hundreds of thousands of endpoints. CrowdStrike's update process is also designed to eliminate operational workload for customers, ensuring that every endpoint always has the latest capabilities and protection without requiring cumbersome tuning. This approach aims to minimize the administrative burden on security teams, allowing them to focus on threat hunting and incident response rather than system maintenance.

In contrast, SentinelOne is often described as hard to deploy and difficult to manage. Its agent is noted for consuming significant resources, which can potentially impact endpoint performance. This heavier agent footprint might lead to slower system response times or compatibility issues with other software. Furthermore, SentinelOne reportedly requires manual agent updates, which can drive up operational burden, especially in large environments. Manual exclusions are also necessary for software interoperability issues, creating potential blind spots for adversaries if not managed meticulously. These operational characteristics suggest that SentinelOne may require more hands-on management and resource allocation from IT teams compared to CrowdStrike.

Agent Footprint and Performance Impact

One of the most frequently cited operational differences lies in the endpoint agent itself. CrowdStrike prides itself on its single, lightweight agent. This agent is designed to have a minimal impact on endpoint performance, ensuring that end-users do not experience slowdowns or disruptions while the security software is running. The lightweight nature also contributes to rapid deployment, allowing organizations to secure a vast number of endpoints quickly and efficiently. This design philosophy is central to CrowdStrike's claim of effortless operation, as it reduces the likelihood of resource conflicts and performance degradation, which can be a major pain point for IT administrators. For more details, see CrowdStrike vs. SentinelOne Comparison.

SentinelOne's agent, however, is described as heavy and consuming significant resources. This heavier agent can potentially impact endpoint performance, leading to concerns about system responsiveness and user experience. In environments where endpoint resources are already constrained, a resource-intensive security agent can become a bottleneck, affecting productivity and potentially leading to user complaints. The difference in agent footprint directly affects the ease of integration into existing IT infrastructures and the overall user perception of the security solution. A heavier agent may also complicate deployment in virtualized environments or on older hardware, requiring more planning and potentially more powerful machines.

Updates and Maintenance Overhead

The process of updating and maintaining the EDR solution is another critical operational differentiator. CrowdStrike's update process is designed to eliminate operational workload for customers. This means that updates are typically handled seamlessly in the background, ensuring that endpoints always have the latest capabilities and protection without requiring manual intervention from IT staff. This automated approach significantly reduces the administrative burden, freeing up valuable time for security professionals to focus on higher-value tasks like threat analysis and proactive defense. The absence of cumbersome tuning requirements further streamlines operations, making the platform easier to manage at scale.

Conversely, SentinelOne reportedly requires manual agent updates. In large enterprise environments, manual updates can be a time-consuming and resource-intensive task, potentially leading to delays in applying critical security patches or new features. This manual process can increase the operational burden on IT teams, requiring scheduled maintenance windows and careful coordination to avoid disrupting business operations. Additionally, SentinelOne requires manual exclusions for software interoperability issues. These exclusions, while sometimes necessary, can create blind spots for adversaries if not meticulously managed, potentially compromising the overall security posture. The need for manual intervention in updates and exclusions suggests a more hands-on and potentially more complex management experience with SentinelOne.

Deployment and Management Complexity

CrowdStrike's single, lightweight agent deploys all platform modules and installs in minutes to hundreds of thousands of endpoints, indicating a high degree of deployment scalability and simplicity. This unified agent approach reduces complexity by consolidating multiple security functions into one client-side component, making installation and ongoing management straightforward. The platform's design focuses on minimizing the need for manual configuration and tuning, contributing to its "effortless to operate" reputation. This ease of deployment and management is particularly attractive to organizations with limited IT resources or those managing a vast, distributed endpoint environment.

SentinelOne, on the other hand, is described as hard to deploy and difficult to manage. This complexity can arise from various factors, including the agent's resource demands, the need for manual updates, and the potential for software interoperability issues requiring manual exclusions. These factors collectively contribute to a higher operational burden and potentially longer deployment cycles. The necessity for manual intervention in several key areas means that SentinelOne may require more specialized knowledge and dedicated resources for effective management. When we compared the two, it's clear that the design philosophies diverge significantly regarding operational simplicity versus potentially granular control, impacting the overall user experience and total cost of ownership.

How Do They Handle Advanced Threats and False Positives?

CrowdStrike and SentinelOne employ different strategies for handling advanced threats and managing false positives, leading to distinct outcomes in real-world scenarios and independent evaluations. CrowdStrike's approach is centered on its AI-powered Indicators of Attack (IOAs) and integrated threat intelligence. These capabilities are designed to deliver unmatched breach prevention and curated alert context, enabling the platform to identify and prevent sophisticated attacks. CrowdStrike also uses unsupervised machine learning to find stealthy attacks and actively works to cut out false positives, aiming to reduce the burden on Security Operations Center (SOC) teams. This combination of advanced detection and false positive reduction helps ensure that security analysts can focus on genuine threats.

SentinelOne's method, primarily relying on a supervised-ML detection engine, is said to have limitations in detecting advanced threats. This engine reportedly misses threats such as fileless and credential-based attacks, which are common tactics used by modern adversaries. Furthermore, SentinelOne is noted for a high false positive rate, which can overwhelm SOC teams with a "mountain of alerts." This volume of false positives can lead to alert fatigue and delay responses to actual threats. SentinelOne's response strategy often includes a "rollback" mechanism, but this is described as an ineffective response that cannot guarantee full remediation, suggesting that it may not completely neutralize complex threats or remove all traces of an intrusion.

CrowdStrike's Proactive Threat Prevention

CrowdStrike's strategy for advanced threats is highly proactive, leveraging its AI-powered IOAs to detect malicious behaviors rather than just static signatures. This behavioral approach is critical for catching sophisticated attacks that constantly evolve to evade traditional defenses. By focusing on the sequence of actions an attacker takes, CrowdStrike can identify threats like fileless malware that execute directly in memory or credential-based attacks that use legitimate tools and accounts. The integrated threat intelligence further enhances this capability by providing real-time context and insights into current adversary tactics, techniques, and procedures (TTPs). This combination allows CrowdStrike to prevent breaches and provide curated alert context, which means that when an alert is generated, it comes with rich information that helps security teams quickly understand the threat and its potential impact. This proactive prevention significantly reduces the window of opportunity for attackers.

In our analysis, CrowdStrike's use of unsupervised machine learning is also a key factor in its ability to find stealthy attacks. Unsupervised learning models can identify anomalies and patterns in data without prior labeling, making them highly effective against novel and unknown threats. This capability is crucial for detecting zero-day exploits and highly evasive malware that have not been seen before. By combining these advanced detection methods with a strong focus on reducing false positives, CrowdStrike aims to provide a highly accurate and actionable threat detection system. This means SOC teams spend less time chasing down benign alerts and more time responding to critical incidents, improving overall security posture and operational efficiency.

SentinelOne's Detection Engine and False Positive Challenges

SentinelOne's detection engine, primarily based on supervised machine learning, faces challenges in detecting certain types of advanced threats. Critics point out that its supervised-ML engine may miss advanced threats, including fileless and credential-based threats. These attack vectors are particularly insidious because they often operate without leaving traditional forensic evidence or by impersonating legitimate user activity, making them hard to detect with models trained on known malicious patterns. The reliance on supervised learning means the system is only as good as the data it was trained on, potentially struggling with entirely new attack methodologies. This limitation can leave organizations vulnerable to some of the most sophisticated and prevalent threats in today's landscape.

A significant concern with SentinelOne's approach is its high false positive rate. A "high false positive rate buries SOC teams in a mountain of alerts," as described in comparisons. This overload of alerts can lead to "alert fatigue," where security analysts become desensitized to warnings and may inadvertently overlook legitimate threats amidst the noise. The time and resources spent investigating benign alerts can be substantial, diverting attention from critical security tasks and increasing operational costs. While SentinelOne includes a "rollback" feature as a response, this is often seen as a reactive measure rather than a proactive prevention. The description of rollback as an "ineffective response that can’t guarantee remediation" suggests that while it can revert system changes, it may not fully eradicate the threat or address the root cause of the compromise, leaving systems potentially vulnerable to re-infection or further exploitation. This reactive stance and the high volume of false positives present a considerable operational challenge for security teams using SentinelOne. For more details, see SentinelOne vs. CrowdStrike Cybersecurity.

Is Platform Consolidation a Factor?

Platform consolidation is a significant factor in the EDR market, influencing how effectively security solutions can integrate and provide comprehensive protection across an enterprise. CrowdStrike actively positions itself as a platform for cybersecurity consolidation, aiming to offer a unified suite of security modules. This strategy is evident in its integrated cloud security modules, which include capabilities like Cloud Security Posture Management (CSPM) and Data Security Posture Management (DSPM), designed to secure cloud environments comprehensively. By offering a single platform that covers endpoints, cloud, and identity, CrowdStrike seeks to simplify security operations and reduce the complexity of managing multiple point products.

In contrast, SentinelOne is described as having weak, disconnected point products, which can lead to gaps in security coverage. It reportedly lacks integrated cloud security modules such such as ASPM (Application Security Posture Management) and DSPM, potentially leaving organizations vulnerable in their cloud environments. Furthermore, SentinelOne's in-house Managed Detection and Response (MDR) offering is considered limited, creating more homework for SOC teams who may need to integrate additional services or manage more tasks themselves. Its identity security module is also said to lack the behavioral baselining needed to catch credential abuse, indicating a potential weakness in protecting against identity-based attacks. These differences in platform integration highlight distinct philosophies on how to deliver comprehensive security.

CrowdStrike's Unified Platform Strategy

CrowdStrike's strategy revolves around building a unified platform for cybersecurity consolidation. This means offering a broad array of security capabilities that are tightly integrated and managed from a single console, all powered by its lightweight agent. This approach aims to eliminate the need for organizations to piece together disparate security tools from multiple vendors, which can lead to complexity, integration challenges, and security gaps. CrowdStrike's platform includes integrated cloud security modules, such as Singularity Cloud Security for AI-Powered CNAPP (Cloud Native Application Protection Platform), Singularity Cloud Workload Security for real-time cloud workload protection, and Singularity Cloud Data Security for AI-powered threat detection for cloud storage. It also includes Singularity Cloud Security Posture Management to detect and remediate cloud misconfigurations. These integrated modules provide comprehensive protection across the entire attack surface, from endpoints to cloud infrastructure.

By consolidating these functions, CrowdStrike helps organizations reduce operational overhead, improve visibility, and enhance their overall security posture. The goal is to provide a seamless security experience where data from different modules can be correlated to provide a more complete picture of threats. This integrated approach also extends to identity security, where its AI-powered Indicators of Attack (IOAs) are effective in detecting and preventing credential abuse. The platform's ability to provide a holistic view of security across various domains simplifies management for security teams and ensures a more cohesive defense against sophisticated, multi-stage attacks. This commitment to consolidation makes CrowdStrike an attractive option for organizations looking to streamline their security operations and reduce vendor sprawl.

SentinelOne's Disconnected Product Landscape

SentinelOne, while offering a wide array of products under its Singularity Platform, is criticized for having weak, disconnected point products. This suggests that while individual components might exist, their integration may not be as seamless or comprehensive as a truly unified platform. A key area where this becomes apparent is in cloud security. SentinelOne reportedly lacks integrated cloud security modules like ASPM (Application Security Posture Management) and DSPM (Data Security Posture Management). This absence can leave significant gaps for adversaries, particularly as more organizations migrate critical workloads and data to cloud environments. Without native, integrated cloud security, organizations might need to procure additional third-party solutions, increasing complexity and potential blind spots.

Furthermore, SentinelOne's in-house MDR (Managed Detection and Response) offering is described as limited, creating more "homework for SOC teams." This means that even with a managed service, security teams might still be responsible for significant portions of incident investigation, threat hunting, or remediation, rather than having these tasks fully handled. This can negate some of the benefits of a managed service, increasing the burden on internal resources. The identity security module is also noted for lacking behavioral baselining needed to catch credential abuse. Behavioral baselining is crucial for identifying anomalous login patterns or unusual access attempts that signal a compromised identity. Without this capability, the identity security module may be less effective in protecting against one of the most common and damaging attack vectors. These limitations in integration and specific security domains suggest that SentinelOne may require more manual effort and additional security tools to achieve a truly comprehensive security posture.

Frequently Asked Questions

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

CrowdStrike primarily uses AI-powered Indicators of Attack (IOAs) and unsupervised machine learning to detect threats, focusing on behavioral patterns and anomalies. This approach helps them find stealthy attacks and achieve 100% detection and protection scores with zero false positives in MITRE evaluations. SentinelOne, on the other hand, relies on a supervised-ML detection engine, which is reported to miss advanced threats like fileless and credential-based attacks, and showed only a 50% protection score with 7 false positives in a recent MITRE Engenuity test.

How does Huntress fit into the EDR landscape for MSPs?

Huntress offers Managed EDR solutions specifically designed for Managed Service Providers (MSPs). Their platform aims to empower MSPs to deliver advanced cybersecurity to SMBs by simplifying threat detection and response. Huntress helps MSPs and SMBs maximize security investments through integrations, allowing them to provide sophisticated protection without needing a dedicated security operations center.

What are the reported operational overheads for SentinelOne?

SentinelOne is described as hard to deploy and difficult to manage, with a heavy agent that consumes significant resources and potentially impacts endpoint performance. It reportedly requires manual agent updates, which increases operational burden, and manual exclusions for software interoperability issues, creating potential blind spots for adversaries. This contrasts with CrowdStrike's lightweight agent and automated update process.

Did SentinelOne participate in all recent MITRE Engenuity tests?

No, SentinelOne elected to withdraw from the most recent MITRE evaluation after MITRE revealed its cross-domain scope and complexity. In the most recent MITRE Engenuity test in which SentinelOne did participate, it achieved only a 50% protection score with 7 false positives.

What kind of security modules does CrowdStrike offer beyond endpoint protection?

CrowdStrike offers a unified platform for cybersecurity consolidation, including integrated cloud security modules such as Cloud Security Posture Management (CSPM), Data Security Posture Management (DSPM), and Cloud Workload Security. It also provides robust identity security capabilities that use behavioral baselining to catch credential abuse, all managed through a single, lightweight agent.