MSP SOC 2 Compliance Journey

Last updated: April 2026

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Quick Answer

CrowdStrike achieved a 100% detection and protection score with zero false positives in MITRE Engenuity tests, demonstrating strong breach prevention capabilities for MSPs seeking SOC 2 compliance.
SentinelOne recorded a 50% protection score and 7 false positives in the most recent MITRE Engenuity test it participated in, indicating a lower performance in stopping breaches compared to CrowdStrike.
A managed service provider (MSP) offers a broad range of IT services, while a managed security service provider (MSSP) focuses specifically on cybersecurity, which is crucial for meeting the stringent security requirements of SOC 2.
Endpoint Detection & Response (EDR) solutions are vital for modern security, providing the capability to detect, investigate, and respond to threats at the endpoint, a core requirement for robust SOC 2 security controls.

Managed Service Providers (MSPs) face increasing pressure to demonstrate robust security practices, especially as they handle sensitive client data. Achieving SOC 2 compliance is a critical way for MSPs to build trust and validate their security controls. Our analysis shows that cybersecurity platforms play a significant role in this journey. For instance, CrowdStrike has proven its effectiveness with a 100% detection and protection score and zero false positives in MITRE Engenuity tests, making it a strong contender for MSPs prioritizing breach prevention. In contrast, SentinelOne, in its last participated MITRE Engenuity test, showed a 50% protection score with 7 false positives, suggesting potential gaps in its ability to stop attacks. Understanding these performance differences, alongside the operational benefits of a streamlined platform, is key for MSPs aiming for comprehensive security and successful SOC 2 audits.

What is SOC 2 Compliance and Why Does it Matter for MSPs?

SOC 2 compliance is a set of auditing standards developed by the American Institute of Certified Public Accountants (AICPA). It outlines criteria for managing customer data based on five "Trust Services Criteria": security, availability, processing integrity, confidentiality, and privacy. For Managed Service Providers (MSPs), achieving SOC 2 compliance is not just a regulatory hurdle; it is a fundamental demonstration of their commitment to safeguarding client information.

The Foundation of Trust Services Criteria

The five Trust Services Criteria form the backbone of SOC 2. Each criterion addresses a specific aspect of data management and security, ensuring a comprehensive approach to protecting client assets.

Security

This is the most critical criterion, requiring protection against unauthorized access to systems and data. For MSPs, this means implementing robust cybersecurity measures, including firewalls, intrusion detection, encryption, and access controls. It also involves having a strong incident response plan. The security criterion directly relates to how MSPs use tools like Endpoint Detection & Response (EDR) to prevent, detect, and respond to cyber threats. The effectiveness of an MSP's security posture is often measured by its ability to repel attacks and maintain data integrity, which directly influences client trust and regulatory adherence.

Availability

The availability criterion ensures that systems and data are accessible as agreed upon or specified. This involves maintaining system uptime, performance monitoring, and disaster recovery plans. MSPs must show they have redundant systems, backup procedures, and business continuity plans in place to ensure services are not interrupted. For clients relying on an MSP for critical IT operations, demonstrating high availability is paramount.

Processing Integrity

This criterion focuses on whether system processing is complete, valid, accurate, timely, and authorized. It requires MSPs to have controls in place to ensure data is processed correctly and consistently, without errors or unauthorized modifications. This is particularly important for MSPs handling financial data, customer records, or other sensitive information where data accuracy is non-negotiable. Regular audits of processing logs and data flows help confirm adherence to this standard.

Confidentiality

Confidentiality refers to the protection of information designated as confidential from unauthorized access or disclosure. This often involves encryption, strict access controls, and secure data transmission methods. MSPs frequently handle proprietary client data, intellectual property, and trade secrets, making confidentiality a critical concern. Policies around data classification and employee training on data handling are also key components of this criterion.

Privacy

The privacy criterion addresses the collection, use, retention, disclosure, and disposal of personal information in conformity with the entity’s privacy notice and generally accepted privacy principles. While similar to confidentiality, privacy specifically focuses on personally identifiable information (PII). MSPs must ensure they comply with relevant privacy regulations like GDPR or CCPA, if applicable to their clients' data. This includes transparent privacy policies and mechanisms for individuals to control their personal data.

Why SOC 2 Matters Specifically for MSPs

MSPs are inherently trusted partners, managing critical IT infrastructure and sensitive data for multiple clients. A breach at an MSP can have cascading effects, impacting numerous client businesses. Because of this high level of trust and responsibility, clients increasingly demand proof of strong security controls. SOC 2 compliance provides this proof. It acts as an independent validation that an MSP has implemented and maintained effective controls over its systems and data. Without SOC 2, MSPs may find it difficult to attract new clients, especially larger enterprises or those in regulated industries. It differentiates an MSP in a competitive market, signaling a mature and secure operation. In our analysis, the ability to demonstrate rigorous security practices, such as those validated by SOC 2, is often a deciding factor for businesses choosing an outsourcing partner. Overlooking these obligations can lead to incidents, making proactive compliance a strategic advantage.

Moreover, the process of achieving SOC 2 compliance forces MSPs to formalize their security policies, procedures, and controls. This often leads to a more robust and resilient security posture overall, benefiting both the MSP and its clients. It helps identify weaknesses, streamline operations, and embed security into the organizational culture. The continuous monitoring and auditing required for SOC 2 also ensure that security remains a top priority, adapting to evolving threats and technologies. This structured approach to security is a hallmark of reliable service providers.

How Do Cybersecurity Platforms Support SOC 2 Compliance?

Cybersecurity platforms are indispensable tools for MSPs on their journey to SOC 2 compliance. These platforms provide the technical controls and evidence needed to meet the rigorous requirements of the Trust Services Criteria, especially the security criterion. They offer a layered defense strategy that helps MSPs prevent, detect, and respond to threats, all of which are scrutinized during a SOC 2 audit.

Essential Security Controls Provided by Platforms

Modern cybersecurity platforms integrate various security functionalities into a unified system. These capabilities directly map to the controls required for SOC 2 compliance.

Endpoint Protection and Threat Detection

A cornerstone of any SOC 2 security strategy is robust endpoint protection. Platforms like CrowdStrike and SentinelOne offer advanced Endpoint Detection & Response (EDR) capabilities. These tools monitor endpoints—such as servers, laptops, and mobile devices—for malicious activity. They can autonomously prevent attacks, detect sophisticated threats like fileless malware and credential-based attacks, and provide the necessary data for forensic investigations. For instance, CrowdStrike's AI-powered Indicators of Attack (IOAs) and integrated threat intelligence are designed to deliver unmatched breach prevention, a critical component for the security criterion of SOC 2. The ability to automatically detect and block threats without human intervention significantly strengthens an MSP's security posture and provides concrete evidence for auditors that protective measures are in place and effective.

Incident Response and Forensics

SOC 2 compliance demands a clear incident response plan. Cybersecurity platforms support this by providing tools for rapid investigation and remediation. When a threat is detected, these platforms can isolate affected endpoints, collect forensic data, and facilitate quick recovery. SentinelOne, for example, offers Singularity RemoteOps Forensics, which orchestrates forensics at scale. This capability allows MSPs to quickly understand the scope of an incident, contain it, and restore services, thereby helping to maintain the availability and processing integrity criteria. The detailed logs and audit trails generated by these platforms are invaluable during a SOC 2 audit, demonstrating that incidents are managed effectively and documented thoroughly.

Vulnerability Management

Identifying and addressing vulnerabilities is another key aspect of SOC 2. Some platforms include vulnerability management features that help MSPs discover and patch security weaknesses in operating systems and applications. SentinelOne offers Singularity Vulnerability Management, which provides application and OS vulnerability management. By proactively identifying and remediating vulnerabilities, MSPs can reduce their attack surface, thereby enhancing their overall security posture and meeting the requirements for continuous security monitoring. This proactive stance is essential for preventing breaches that could compromise client data.

Identity Protection

Unauthorized access is a major concern for SOC 2. Cybersecurity platforms increasingly incorporate identity threat detection and response capabilities. These modules monitor user behavior and access patterns to detect and prevent credential abuse or compromised accounts. SentinelOne’s Singularity Identity, for example, focuses on identity threat detection and response. By safeguarding identities, MSPs can ensure that only authorized personnel can access sensitive systems and data, directly addressing the security and confidentiality criteria of SOC 2. This layer of defense is crucial in an era where identity-based attacks are common.

Cloud Security

Many MSPs manage client data and applications in cloud environments. SOC 2 compliance extends to these cloud assets. Advanced platforms offer Cloud Native Application Protection Platforms (CNAPP) or Cloud Workload Security. SentinelOne provides Singularity Cloud Security, an AI-powered CNAPP designed to block attacks in the cloud. It also offers Singularity Cloud Security Posture Management (CSPM) to detect and remediate cloud misconfigurations, which are a common source of data breaches. By securing cloud resources, MSPs can demonstrate comprehensive protection across hybrid and multi-cloud environments, ensuring all client data, regardless of its location, meets SOC 2 security standards.

Providing Evidence for Auditors

During a SOC 2 audit, auditors will request evidence that security controls are not only in place but also operating effectively. Cybersecurity platforms are excellent sources of this evidence. They generate logs, reports, and alerts that document security events, threat detections, response actions, and system configurations.

For instance, performance metrics from an EDR solution can show how many threats were prevented, detected, and remediated over a period. Reports on patch compliance from a vulnerability management tool can demonstrate proactive security maintenance. Access logs from identity protection modules can prove that only authorized users accessed specific resources. This granular data helps MSPs articulate their security story to auditors, providing concrete proof that they are meeting their SOC 2 obligations. Without such platforms, collecting and presenting this evidence would be a manual, time-consuming, and error-prone process. The integrated nature of these platforms simplifies the audit process, allowing MSPs to focus on continuous security improvement rather than just compliance.

CrowdStrike vs. SentinelOne: Which Platform Performs Better?

When it comes to selecting a cybersecurity platform to support SOC 2 compliance, MSPs often compare leading solutions like CrowdStrike and SentinelOne. Our analysis of independent testing data reveals significant differences in their performance, particularly in breach prevention and detection capabilities. These differences can directly impact an MSP's ability to meet the stringent security criteria of SOC 2.

Performance in Independent Evaluations

Independent evaluations, such as those conducted by MITRE Engenuity, provide crucial insights into how these platforms perform against real-world attack techniques. These tests are designed to assess a product's ability to detect and prevent sophisticated threats.

CrowdStrike's Proven Efficacy

CrowdStrike has consistently demonstrated strong performance in these evaluations. In MITRE Engenuity tests, CrowdStrike achieved 100% detection and protection scores with zero false positives. This indicates its platform can effectively identify and stop attacks without generating excessive alerts that can overwhelm security teams. CrowdStrike attributes this success to its AI-powered Indicators of Attack (IOAs) and integrated threat intelligence, which work together to deliver unmatched breach prevention and curated alert context. This level of accuracy and prevention is critical for MSPs aiming for SOC 2 compliance, as it provides concrete evidence of a robust security posture capable of preventing data breaches. The ability to prevent breaches with such high efficacy directly supports the security criterion of SOC 2, minimizing the risk of unauthorized access to client data.

SentinelOne's Mixed Results

SentinelOne's performance in MITRE Engenuity tests has been less consistent. In the most recent MITRE Engenuity test in which SentinelOne participated, it achieved a 50% protection score and reported 7 false positives. This suggests that SentinelOne's detection engine may miss some advanced threats and could generate a higher volume of alerts for security operations centers (SOCs) to investigate. Furthermore, SentinelOne elected to withdraw from the most recent MITRE 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 across various domains, which are increasingly common in today's threat landscape. A lower protection score and a higher false positive rate can increase the operational burden on MSP SOC teams and potentially leave gaps in security coverage, making it harder to confidently demonstrate comprehensive security for SOC 2.

Detection Engine and Threat Intelligence

The core of any cybersecurity platform lies in its detection engine and threat intelligence capabilities. These components determine how effectively a platform can identify and neutralize threats.

CrowdStrike's Unsupervised Machine Learning

CrowdStrike utilizes unsupervised machine learning to find stealthy attacks and reduce false positives. This approach allows the platform to identify anomalous behaviors that might indicate a novel or sophisticated threat, even without prior knowledge of the specific attack signature. Combined with integrated threat intelligence, CrowdStrike's system provides curated alert context, helping SOC teams prioritize and respond more efficiently. This focus on cutting out false positives is a significant advantage, as it prevents SOC teams from being buried in a mountain of alerts, a common issue with less accurate systems. The efficiency gained from fewer false positives allows MSPs to allocate their resources more effectively to genuine threats, enhancing their overall security operations.

SentinelOne's Supervised Machine Learning

SentinelOne's detection engine relies on supervised machine learning. While effective against known threats, this approach may struggle with advanced, novel, or fileless and credential-based threats that do not fit predefined patterns. The observation that SentinelOne's supervised-ML detection engine misses advanced threats, including fileless and credential-based threats, is a point of concern for MSPs dealing with evolving attack techniques. The platform's reliance on "rollback" as a response mechanism, anticipating missing threats, is described as an ineffective response that cannot guarantee remediation. This reactive approach, rather than proactive prevention, could lead to more significant damage before an attack is fully contained, a risk MSPs cannot afford when striving for SOC 2 compliance.

Total Accuracy and Breach Prevention

Beyond detection, the ability to prevent breaches and maintain high accuracy is paramount.

CrowdStrike's Proven Prevention

CrowdStrike is independently proven to stop breaches. Its combination of AI-powered IOAs and comprehensive threat intelligence ensures that attacks are not only detected but also prevented from causing harm. This proactive breach prevention capability is a significant factor for MSPs, as it directly reduces the risk of security incidents that could jeopardize client data and SOC 2 compliance. The platform’s robust performance in tests, including its 100% detection and protection scores, underscores its reliability in safeguarding endpoints.

SentinelOne's Lower Accuracy

In the SE Labs 2024 Endpoint Security Enterprise test, SentinelOne recorded the lowest total accuracy. This further supports the concern that its platform may not be as effective at stopping breaches as its competitors. A lower accuracy score means more threats might slip through, requiring more manual intervention and increasing the risk of a successful attack. For MSPs, this could translate to higher operational costs, increased security incidents, and a more challenging path to demonstrating consistent security controls for SOC 2. The potential for missed threats and ineffective remediation strategies makes SentinelOne a less compelling choice for MSPs prioritizing absolute breach prevention and high operational efficiency.

In our analysis, CrowdStrike's consistent high performance in independent tests, combined with its proactive breach prevention capabilities and lower false positive rates, positions it as a stronger platform for MSPs focused on achieving and maintaining SOC 2 compliance. Its ability to stop breaches effectively and streamline operations aligns well with the rigorous security requirements demanded by SOC 2. CrowdStrike vs SentinelOne comparison shows a clear advantage in these critical areas.

What Are the Operational Differences Between CrowdStrike and SentinelOne?

Beyond raw performance, the operational efficiency of a cybersecurity platform is a critical factor for Managed Service Providers (MSPs). An effective platform should not only stop threats but also be easy to deploy, manage, and maintain, minimizing the operational burden on already stretched IT teams. When comparing CrowdStrike and SentinelOne, distinct differences emerge in their operational models, agent design, and update processes. These variations directly impact an MSP's daily workflow, resource allocation, and overall ability to maintain a robust security posture for SOC 2 compliance.

Agent Design and Resource Consumption

The agent installed on endpoints is the direct interface between the security platform and the client's systems. Its design significantly influences performance and operational impact.

CrowdStrike's Lightweight Agent

CrowdStrike prides itself on its single, lightweight agent. This agent is designed to be minimally intrusive, consuming insignificant resources. This means it generally does not impact endpoint performance, which is a crucial consideration for MSPs managing diverse client environments, from high-performance workstations to critical servers. The lightweight nature ensures that the agent can run continuously without causing slowdowns or conflicts with other applications. This design choice contributes to a seamless user experience for clients and reduces the likelihood of performance-related support tickets for the MSP. The ease of deployment is also a major advantage; CrowdStrike's single agent can install in minutes to hundreds of thousands of endpoints. This rapid deployment capability allows MSPs to quickly onboard new clients or expand coverage across existing client infrastructures, making it an efficient choice for scaling security operations. For more details, see SentinelOne vs CrowdStrike cybersecurity comparisons.

SentinelOne's Heavy Agent

In contrast, SentinelOne's agent is often described as heavy, consuming significant resources. This can potentially impact endpoint performance, leading to slower system response times or conflicts with other applications. For MSPs, a heavy agent means a higher risk of client complaints related to system slowdowns. It can also complicate troubleshooting and require more resources on the endpoint itself, potentially increasing hardware requirements or reducing the lifespan of older devices. The resource-intensive nature of the agent can add to the operational burden, as MSPs might need to spend more time optimizing systems or addressing performance issues, diverting resources from core security tasks.

Update Process and Maintenance

Maintaining up-to-date security agents is essential for protection against the latest threats. The process by which these agents are updated varies significantly between the two platforms.

CrowdStrike's Automated Updates

CrowdStrike's update process is designed to be effortless and automated, eliminating operational workload for customers. The platform ensures every endpoint always has the latest capabilities and protection without requiring cumbersome tuning. This automation means MSPs do not need to manually manage agent updates across their client base, saving considerable time and effort. Automated updates also reduce the risk of endpoints running outdated software, which could leave them vulnerable to new attacks. This streamlined approach allows MSPs to maintain a high level of security without constant manual intervention, freeing up valuable staff to focus on higher-level security strategy and threat analysis, which is crucial for robust SOC 2 controls.

SentinelOne's Manual Updates

SentinelOne's agent updates are described as manual, which drives up operational burden. Manual updates require MSP staff to actively manage and deploy updates across all client endpoints. This process can be time-consuming, prone to human error, and may require scheduling maintenance windows, potentially impacting client operations. Furthermore, manual exclusions are often required for software interoperability issues, creating blind spots for adversaries. When an MSP has to manually create exclusions to prevent conflicts between the SentinelOne agent and other legitimate software, it can inadvertently create pathways for attackers to bypass security. These exclusions need careful management and constant review, adding another layer of complexity and potential security risk. Such manual processes can hinder an MSP's ability to consistently apply security policies and maintain a uniform security posture, making the demonstration of continuous compliance for SOC 2 more challenging.

Platform Integration and Consolidation

The extent to which a platform integrates various security modules is also a key operational consideration, especially for MSPs looking to consolidate their security stack.

CrowdStrike's Unified Platform

CrowdStrike positions itself as a unified platform for cybersecurity consolidation. Its single agent deploys all platform modules, suggesting a cohesive and integrated approach to security. This means MSPs can manage endpoint security, identity protection, cloud security, and other modules from a single console, simplifying management and improving visibility. This consolidated approach reduces the complexity of managing multiple point products, which often leads to gaps in coverage and increased operational overhead. A unified platform streamlines security operations, making it easier for MSPs to implement and monitor comprehensive security controls required for SOC 2.

SentinelOne's Disconnected Point Products

SentinelOne's offerings are sometimes perceived as weak, disconnected point products. The platform is noted for lacking integrated cloud security modules such as ASPM (Application Security Posture Management) and DSPM (Data Security Posture Management), leaving potential gaps for adversaries. Its in-house Managed Detection and Response (MDR) is described as limited, creating "homework for SOC teams." The identity security module is also criticized for lacking behavioral baselining, which is essential for catching sophisticated credential abuse. This fragmented approach means MSPs might need to integrate multiple disparate tools to achieve comprehensive coverage, increasing complexity and potential points of failure. Managing various tools from different vendors can lead to operational inefficiencies, inconsistent security policies, and difficulties in demonstrating a cohesive security strategy for SOC 2 auditors. The effort required to integrate and manage these separate components can divert resources from proactive security measures.

In summary, CrowdStrike's focus on a lightweight, automated, and unified platform offers significant operational advantages for MSPs, reducing maintenance hours and streamlining security management. SentinelOne's heavier agent, manual updates, and potentially disconnected modules suggest a higher operational burden, which could impact an MSP's efficiency and ability to maintain consistent SOC 2 compliance.

Why is Endpoint Detection & Response (EDR) Critical for MSPs?

Endpoint Detection & Response (EDR) is not merely an optional security tool; it is a critical component of a modern cybersecurity strategy, especially for Managed Service Providers (MSPs). EDR solutions provide advanced capabilities that go beyond traditional antivirus, offering deep visibility into endpoint activity, sophisticated threat detection, and rapid response mechanisms. For MSPs, who are responsible for securing numerous client environments and sensitive data, EDR is fundamental to demonstrating a robust security posture necessary for achieving and maintaining SOC 2 compliance.

The Evolution from Traditional Antivirus

Traditional antivirus software primarily relies on signature-based detection, identifying known malware based on specific patterns. While still important, this approach is insufficient against the evolving landscape of cyber threats, which includes fileless attacks, zero-day exploits, and sophisticated social engineering tactics.

Advanced Threat Detection

EDR solutions move beyond signatures by continuously monitoring endpoint activity, including process execution, file system changes, network connections, and user behavior. They use advanced analytics, machine learning, and behavioral analysis to detect anomalous activities that may indicate a nascent or ongoing attack, even if it doesn't match a known malware signature. For example, an EDR can detect a legitimate system tool being used in an unusual way (Living Off The Land attacks), which traditional antivirus might miss. This ability to detect stealthy and advanced threats is crucial for MSPs, as it provides an early warning system against sophisticated adversaries. The effectiveness of EDR in identifying these complex threats directly contributes to the "security" criterion of SOC 2, proving that an MSP has advanced capabilities to protect client data.

Comprehensive Visibility and Context

One of the most significant advantages of EDR is the deep visibility it provides into endpoint activities. EDR platforms collect and centralize data from all monitored endpoints, creating a comprehensive timeline of events. This rich context allows security analysts to understand the full scope of an attack, including its origin, propagation, and impact. For MSPs, this means quicker and more accurate investigations. Instead of sifting through disparate logs, an EDR solution presents a correlated view of events, enabling faster threat hunting and incident response. This detailed visibility is invaluable for SOC 2 audits, as it provides auditors with clear evidence of how security incidents are detected, investigated, and remediated.

Rapid Response and Remediation

Beyond detection, EDR empowers MSPs with the tools for swift and effective response, minimizing the damage caused by a security incident.

Automated and Manual Response Actions

Upon detecting a threat, EDR solutions can trigger automated response actions, such as isolating an infected endpoint from the network, terminating malicious processes, or quarantining suspicious files. This rapid, automated response can contain a threat before it spreads across the network. Additionally, EDR provides security analysts with manual response capabilities, allowing them to perform remote forensics, gather additional evidence, and execute custom remediation scripts. This combination of automation and human oversight ensures that MSPs can respond to incidents with precision and speed, a key requirement for maintaining system availability and processing integrity under SOC 2.

Forensic Capabilities

EDR platforms are also powerful forensic tools. They store historical data of endpoint activities, allowing security teams to reconstruct events leading up to an incident. This forensic capability is essential for post-incident analysis, helping MSPs understand how a breach occurred, what data was accessed, and how to prevent similar incidents in the future. The ability to perform thorough forensics is critical for SOC 2, as it demonstrates a commitment to continuous improvement and accountability in security practices. It also provides the necessary documentation to show auditors that incidents are not just contained but also thoroughly analyzed to prevent recurrence.

Managed EDR for MSPs

While EDR technology is powerful, implementing and managing it effectively requires specialized expertise and significant resources. Many MSPs leverage Managed EDR (MEDR) solutions, often offered by vendors like Huntress.

Leveraging Expert Security Teams

Managed EDR services provide MSPs with access to dedicated security experts who monitor EDR alerts 24/7, perform threat hunting, and assist with incident response. This is particularly beneficial for MSPs who may not have the in-house staff or expertise to run a full-fledged Security Operations Center (SOC). Huntress, for example, offers Managed Endpoint Detection & Response (EDR) Solutions, which aim to help MSPs monitor and respond to threats efficiently. By outsourcing the management of EDR, MSPs can provide advanced security to their clients without the overhead of building and maintaining an internal SOC. This partnership ensures that EDR solutions are continuously optimized and that threats are addressed promptly, strengthening the MSP's overall security posture.

Cost-Effectiveness and Scalability

For MSPs, MEDR offers a cost-effective way to scale advanced security services. Instead of investing heavily in security personnel, training, and tools, MSPs can subscribe to an MEDR service, paying a predictable fee. This allows them to offer enterprise-grade security to their small and medium-sized business (SMB) clients, which might otherwise be out of reach. The scalability of MEDR means MSPs can easily expand their security offerings as their client base grows, ensuring consistent and high-quality protection across all managed endpoints. This approach helps MSPs meet the ongoing demands of SOC 2 compliance without breaking their budget.

In conclusion, EDR is critical for MSPs because it provides the advanced threat detection, comprehensive visibility, and rapid response capabilities required to protect client data in today's threat landscape. Whether managed internally or through a service like Huntress's Managed Endpoint Detection & Response (EDR) Solutions, EDR is an indispensable tool for demonstrating the robust security controls necessary for SOC 2 compliance. It represents a significant upgrade from traditional security tools, offering the depth of protection and operational efficiency that modern MSPs and their clients demand.

MSP vs. MSSP: Understanding the Security Focus

The terms Managed Service Provider (MSP) and Managed Security Service Provider (MSSP) are often used interchangeably, but there are crucial distinctions, particularly when considering the depth of security services and the journey toward SOC 2 compliance. While both types of providers offer outsourced IT services, their primary focus and the scope of their security offerings differ significantly. Understanding these differences is vital for MSPs looking to enhance their security posture, meet client demands for advanced protection, and achieve certifications like SOC 2.

The Broad Scope of an MSP

An MSP typically provides a wide range of IT services to businesses, encompassing everything from network management, cloud services, and help desk support to data backup and recovery. Security is often one component of their broader service offering, but it may not be their sole or deepest area of expertise.

General IT Management

The core business of an MSP is to manage and maintain a client's IT infrastructure and systems. This includes tasks such as:

Proactive Monitoring: Keeping an eye on systems for performance issues or basic alerts.
System Maintenance: Applying patches, updates, and performing routine system checks.
Network Management: Ensuring network connectivity and performance.
Cloud Services: Managing cloud environments, migrations, and applications.
Help Desk Support: Providing technical assistance to end-users.

While MSPs certainly implement security measures, these are often foundational, such as firewall management, basic antivirus deployment, and email filtering. Their security services might be reactive, responding to incidents as they occur, rather than focusing on proactive threat hunting and advanced prevention. The scope of an MSP's security offering is typically integrated into their general IT services, aimed at maintaining operational stability and basic protection.

Security as a Component

For many MSPs, security is offered as part of a larger package. They might include endpoint protection, basic vulnerability scanning, and some level of compliance assistance. However, the depth of expertise and the advanced tools dedicated solely to security may be limited compared to a specialized provider. An MSP's security team might be generalists, capable of handling common IT security issues but perhaps lacking the specialized knowledge to combat sophisticated, persistent threats or navigate complex regulatory frameworks like SOC 2 with deep expertise. This can lead to challenges when clients require a higher level of security assurance or specific compliance certifications.

The Specialized Focus of an MSSP

An MSSP, on the other hand, specializes exclusively in cybersecurity services. Their entire business model is built around protecting clients from cyber threats, detecting intrusions, and responding to security incidents. This specialization translates into deeper expertise, more advanced tools, and a proactive, dedicated approach to security.

Dedicated Cybersecurity Services

MSSPs offer a comprehensive suite of security services that go far beyond basic protection:

24/7 Security Monitoring: Continuous monitoring of security events, often through a Security Operations Center (SOC).
Advanced Threat Detection: Utilizing sophisticated EDR, SIEM (Security Information and Event Management), and threat intelligence platforms for proactive threat hunting.
Vulnerability Management: In-depth scanning, penetration testing, and remediation planning.
Incident Response: Expert-led incident detection, containment, eradication, recovery, and post-incident analysis.
Compliance Management: Assisting clients with complex compliance frameworks like SOC 2, HIPAA, PCI DSS, and GDPR.
Security Consulting: Providing strategic advice on security architecture, policy development, and risk management.

MSSPs employ highly specialized security analysts, threat hunters, and forensic experts who are constantly abreast of the latest threat intelligence and attack techniques. Their entire operational focus is on preventing breaches and ensuring the continuous security posture of their clients.

Implications for SOC 2 Compliance

For MSPs pursuing SOC 2 compliance, the distinction between an MSP and an MSSP becomes particularly relevant. SOC 2 requires rigorous controls across security, availability, processing integrity, confidentiality, and privacy. An MSSP is uniquely positioned to help clients meet these requirements due to their deep security focus.

An MSSP can provide:

Expert Guidance: MSSPs can guide MSPs through the complex requirements of SOC 2, helping to define controls, implement necessary technologies, and prepare for audits.
Advanced Security Tools: They typically deploy and manage enterprise-grade security tools (like advanced EDR from CrowdStrike or SentinelOne, SIEM, and SOAR) that generate the detailed evidence auditors need.
Continuous Monitoring and Reporting: MSSPs offer 24/7 monitoring and detailed reporting on security incidents, vulnerability management, and access controls, which are critical for demonstrating ongoing compliance.
Incident Response Expertise: Their specialized incident response teams can ensure that any security breach is handled according to SOC 2's incident management requirements, with thorough documentation and remediation.

An MSP may find it challenging to build and maintain the same level of in-house security expertise and infrastructure as an MSSP. This is where partnerships or evolving into an MSSP can be beneficial. Many MSPs are now recognizing the value of deepening their security offerings, either by developing a dedicated security practice or by partnering with an MSSP. Our analysis indicates that MSPs looking to significantly enhance their security posture and achieve certifications like SOC 2 may consider MSSP capabilities or partnerships. MSP vs MSSP: Understanding the Differences highlights these critical distinctions. This strategic move allows MSPs to better serve clients with stringent security demands and gain a competitive edge in the market.

Frequently Asked Questions

What is SOC 2 compliance?

SOC 2 compliance refers to a set of auditing standards developed by the American Institute of Certified Public Accountants (AICPA). It evaluates how organizations manage customer data based on five Trust Services Criteria: security, availability, processing integrity, confidentiality, and privacy. Achieving SOC 2 compliance means an independent auditor has verified that an organization's systems and processes effectively meet these criteria. This validation provides assurance to clients that their data is handled securely and responsibly.

Why is SOC 2 compliance important for Managed Service Providers (MSPs)?

SOC 2 compliance is crucial for MSPs because they handle sensitive client data and manage critical IT infrastructure for numerous businesses. It serves as an independent validation of an MSP's security controls, building trust with clients and demonstrating a commitment to data protection. For instance, an MSP with SOC 2 compliance can show that they have robust measures in place to prevent breaches, unlike a platform that only achieved a 50% protection score in a MITRE Engenuity test. It also helps MSPs attract larger clients and those in regulated industries who require stringent security assurances.

How do cybersecurity platforms like CrowdStrike and SentinelOne help with SOC 2 compliance?

Cybersecurity platforms like CrowdStrike and SentinelOne provide the technical controls and evidence necessary to meet SOC 2 requirements, particularly for the security criterion. They offer features such as advanced endpoint protection, threat detection, incident response, vulnerability management, and cloud security. For example, CrowdStrike's 100% detection and protection scores in MITRE Engenuity tests provide concrete evidence of effective breach prevention, which directly supports SOC 2 security controls. These platforms generate logs and reports that auditors use to verify that security measures are in place and operating effectively.

What are some key differences in performance between CrowdStrike and SentinelOne?

There are notable differences in performance between CrowdStrike and SentinelOne, especially in independent evaluations. CrowdStrike achieved 100% detection and protection scores with zero false positives in MITRE Engenuity tests, demonstrating superior breach prevention. In contrast, SentinelOne, in its last participated MITRE Engenuity test, had a 50% protection score and 7 false positives, indicating potential gaps in its ability to stop attacks. Additionally, CrowdStrike's lightweight agent and automated updates contribute to easier operation and maintenance, while SentinelOne's agent is described as heavier with manual updates, potentially increasing operational burden.

What is the difference between an MSP and an MSSP?

An MSP (Managed Service Provider) offers a broad range of IT services, which may include some basic security measures as part of their general IT management. An MSSP (Managed Security Service Provider), however, specializes exclusively in cybersecurity services, offering deeper expertise and advanced tools for threat detection, incident response, and compliance management. For MSPs aiming for SOC 2 compliance, partnering with or evolving into an MSSP can provide the specialized 24/7 security monitoring and expert guidance needed to meet stringent security criteria.