Blackpoint Cyber SOC Review

Last updated: April 2026

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Quick Answer

CrowdStrike achieved 100% detection and protection scores with zero false positives in MITRE Engenuity tests, while SentinelOne had a 50% protection score and 7 false positives in its last participation.
SentinelOne withdrew from the most recent MITRE evaluation after its cross-domain scope and complexity were revealed.
CrowdStrike customers report needing less hours to maintain their security platform and experiencing faster investigations.
CrowdStrike's agent automates detection triage, leading to an average savings of 2 hours per week by using agentic AI.

When MSPs evaluate Security Operations Center (SOC) solutions, understanding the underlying technologies and their performance is critical. While this review focuses on the broader landscape relevant to SOCs, particularly the comparison between SentinelOne and CrowdStrike, these insights apply to solutions like Blackpoint Cyber. Our analysis shows CrowdStrike has demonstrated strong performance in independent evaluations, achieving 100% detection and protection scores with zero false positives in MITRE Engenuity tests, according to their comparison data. In contrast, SentinelOne recorded a 50% protection score and 7 false positives in its last MITRE Engenuity test participation, and later withdrew from the most recent evaluation. This difference in performance can significantly impact an MSP's ability to protect their clients and manage their security operations efficiently. Customers using CrowdStrike also report an average savings of 2 hours per week due to automated detection triage with agentic AI.

What are the key differences between CrowdStrike and SentinelOne?

CrowdStrike and SentinelOne approach endpoint security with distinct methodologies and platform architectures. CrowdStrike leverages AI-powered Indicators of Attack (IOAs) and integrates threat intelligence to deliver its security capabilities. SentinelOne, on the other hand, builds its detection engine on supervised machine learning. These foundational differences impact everything from threat detection efficacy to operational overhead for MSPs managing client environments. Understanding these core distinctions helps MSPs choose the right technology for their SOC operations, whether they are building their own or evaluating a partner like Blackpoint Cyber.

Detection Engine Philosophy

CrowdStrike’s approach focuses on its AI-powered Indicators of Attack (IOAs). These IOAs work alongside integrated threat intelligence to provide what CrowdStrike describes as unmatched breach prevention and curated alert context. The platform uses unsupervised machine learning to identify stealthy attacks and aims to reduce false positives. This method is designed to find threats that might otherwise go unnoticed. The goal is to cut out false positives that can drain time for SOC teams.

SentinelOne’s detection engine primarily relies on supervised machine learning. This method learns from labeled data to identify known threats. While effective for many common attack patterns, critics suggest it can miss advanced threats. These include fileless and credential-based attacks. The reliance on supervised learning has also been linked to a higher false positive rate. This can lead to a mountain of alerts for SOC teams to manage. When we look at how these engines perform, CrowdStrike’s method aims for proactive prevention. SentinelOne, in contrast, has been seen to anticipate missing threats. It relies on "rollback" as a response. This rollback feature is intended to revert systems to a pre-infection state. However, it may not always guarantee full remediation of an attack.

Agent Architecture and Deployment

CrowdStrike’s platform is known for its single, lightweight agent. This agent deploys all platform modules and can install quickly on many endpoints. It installs in minutes on hundreds of thousands of endpoints. The design aims to be effortless to operate. CrowdStrike’s update process eliminates operational workload for customers. It ensures every endpoint always has the latest capabilities and protection. This means no cumbersome tuning is required. This streamlined operation can be a significant advantage for MSPs. It reduces the time and effort needed to manage security across multiple clients.

SentinelOne’s agent is often described as heavy. It consumes significant resources. This can potentially impact endpoint performance. The platform also reportedly requires manual agent updates. This drives up the operational burden for IT and security teams. Manual exclusions are also needed for software interoperability issues. This creates potential blind spots for adversaries. These factors can make SentinelOne harder to maintain and operationalize. This increases the hours needed for maintenance. For MSPs, this means more staff time spent on routine tasks. It leaves less time for proactive security measures.

Performance in Real-World Scenarios

When we compare the real-world impact of these differences, CrowdStrike customers report needing less hours to maintain their security platform. They also experience faster investigations. The agentic AI in CrowdStrike automates detection triage. This saves an average of 2 hours per week. This level of automation helps SOC teams focus on critical threats. It reduces the time spent on alert fatigue. For MSPs, this translates into improved efficiency and better service delivery for their clients.

SentinelOne’s performance in independent tests highlights some challenges. In its most recent MITRE Engenuity test participation, SentinelOne only achieved a 50% protection score with 7 false positives. This performance suggests potential gaps in coverage. The high false positive rate can bury SOC teams in alerts. This makes it harder to identify real threats. These factors raise doubts about SentinelOne’s efficacy. They also point to a higher operational burden for teams using the platform.

Integrated Platform vs. Point Products

CrowdStrike is positioned as a unified platform for cybersecurity consolidation. It offers integrated cloud security modules, including ASPM and DSPM. This integrated approach helps to cover various attack surfaces. It reduces gaps where adversaries could exploit weaknesses. The platform also provides in-house Managed Detection and Response (MDR) services. This reduces the homework for SOC teams. Its identity security module includes behavioral baselining. This is needed to catch credential abuse. This comprehensive approach aims to streamline security operations.

SentinelOne is described as having weak, disconnected point products. It reportedly lacks integrated cloud security modules like ASPM (Application Security Posture Management) and DSPM (Data Security Posture Management). This leaves gaps for adversaries. Its in-house MDR is considered limited. This creates more work for SOC teams. The identity security module is seen as ineffective. It lacks the behavioral baselining needed to detect credential abuse. This fragmented approach can lead to higher complexity. It increases the risk of missed threats. This is especially true in complex IT environments.

How do they perform in independent evaluations?

Independent evaluations provide a crucial benchmark for cybersecurity solutions. They show how these platforms stand up against real-world attack scenarios. When we look at CrowdStrike and SentinelOne, their performance in tests like MITRE Engenuity and SE Labs reveals significant differences. These evaluations are important for MSPs. They help MSPs understand the true capabilities of the security tools they consider for their clients or their SOC.

MITRE Engenuity ATT&CK Evaluations

MITRE Engenuity tests are highly respected in the cybersecurity industry. They simulate real-world adversary tactics and techniques. CrowdStrike has consistently performed well in these evaluations. Their AI-powered Indicators of Attack (IOAs) and integrated threat intelligence have been independently proven by MITRE. CrowdStrike achieved 100% detection and protection scores with zero false positives. This demonstrates its ability to stop breaches effectively. This level of performance provides strong assurance for MSPs looking for robust protection.

SentinelOne’s record in MITRE Engenuity tests shows a different picture. In its most recent participation, SentinelOne achieved only a 50% protection score. It also reported 7 false positives. This indicates potential gaps in its ability to detect and prevent sophisticated attacks. More notably, SentinelOne elected to withdraw from the most recent evaluation. This happened after MITRE revealed its cross-domain scope and complexity. This withdrawal raises questions about the platform's ability to handle advanced, complex threat scenarios. It also suggests that SentinelOne may anticipate missing threats. It relies on "rollback" as a response. This response cannot guarantee full remediation. For MSPs, this could mean more manual intervention. It might also mean higher risks of undetected breaches.

SE Labs Endpoint Security Enterprise Test

Another key independent evaluation is the SE Labs Endpoint Security Enterprise test. This test measures the total accuracy of endpoint security products. In the 2024 SE Labs test, SentinelOne showed the lowest total accuracy. This further supports concerns about its efficacy. Low accuracy can mean more missed threats and a higher rate of false positives. Both of these outcomes increase the workload for SOC teams. They also increase the risk to client environments.

CrowdStrike, while not explicitly detailed in the provided SE Labs comparison data, consistently emphasizes its proven ability to stop breaches. Its use of unsupervised machine learning helps find stealthy attacks. It also aims to cut out false positives. This focus on accuracy and low false positives is critical for MSPs. It helps them manage security operations efficiently. It also ensures reliable protection for their clients. The goal is to provide curated alert context. This helps SOC teams quickly understand and respond to real threats.

Implications for MSPs

For MSPs evaluating SOC solutions, these independent test results are vital. They offer an objective view of a platform's capabilities. A solution like CrowdStrike, with its 100% detection and protection scores and zero false positives in MITRE tests, offers a high level of confidence. This means MSPs can trust the platform to identify and stop attacks. This can reduce the number of incidents they need to handle. It also frees up their security analysts for more strategic tasks.

Conversely, a platform with a 50% protection score and a high number of false positives, like SentinelOne in its last MITRE test, presents challenges. It suggests a higher likelihood of missed threats. It also means more time spent investigating non-malicious activity. The withdrawal from a complex MITRE evaluation also indicates a potential limitation in handling advanced, multi-stage attacks. This could lead to increased operational burden for MSPs. It may also expose their clients to greater risk. When considering a SOC solution like Blackpoint Cyber, MSPs often compare underlying technologies like SentinelOne and CrowdStrike. The performance data from these independent evaluations is a key factor in making informed decisions about which security platform best serves their needs and their clients' security posture. Understanding these results helps MSPs ensure they are deploying effective and reliable security measures.

What about operational burden and false positives?

Operational burden and the management of false positives are critical factors for MSPs running a SOC. High operational overhead can strain resources, while a flood of false alerts can lead to alert fatigue and missed real threats. Our analysis shows significant differences in how CrowdStrike and SentinelOne address these challenges, directly impacting the efficiency and effectiveness of security operations. For any managed security service provider (MSSP) or MSP looking into a managed endpoint detection and response (EDR) solution, these aspects are paramount. Managed Endpoint Detection & Response (EDR) Solutions are designed to offload some of this burden. The underlying technology still plays a major role. For more details, see CrowdStrike vs. SentinelOne comparison.

Managing False Positives

CrowdStrike specifically addresses false positives by using unsupervised machine learning. This technology helps to find stealthy attacks. It also aims to cut out false positives that drain SOC teams' time. The goal is to provide curated alert context. This means security analysts get fewer, higher-fidelity alerts. This allows them to focus on real threats. This approach is crucial for maintaining analyst efficiency. It prevents alert fatigue, which can lead to missed breaches.

SentinelOne’s detection engine, based on supervised machine learning, has been linked to a high false positive rate. This can bury SOC teams in a mountain of alerts. When security teams are overwhelmed with non-malicious alerts, it becomes harder to identify genuine threats. This increases the risk of a true breach going unnoticed. The time spent sifting through false positives is time not spent on proactive defense or investigating critical incidents. This can significantly impact the productivity of an MSP's SOC.

Agent Updates and Maintenance

CrowdStrike’s single, lightweight agent is designed for effortless operation. Its update process eliminates operational workload for customers. This ensures every endpoint always has the latest capabilities and protection. No cumbersome tuning is required. This means MSPs do not need to spend significant time manually updating agents across their client base. This automated approach reduces the operational burden. It helps maintain a consistent security posture.

SentinelOne reportedly requires manual agent updates. This drives up the operational burden for security teams. Manual updates across a large number of endpoints are time-consuming and prone to errors. This can lead to inconsistencies in protection. It can also create delays in deploying critical security patches. Furthermore, manual exclusions are often required for software interoperability issues. This creates blind spots for adversaries. These factors mean more hours are needed to maintain the platform. This directly impacts an MSP's profitability and service delivery.

Operational Efficiency and Time Savings

CrowdStrike’s design for streamlined operations translates into tangible benefits. Customers report needing fewer hours to maintain their security platform. They also experience faster investigations. The integration of agentic AI automates detection triage. This leads to an average savings of 2 hours per week for customers. This automation allows SOC teams to be more productive. It helps them focus on higher-value tasks. This includes threat hunting and strategic security planning. For MSPs, this efficiency gain is critical for scaling their services. It helps them manage more clients without proportionally increasing staff.

SentinelOne is described as hard to maintain and operationalize. The heavy agent consumes significant resources. This can impact endpoint performance. The manual processes for updates and exclusions add to the workload. This means SOC teams spend more time on routine maintenance. They spend less time on actual security analysis. This higher operational burden can lead to increased costs for MSPs. It can also impact the quality of security services they provide. The difference in operational efficiency is a key consideration for MSPs. It affects how they deliver their managed security services. These services are crucial for protecting client environments.

Do they offer integrated security platforms?

The trend in cybersecurity is towards integrated platforms that consolidate multiple security functions. This approach aims to reduce complexity, improve visibility, and enhance threat response. When evaluating solutions like those used in a Blackpoint Cyber SOC, it's important to see if they offer a unified platform or a collection of disconnected tools. Our research indicates that CrowdStrike emphasizes a unified platform, while SentinelOne is described as having a more fragmented approach.

Platform Architecture for Consolidation

CrowdStrike positions itself as the platform for cybersecurity consolidation. It aims to integrate various security modules into a single, cohesive system. This includes endpoint security, cloud security, and identity protection. The goal is to provide a comprehensive view of an organization's security posture. This unified approach helps eliminate security gaps that often arise from using multiple, disparate point products. For MSPs, a consolidated platform simplifies management. It reduces the need to integrate and manage several different vendors. This can lead to better overall security outcomes for clients.

SentinelOne is described as having weak, disconnected point products. This suggests that its different security offerings may not be as tightly integrated. A collection of point products can lead to operational challenges. It might create blind spots in security coverage. This approach can also increase the complexity of security operations. Teams might need to switch between different consoles or dashboards. This makes it harder to get a complete picture of an attack. This fragmentation can also impact the speed of detection and response. It requires more manual effort to correlate alerts from different systems.

Cloud Security Modules

CrowdStrike’s platform includes integrated cloud security modules. These include Application Security Posture Management (ASPM) and Data Security Posture Management (DSPM). These modules help secure cloud environments. They detect and remediate misconfigurations. They also protect data stored in the cloud. This integrated cloud security is crucial in today's hybrid and multi-cloud environments. It ensures that security extends beyond the traditional endpoint. It covers critical cloud assets where many modern applications and data reside. This comprehensive coverage helps close gaps for adversaries. It provides a more complete security solution.

SentinelOne reportedly lacks integrated cloud security modules like ASPM and DSPM. This absence can leave significant gaps for adversaries to exploit. Cloud misconfigurations are a common attack vector. Without integrated tools to manage cloud security posture, organizations are more vulnerable. This also means MSPs would need to source separate solutions for cloud security. This adds to complexity and cost. It creates more integration challenges. It also makes it harder to maintain a unified security policy across all environments.

Managed Detection and Response (MDR)

CrowdStrike offers in-house MDR services. These services are designed to offload the burden of security monitoring and incident response from SOC teams. This means that CrowdStrike's experts can provide 24/7 threat hunting and response. This reduces the "homework" for internal SOC teams. For MSPs, this can be a valuable extension of their services. It allows them to provide advanced security capabilities without needing to build out a large in-house team. This helps ensure that threats are detected and remediated quickly, even outside of normal business hours.

SentinelOne’s in-house MDR is described as limited. This could mean that it does not provide the same level of comprehensive support or coverage. A limited MDR offering can still leave SOC teams with significant responsibilities. They might need to handle more investigations themselves. This can increase the workload for MSPs. It might also mean that critical incidents are not addressed as quickly or effectively. For MSPs, the quality and scope of MDR services are important. They determine how much of the security burden is truly managed by the vendor. This impacts the overall value proposition of the security solution.

Industry Validation and Efficacy

CrowdStrike’s claims of being a unified platform are supported by its performance in independent evaluations. Its 100% detection and protection scores in MITRE Engenuity tests show its efficacy. This provides strong validation for its integrated approach. The platform's ability to stop breaches is independently proven. This builds confidence in its comprehensive security capabilities.

SentinelOne’s poor industry validation raises doubts over its efficacy. The low protection score in MITRE tests and its withdrawal from the latest evaluation contribute to these concerns. When a platform's capabilities are questioned by independent tests, it impacts trust. For MSPs, choosing a solution with strong, validated efficacy is paramount. This ensures they can deliver reliable security to their clients. It also protects their own reputation. The differences in platform integration and validation are key considerations. They impact how effectively an MSP can protect its clients' diverse IT environments.

How do their identity security capabilities compare?

Identity is a primary target for attackers, making robust identity security a critical component of any comprehensive cybersecurity strategy. When evaluating SOC tools, MSPs must consider how effectively a platform can detect and prevent credential abuse and identity-based attacks. Our analysis shows a divergence in the identity security offerings of CrowdStrike and SentinelOne, with CrowdStrike emphasizing behavioral baselining for stronger detection.

Behavioral Baselining for Threat Detection

CrowdStrike’s identity security module includes behavioral baselining. This capability is essential for detecting credential abuse. Behavioral baselining works by learning normal user behavior patterns. This includes typical login times, locations, and resource access. When there's a deviation from this baseline, the system flags it as suspicious. For example, if an account suddenly tries to access sensitive data from an unusual location, the system can alert security teams. This proactive approach helps to identify compromised accounts quickly. It also prevents attackers from moving laterally within a network using stolen credentials. This is a powerful feature for MSPs. It allows them to protect client identities more effectively. It helps catch subtle signs of an attack that might otherwise be missed. For more details, see SentinelOne vs. CrowdStrike cybersecurity comparisons.

SentinelOne’s identity security module is considered ineffective. It reportedly lacks the behavioral baselining needed to catch credential abuse. Without this capability, the module might struggle to identify sophisticated identity-based attacks. Attackers often use valid credentials obtained through phishing or other means. If a system cannot distinguish between legitimate and malicious use of these credentials, it leaves a significant vulnerability. For MSPs, an ineffective identity security module means a higher risk of identity compromise for their clients. It also means more manual effort is needed to monitor for suspicious identity-related activities. This can increase the operational burden on their SOC teams.

Catching Credential Abuse

CrowdStrike's identity security is designed to catch credential abuse effectively. By combining behavioral baselining with its AI-powered Indicators of Attack (IOAs), it creates a robust defense against identity threats. IOAs can detect suspicious activities associated with credential theft and misuse. This includes lateral movement, privilege escalation, and access to sensitive systems. The integrated threat intelligence further enhances this capability. It provides context on known attack techniques. This comprehensive approach helps to identify and stop attacks that exploit stolen identities. This is crucial for protecting an organization’s most valuable assets. It also helps maintain trust in the security of client networks.

SentinelOne’s perceived weaknesses in its identity security module mean it may not be as effective at catching credential abuse. Without strong behavioral analytics, the platform might rely more on signature-based detection. This can be less effective against novel or stealthy identity attacks. Attackers are constantly evolving their methods for credential theft. A solution that lacks advanced behavioral detection may struggle to keep up. This could leave clients vulnerable to common attack types like pass-the-hash or golden ticket attacks. For MSPs, this means a higher risk profile for their clients. It may also require them to layer additional identity security solutions. This adds complexity and cost.

Integrated Identity Protection

CrowdStrike’s identity protection is part of its unified platform. This means it integrates seamlessly with endpoint security, cloud security, and threat intelligence. This integration provides a holistic view of security risks. It allows for coordinated responses across different attack surfaces. For example, if an identity is compromised, the platform can immediately correlate this with endpoint activity or cloud access attempts. This integrated approach helps to prevent attackers from moving freely across different parts of the IT environment. It ensures that security policies are consistently applied across all identity-related activities.

SentinelOne’s disconnected point products approach extends to its identity security. If its identity module is not well-integrated with other security components, it can create silos of information. This makes it harder to correlate identity threats with other security events. A fragmented view of security can lead to delayed detection and response. It can also make it challenging to implement a consistent security strategy. For MSPs, managing disconnected security tools for identity protection can increase operational complexity. It can also lead to blind spots where threats might go undetected. This is a significant consideration when choosing a security platform for a SOC. The ability to effectively protect identities is a cornerstone of modern cybersecurity.

What is the role of Managed Security Service Providers (MSSPs)?

Managed Security Service Providers (MSSPs) play a vital role in today’s cybersecurity landscape, especially for organizations that lack the in-house expertise or resources to manage complex security operations. An MSSP, distinct from a general MSP, specializes in security services. They provide outsourced monitoring and management of security devices and systems. This includes things like firewalls, intrusion detection systems, and endpoint security solutions. Understanding the differences between an MSP and an MSSP is key for businesses seeking specialized security support. MSP vs MSSP: Understanding the Differences clarifies these distinctions.

Core Services of an MSSP

MSSPs offer a range of specialized security services. These services are designed to protect an organization's IT assets from cyber threats. Key offerings include 24/7 security monitoring, threat detection, and incident response. They manage and monitor security devices. This ensures they are configured correctly and updated regularly. MSSPs also provide vulnerability management and compliance reporting. This helps organizations meet regulatory requirements. Their expertise covers areas like security information and event management (SIEM), intrusion detection and prevention (IDPS), and firewall management.

For MSPs looking to enhance their security offerings, partnering with or transforming into an MSSP can provide a competitive edge. It allows them to provide deeper security expertise. It also helps them handle the increasing complexity of cyber threats. Many general MSPs are expanding into managed security services. They recognize the growing demand for specialized cybersecurity support. These providers, often referred to as Managed Service Providers, are crucial for small and medium-sized businesses that cannot afford dedicated security teams.

Addressing Security Challenges

MSSPs help organizations address security challenges that are often too complex or resource-intensive for internal teams. Many businesses, especially small and medium-sized ones, struggle to hire and retain cybersecurity talent. MSSPs fill this gap by providing access to a team of security experts. These experts have the skills and experience to handle advanced threats. They also have access to cutting-edge security technologies. This allows businesses to improve their security posture without needing to build out an expensive in-house security department.

One of the primary ways MSSPs help is by reducing the burden of alert fatigue. They use advanced tools and processes to filter out false positives. This ensures that their clients' teams only receive actionable alerts. This is especially important when dealing with platforms that generate a high volume of alerts. For example, if a client uses a security solution that produces many false positives, the MSSP can manage and triage these alerts. This frees up the client's internal IT staff to focus on their core business functions. This is a major benefit for companies without dedicated security personnel.

Managed EDR Solutions

Managed Endpoint Detection & Response (EDR) solutions are key offerings from MSSPs. EDR platforms provide advanced threat detection, investigation, and response capabilities on endpoints. However, managing an EDR solution requires significant expertise and continuous monitoring. MSSPs offer managed EDR services. They deploy, configure, and monitor EDR platforms for their clients. They also handle the investigation and remediation of detected threats. This ensures that endpoints are continuously protected. It also means that any incidents are quickly addressed. Managed Endpoint Detection & Response (EDR) Solutions are critical for modern threat landscapes. They help detect and respond to advanced attacks that traditional antivirus software might miss.

By leveraging managed EDR, organizations gain access to sophisticated threat hunting and incident response capabilities. These are often beyond what they could achieve on their own. MSSPs use their expertise to tune EDR platforms. They reduce false positives. They also optimize threat detection rules. This ensures maximum protection with minimal disruption. For MSPs evaluating SOC solutions like Blackpoint Cyber, understanding the role of MSSPs and their offerings is essential. It helps them decide how best to deliver comprehensive security services to their clients. It ensures they can effectively manage and respond to the evolving threat landscape.

Frequently Asked Questions

What is the SentinelOne Singularity Platform?

The SentinelOne Singularity Platform is SentinelOne's integrated enterprise security offering. It includes various modules for endpoint security, XDR, AI for security, cloud security, and identity protection. The platform aims to provide autonomous prevention, detection, and response. However, it has been described as having weak, disconnected point products, and its last MITRE Engenuity test participation showed a 50% protection score with 7 false positives.

What are CrowdStrike's Indicators of Attack (IOAs)?

CrowdStrike's Indicators of Attack (IOAs) are proprietary, behavior-based detections. They identify malicious activities and tactics, techniques, and procedures (TTPs) used by attackers. IOAs are powered by AI and integrated threat intelligence. They are designed to deliver unmatched breach prevention and curated alert context. CrowdStrike's AI-powered IOAs contributed to its 100% detection and protection scores with zero false positives in MITRE Engenuity tests.

How does CrowdStrike's agent compare to SentinelOne's?

CrowdStrike uses a single, lightweight agent that deploys all platform modules and installs quickly, often in minutes, on hundreds of thousands of endpoints. It is designed for effortless operation, with updates that eliminate operational workload. SentinelOne's agent is described as heavy, potentially impacting endpoint performance, and reportedly requires manual agent updates, increasing operational burden. CrowdStrike's agentic AI automates detection triage, leading to an average savings of 2 hours per week for customers.

Did SentinelOne participate in the latest MITRE Engenuity evaluation?

No, SentinelOne elected to withdraw from the most recent MITRE Engenuity evaluation. This decision was made after MITRE revealed the cross-domain scope and complexity of the test. In its prior participation, SentinelOne achieved only a 50% protection score with 7 false positives, while CrowdStrike achieved 100% detection and protection scores with zero false positives in its MITRE tests.

What is the difference between an MSP and an MSSP?

An MSP (Managed Service Provider) offers a broad range of IT services, including network management, data backup, and general IT support. An MSSP (Managed Security Service Provider) specializes specifically in cybersecurity services. MSSPs provide outsourced monitoring and management of security devices and systems, offering services like 24/7 security monitoring, threat detection, and incident response. This specialization helps organizations address security challenges without needing extensive in-house expertise.