In the current digital landscape, the significance of network security has reached unprecedented heights. As organizations and businesses increasingly rely on interconnected systems and digital infrastructure, the risk posed by cyber threats has grown exponentially. From ransomware to data breaches, cyberattacks have become more frequent and sophisticated, requiring organizations to employ skilled professionals who can defend critical network environments. The CompTIA Network Security Professional (CNSP) certification stands as a credible and strategic credential designed to address this need. Developed as a stackable certification, CNSP is built upon the foundational knowledge offered by CompTIA Security+ and CompTIA Network+. These two certifications collectively equip IT professionals with the essential skill set to specialize in network security and ensure the secure design and implementation of network infrastructure.
The CNSP certification serves not only as a testament to a candidate’s technical proficiency but also as a strategic asset for organizations looking to strengthen their cybersecurity posture. For IT professionals, earning the CNSP credential can open doors to advanced career opportunities, increased professional credibility, and higher earning potential. For businesses, hiring CNSP-certified personnel means enhanced protection against cyber threats and improved compliance with regulatory requirements. As digital threats continue to evolve, certifications like CNSP are becoming indispensable for those who aim to remain at the forefront of the cybersecurity field.
The Role of Stackable Certifications in Professional Development
Stackable certifications are designed to provide IT professionals with a structured and logical pathway to career advancement. By combining multiple credentials that build upon each other, stackable certifications offer a more holistic approach to learning and professional growth. The CompTIA CNSP is a prime example of this model. It requires candidates to earn both CompTIA Security+ and CompTIA Network+ before qualifying for the CNSP designation. This tiered approach ensures that candidates not only gain a comprehensive understanding of fundamental networking concepts but also master advanced security principles necessary to secure complex network environments.
The advantage of stackable certifications lies in their ability to validate a wide range of competencies. For employers, this means greater confidence in a candidate’s skill set and readiness to take on challenging roles in network security. For IT professionals, stackable certifications represent a clear and achievable roadmap to developing specialized expertise. They offer a way to systematically acquire and demonstrate skills that are in high demand across industries. As the cybersecurity landscape continues to evolve, the importance of structured, progressive certification paths like CNSP will only increase.
Addressing the Rising Demand for Network Security Professionals
The demand for skilled network security professionals has surged in response to the escalating frequency and severity of cyberattacks. Organizations across all sectors—government, healthcare, finance, education, and beyond—are investing heavily in cybersecurity to protect sensitive data and maintain business continuity. However, there is a significant skills gap in the industry. According to various industry reports, there are millions of unfilled cybersecurity jobs worldwide, and the number continues to grow. This shortage underscores the need for targeted training and certification programs that can quickly and effectively prepare individuals for careers in cybersecurity.
The CompTIA CNSP certification is uniquely positioned to help bridge this skills gap. By combining two foundational certifications with a focus on network security, CNSP provides a comprehensive training pathway that prepares individuals to meet the real-world challenges of securing digital infrastructures. Certified professionals are equipped with the knowledge and skills necessary to implement robust security measures, respond to incidents, manage vulnerabilities, and ensure compliance with industry regulations. As a result, they become highly valuable assets to their organizations, capable of making immediate contributions to cybersecurity efforts.
The Importance of Foundational Knowledge in Cybersecurity
Before diving into advanced topics in network security, it is essential for IT professionals to build a strong foundation in both cybersecurity principles and network infrastructure. This foundational knowledge serves as the bedrock upon which more complex concepts are constructed. The CompTIA Security+ and Network+ certifications fulfill this critical role by covering the essential areas of cybersecurity and networking.
CompTIA Security+ introduces candidates to key cybersecurity concepts such as threats and vulnerabilities, cryptography, risk management, and identity and access management. It provides a broad overview of the tools, technologies, and best practices used to protect systems and data. This knowledge is crucial for understanding how to detect, prevent, and respond to cyber threats effectively.
CompTIA Network+, on the other hand, focuses on the principles of networking. It covers topics such as network architecture, protocols, infrastructure components, and troubleshooting techniques. Understanding how networks function is fundamental to securing them. Without a solid grasp of network operations and infrastructure, it is difficult to implement effective security measures.
By requiring both Security+ and Network+ as prerequisites, the CNSP certification ensures that candidates are well-rounded professionals with a comprehensive understanding of both the cybersecurity and networking domains. This dual expertise is essential for securing modern network environments, which are often complex, dynamic, and under constant threat.
How CNSP Fits Into the Broader Cybersecurity Career Landscape
The cybersecurity field is vast and multifaceted, encompassing a wide range of roles and responsibilities. From penetration testing and incident response to compliance auditing and threat intelligence, there are numerous career paths within the domain. Network security represents a critical subfield that focuses specifically on protecting network infrastructure from unauthorized access, misuse, and disruption. It involves securing routers, switches, firewalls, and other network devices, as well as implementing policies and procedures to ensure secure data transmission.
The CNSP certification is tailored for individuals who wish to specialize in this vital area. It prepares candidates for roles that require in-depth knowledge of both network design and security. Whether one is working as a network administrator, security analyst, or cybersecurity consultant, the skills acquired through the CNSP certification are directly applicable and highly valued.
Moreover, CNSP-certified professionals are better positioned to pursue advanced certifications and roles in the future. It can serve as a stepping stone to more specialized certifications such as CompTIA CySA+, CASP+, or vendor-specific credentials from Cisco, Palo Alto Networks, and others. In this way, CNSP is not just a certification—it is a gateway to long-term career growth in the ever-expanding field of cybersecurity.
Core Competencies and Learning Outcomes of CNSP Certification
While the CNSP certification does not have its own separate exam, it represents the culmination of learning outcomes from both Security+ and Network+. Together, these certifications cover a wide range of competencies that are critical for network security professionals.
The core competencies include an understanding of cyber threats and how to defend against them, the ability to design and implement secure network architectures, proficiency in network troubleshooting and diagnostics, and familiarity with compliance standards and risk management practices. These skills enable professionals to identify vulnerabilities, secure network components, monitor network traffic for suspicious activity, and respond effectively to security incidents.
Additionally, the CNSP certification emphasizes the importance of continuous learning and professional development. The field of cybersecurity is constantly evolving, with new threats, technologies, and best practices emerging regularly. By engaging with the CNSP certification path, IT professionals commit to staying current and adaptable in their knowledge and skills. This mindset is essential for maintaining effectiveness and relevance in a rapidly changing industry.
The Strategic Advantage of Earning a CNSP Certification
For individuals seeking to differentiate themselves in a competitive job market, the CNSP certification offers a significant strategic advantage. It signals to employers that the candidate has invested in developing a comprehensive skill set and is capable of handling complex network security challenges. It also demonstrates a commitment to professional excellence and a proactive approach to career development.
From a hiring perspective, employers often look for candidates who can immediately contribute to the organization’s security efforts. The CNSP certification provides assurance that a candidate has been trained in industry-standard practices and is familiar with the tools and methodologies required to secure network environments. This can reduce the learning curve and training time associated with new hires, making CNSP-certified professionals more attractive to employers.
Additionally, CNSP certification can enhance earning potential. Professionals with recognized certifications often command higher salaries and have access to more advanced job roles. According to industry salary surveys, certifications in cybersecurity and networking consistently rank among the most lucrative in the IT field. By earning the CNSP certification, individuals not only increase their job prospects but also position themselves for financial and professional success.
Deep Dive into CompTIA Security+
Overview of the Security+ Certification and Its Purpose
CompTIA Security+ is a globally recognized certification that serves as a benchmark for foundational cybersecurity skills. It is designed for individuals who are beginning their careers in information security or those who want to validate their basic security knowledge and abilities. The certification emphasizes core security functions such as risk management, threat analysis, network architecture security, and incident response. As one of the most widely adopted cybersecurity certifications, Security+ is often considered the entry point for professionals pursuing roles such as security analyst, systems administrator, and IT auditor.
The primary objective of the Security+ certification is to provide a comprehensive introduction to cybersecurity concepts and prepare individuals for real-world security responsibilities. It covers a broad range of topics that reflect current best practices and trends in the field, ensuring that certified individuals have the knowledge required to secure systems and networks in today’s complex threat environment.
Security+ is compliant with ISO 17024 standards and is approved by the U.S. Department of Defense to meet Directive 8140 and 8570.01-M requirements, making it particularly valuable for individuals seeking roles within government or defense-related sectors.
Key Topics and Domains Covered in the Security+ Exam
The Security+ certification exam is structured around a set of domains that reflect the essential skills and knowledge areas required for cybersecurity roles. These domains are regularly updated to stay aligned with industry standards and emerging threats.
The major domains include:
- Threats, Attacks, and Vulnerabilities
This domain focuses on identifying various types of threats such as malware, phishing, and social engineering. It also covers methods for analyzing vulnerabilities and understanding how different types of attacks exploit them. - Architecture and Design
This section emphasizes secure system design principles, including secure network architecture, virtualization, and cloud security. It also includes topics such as secure application development and implementing security controls. - Implementation
Candidates are tested on their ability to implement secure protocols, host and network security solutions, and wireless security configurations. It also includes access control and identity management implementations. - Operations and Incident Response
This domain covers incident response procedures, disaster recovery plans, and business continuity strategies. It also addresses digital forensics, detection tools, and mitigation techniques. - Governance, Risk, and Compliance
This final domain explores regulatory and legal issues, risk management strategies, and compliance frameworks. It includes standards such as GDPR, PCI-DSS, HIPAA, and NIST.
Each of these domains contributes to building a strong cybersecurity foundation, equipping professionals to protect systems and respond effectively to incidents.
Benefits of Security+ for Career Advancement
Earning the Security+ certification provides several tangible benefits for IT professionals. First, it serves as an industry-recognized credential that validates essential cybersecurity skills. This can significantly enhance a candidate’s resume and improve their visibility to potential employers. Many entry-level and mid-level cybersecurity job postings list Security+ as a preferred or required certification, particularly for positions involving security operations, systems administration, or compliance auditing.
Second, Security+ can lead to higher earning potential. Professionals with Security+ certification often qualify for better compensation packages due to their verified skill set and commitment to professional development. According to salary surveys, Security+ holders frequently earn above-average salaries compared to non-certified peers in similar roles.
Third, the certification provides a solid foundation for pursuing more advanced cybersecurity certifications. It serves as a stepping stone toward specialized credentials such as CySA+, PenTest+, and CASP+. These certifications allow professionals to further develop expertise in areas such as threat detection, ethical hacking, and enterprise security architecture.
Finally, Security+ contributes to job security and career stability. As cyber threats continue to grow in volume and sophistication, organizations increasingly rely on trained professionals to defend their digital assets. Holding a Security+ certification demonstrates readiness to take on this responsibility and adapt to evolving security demands.
Who Should Pursue Security+ Certification
The Security+ certification is ideal for a wide range of individuals at different stages of their IT careers. It is particularly well-suited for:
- Newcomers to cybersecurity who are looking to build a strong foundational understanding
- IT professionals such as network administrators, systems administrators, and help desk technicians seeking to transition into security roles
- College students or recent graduates aiming to enter the cybersecurity field
- Military or government personnel needing to meet DoD 8140 or 8570.01-M compliance requirements
- Professionals pursuing a broader stackable certification path such as CompTIA CNSP
While there are no formal prerequisites for Security+, having basic knowledge of networking and operating systems is recommended. Many candidates choose to earn CompTIA Network+ before pursuing Security+ to ensure they have a strong grasp of networking fundamentals, which are essential for understanding security concepts.
Real-World Applications of Security+ Knowledge
The knowledge gained through Security+ certification has direct applications in day-to-day IT and cybersecurity tasks. For example, professionals who complete the certification are equipped to monitor networks for unusual activity, identify and contain malware infections, configure firewalls and intrusion detection systems, and enforce access control policies. They can also assist in conducting vulnerability assessments and ensuring compliance with security policies and regulatory requirements.
Security+ certified professionals often work on cross-functional teams, collaborating with developers, administrators, and managers to secure systems and data. Their ability to communicate security risks and recommend appropriate mitigation strategies is critical to organizational success.
In addition, the certification instills a strong understanding of the security lifecycle, from risk assessment and implementation to monitoring and response. This holistic view enables professionals to make informed decisions that protect both technology and business objectives.
Security+ as a Building Block for Further Specialization
Security+ serves as the cornerstone of a long-term career in cybersecurity. While it covers a wide range of topics, its primary value lies in establishing a firm foundation upon which professionals can build more specialized skills. For those interested in threat analysis and incident response, the next logical step may be pursuing the CySA+ certification. For individuals interested in ethical hacking, PenTest+ offers a focused curriculum on penetration testing and vulnerability exploitation. Those aiming for advanced security management or enterprise-level roles might consider CASP+ or other high-level certifications.
Because of its role as a foundational credential, Security+ also fits seamlessly into stackable certification pathways such as the CNSP designation. By completing Security+ and pairing it with Network+, professionals not only earn the CNSP credential but also demonstrate a commitment to comprehensive, layered learning. This combination provides a competitive advantage in both hiring and career progression.
Preparing for the Security+ Exam
Effective preparation for the Security+ exam involves a combination of study methods and hands-on experience. Candidates should begin by reviewing the official exam objectives, which outline the knowledge areas and skills that will be tested. From there, study resources such as textbooks, online courses, practice exams, and lab simulations can help reinforce the material.
Hands-on practice is especially important for understanding how security tools and technologies function in real-world environments. Candidates are encouraged to build home labs or use virtual machines to experiment with configuring firewalls, implementing encryption, and analyzing logs.
Time management and test-taking strategies are also important. The Security+ exam includes multiple-choice and performance-based questions that test the candidate’s ability to apply knowledge in practical scenarios. Practicing with sample questions can help candidates become familiar with the format and pacing of the exam.
Deep Dive into CompTIA Network+
Overview of the Network+ Certification and Its Purpose
CompTIA Network+ is a globally recognized certification that validates the essential knowledge and skills required to design, manage, and troubleshoot wired and wireless networks. It is considered a foundational certification for IT professionals who want to specialize in networking or gain a deeper understanding of how networks function. Network+ is vendor-neutral, meaning it covers networking principles and technologies that are applicable across a wide range of platforms and devices.
The primary objective of the Network+ certification is to ensure that individuals understand how to build and maintain functional network infrastructures. This includes configuring, securing, and supporting networks used in both enterprise and small business environments. Network+ serves as a stepping stone for more advanced networking roles and certifications, providing the technical foundation necessary for a career in IT infrastructure or cybersecurity.
Network+ is often pursued by professionals working in roles such as network administrator, network support specialist, help desk technician, and IT technician. It is also a key component of the CompTIA Network Security Professional (CNSP) certification stack, reinforcing its relevance for those seeking cybersecurity specialization.
Key Topics and Domains Covered in the Network+ Exam
The Network+ exam is structured around a set of domains that reflect the core competencies necessary for networking professionals. These domains are updated regularly to reflect current networking standards, protocols, and best practices.
The major domains include:
- Networking Fundamentals
This domain introduces the basic components of networking, including the OSI and TCP/IP models, networking hardware, cabling types, and common protocols such as TCP, UDP, and IP. It also covers subnetting and IP addressing schemes. - Network Implementations
This section focuses on the configuration and deployment of various network devices and services. It includes switching, routing, wireless standards, and virtualization. Candidates learn how to install and manage different types of networks, including LANs, WANs, and WLANs. - Network Operations
This domain emphasizes network monitoring, performance optimization, and disaster recovery planning. It includes tools and processes used to maintain network functionality and ensure high availability. - Network Security
Candidates are introduced to fundamental security concepts related to networking, including authentication methods, firewalls, secure protocols, and access control. This domain helps bridge the gap between networking and cybersecurity. - Network Troubleshooting
This section covers methodologies and tools used to identify and resolve network issues. It includes diagnosing connectivity problems, interpreting logs, and troubleshooting common hardware and software failures.
Each domain contributes to a comprehensive understanding of how modern networks are built, maintained, and secured.
Importance of Networking Knowledge in Cybersecurity Roles
A solid understanding of networking is essential for anyone working in cybersecurity. Many security threats exploit vulnerabilities in network configurations or protocols. Without a deep knowledge of how networks operate, it becomes difficult to identify, mitigate, or prevent these threats. Network+ provides this foundational knowledge, enabling cybersecurity professionals to understand the infrastructure they are tasked with protecting.
For example, detecting unauthorized access or lateral movement within a network requires familiarity with network traffic flows, ports, protocols, and topologies. Similarly, implementing firewalls or intrusion detection systems requires an understanding of routing, IP addressing, and segmentation. Network+ equips professionals with the skills to design secure network architectures and respond effectively to network-based attacks.
By mastering networking principles, professionals are better prepared to collaborate with other IT teams, support incident response efforts, and contribute to an organization’s overall security strategy.
Who Should Pursue Network+ Certification
The Network+ certification is ideal for individuals who are:
- New to IT and looking to build a career in networking or cybersecurity
- IT support or help desk technicians seeking to expand their skill set
- Systems administrators who want to enhance their network knowledge
- Professionals aiming for a role in network administration or infrastructure support
- Candidates preparing for the CNSP certification by fulfilling one of its core requirements
While there are no formal prerequisites for Network+, it is recommended that candidates have basic IT knowledge and experience. Many individuals complete the CompTIA A+ certification before attempting Network+ to ensure a strong understanding of hardware, operating systems, and troubleshooting.
Real-World Applications of Network+ Knowledge
The knowledge gained through Network+ has practical applications in virtually every IT environment. Certified professionals are capable of installing routers and switches, configuring wireless access points, managing IP address allocations, and implementing virtual networks. They can also troubleshoot network issues that impact user productivity and system performance.
In enterprise settings, Network+ professionals often assist with network planning and documentation, perform regular audits of infrastructure, and apply updates to network devices to ensure security and compliance. In smaller organizations, they may be responsible for the entire network lifecycle, from setup to maintenance and monitoring.
Because nearly every business relies on network connectivity for day-to-day operations, the ability to support and secure that infrastructure is a valuable skill set across industries.
Network+ as a Foundation for Advanced Certifications
Network+ is a key foundational certification for professionals who wish to pursue more advanced networking or cybersecurity credentials. It lays the groundwork for specialized certifications such as Cisco’s CCNA, Juniper’s JNCIA, and CompTIA’s CySA+ and CASP+. These certifications build on the core concepts introduced in Network+ and dive deeper into areas like enterprise routing, advanced security, and network automation.
For individuals following the CNSP pathway, completing Network+ alongside Security+ provides the dual knowledge needed to manage and secure network environments. This combination allows professionals to move into roles that require both operational and security responsibilities, such as security operations center (SOC) analyst, infrastructure security engineer, or network security specialist.
As networks become more complex and distributed, especially with the rise of cloud computing and remote work, a strong foundation in networking is more important than ever. Network+ ensures that professionals are prepared to meet the technical challenges of today’s IT environments and adapt to future developments.
Preparing for the Network+ Exam
Effective preparation for the Network+ exam requires a mix of theoretical study and hands-on practice. Candidates should begin by reviewing the official exam objectives to understand what topics will be covered. Study materials such as textbooks, video courses, practice exams, and flashcards can help reinforce the concepts.
Hands-on experience is crucial for developing confidence with network configurations and troubleshooting. Setting up a lab environment using physical devices or virtualization tools like GNS3 or Packet Tracer allows candidates to practice configuring routers, switches, VLANs, and IP addressing.
Time management is also important during the exam. The test includes multiple-choice and performance-based questions that simulate real-world scenarios. Practicing with sample questions can help candidates become comfortable with the format and improve their problem-solving skills.
By combining knowledge with practical application, candidates will be well-prepared to pass the exam and apply their skills in professional settings.
Understanding the CompTIA CNSP Certification
The CompTIA Network Security Professional (CNSP) is a stackable certification that validates a well-rounded skill set in both networking and cybersecurity. It is earned by completing two foundational certifications: CompTIA Security+ and CompTIA Network+. This designation is designed to recognize professionals who have demonstrated the ability to manage and secure networks, providing an integrated understanding of how information systems operate and how they should be protected.
CNSP is not a separate exam but a recognition of achievement through the combination of Security+ and Network+. This combination ensures that certified individuals possess both the operational skills to manage complex network environments and the security knowledge to defend those environments from evolving threats.
The CNSP credential is ideal for professionals looking to solidify their place in the cybersecurity field, particularly in roles that require both infrastructure knowledge and security awareness. It represents a balanced approach to IT security and network administration and is often seen as a stepping stone to more advanced roles and certifications.
How Security+ and Network+ Combine to Form CNSP
Security+ focuses on identifying and mitigating cybersecurity threats, implementing security controls, managing risk, and responding to incidents. Network+ provides the foundational knowledge required to build, manage, and troubleshoot network infrastructure. Together, these certifications form a cohesive skill set that is critical in modern IT environments.
By earning both Security+ and Network+, candidates demonstrate that they understand how networks operate and how to secure them. This dual competency is essential for roles such as network security analyst, systems administrator, and cybersecurity specialist, where professionals must work across both domains.
The integration of these two certifications under the CNSP title is significant because cybersecurity does not exist in isolation. Most security incidents begin or propagate through network vectors, and securing these vectors requires a solid understanding of how networks are designed and maintained. CNSP professionals are equipped to bridge that gap.
Strategic Advantages of the CNSP Certification
The CNSP certification offers several strategic benefits for individuals pursuing a career in cybersecurity or IT infrastructure.
- Enhanced Career Mobility
Holding both Security+ and Network+ positions a professional for a wider range of roles, from help desk and support to cybersecurity operations and network engineering. CNSP shows employers that the candidate is not only technically competent but also versatile across critical areas of IT. - Competitive Edge in Job Markets
Employers value professionals who can manage and secure networks simultaneously. CNSP offers a competitive advantage over candidates who hold only one of the two certifications. It signals a proactive approach to learning and a commitment to mastering multiple aspects of IT. - Strong Foundation for Specialization
CNSP serves as a launching pad for more advanced certifications. Individuals can pursue paths such as penetration testing, incident response, or advanced network design. The foundational knowledge gained through CNSP ensures a smoother transition to these specializations. - Alignment with Industry Frameworks
CNSP maps closely to job roles and skills outlined in industry frameworks such as the NICE Cybersecurity Workforce Framework and DoD 8140/8570. This alignment makes CNSP a practical and recognized credential for professionals seeking employment in government, defense, or regulated industries. - Long-Term Value
Both Security+ and Network+ are globally recognized and frequently listed in job descriptions. Earning both ensures the holder’s credentials remain relevant and in demand, even as specific technologies or platforms evolve.
Ideal Candidates for CNSP
The CNSP certification is well-suited for:
- Entry-level IT professionals looking to gain broad and relevant skills in networking and security
- Help desk technicians and junior administrators ready to move into cybersecurity roles
- Career changers seeking a clear path into the cybersecurity field
- Military or government personnel required to meet compliance mandates
- Students or recent graduates interested in building a foundational skill set recognized by employers
CNSP is particularly useful for individuals who want a practical, structured way to break into cybersecurity. It provides immediate value in job readiness and long-term value in setting the stage for future growth.
How Employers View CNSP
Employers recognize CNSP as a practical certification that represents well-rounded technical capability. In hiring scenarios, candidates with CNSP are often favored for roles that involve both network management and security responsibilities. These roles may include:
- Security analyst
- Network administrator
- SOC analyst
- IT support specialist
- Infrastructure security technician
Employers see CNSP holders as reliable hires because they already have verifiable skills in two of the most critical areas of IT. The certification indicates that the individual understands the flow of data across networks and how to safeguard it from both internal and external threats.
In addition, many organizations—especially those operating in regulated industries—require or prefer certifications that align with compliance standards. Because both Security+ and Network+ are approved under DoD 8570 and other frameworks, CNSP satisfies many of these employment criteria.
Continuing the Learning Path After CNSP
Once a candidate has earned CNSP, they have multiple options to continue their learning and expand their career opportunities. Some of the most common next steps include:
- CompTIA CySA+ for those interested in threat detection, vulnerability management, and security analytics
- CompTIA PenTest+ for those pursuing offensive security or penetration testing roles
- CompTIA CASP+ for experienced professionals moving into enterprise-level security architecture and leadership
- Vendor-specific certifications such as Cisco CCNA or Microsoft Security certifications to develop specialized technical knowledge
- Cloud security certifications such as AWS Certified Security – Specialty or (ISC)² CCSP to align with cloud-based environments
These certifications build on the skills learned in CNSP and allow professionals to tailor their career paths to specific interests or job roles. Whether moving toward hands-on technical work or broader security strategy, CNSP provides a solid launch point.
Final Thoughts
The CNSP certification offers a practical, achievable, and highly relevant path for professionals entering or growing within the cybersecurity field. By combining Security+ and Network+, CNSP delivers a balanced understanding of how networks function and how to protect them. This dual knowledge is vital in an era where digital infrastructure is constantly targeted by cyber threats.
CNSP provides immediate value in the job market and lays the groundwork for continued advancement. Whether you are just starting your career or looking to pivot into cybersecurity from another IT role, CNSP equips you with the skills employers are actively seeking and gives you the confidence to move forward in a rapidly evolving industry.