Intro
CompTIA Network+ remains a valuable vendor-neutral certification for professionals looking to build careers in networking, systems administration, cybersecurity, cloud infrastructure and IT support. It develops practical knowledge across networking concepts, infrastructure, operations, security and troubleshooting, making it a strong foundation for progressing into more specialised IT certifications such as Cisco CCNA, CompTIA Security+, CompTIA CySA+ and cloud certifications.
For IT professionals in 2026, Network+ is best viewed as the starting point of a broader career pathway rather than an endpoint. By combining the certification with hands-on projects and additional skills in networking, cybersecurity, cloud computing, Linux and automation, professionals can progress from entry-level support roles into network administration, network engineering, cybersecurity, cloud infrastructure and network architecture, with significantly greater earning potential as their experience grows.
Lets Dive In
What CompTIA Network+ Gives You
Network+ establishes a broad technical foundation that is useful across much of the IT industry. The certification covers areas such as IP addressing, subnetting, routing, switching, wireless networking, network protocols, cabling, network services, virtualisation, cloud networking, network operations, security and troubleshooting.
One of its biggest advantages is that it teaches concepts rather than locking the learner into a single vendor. A networking professional may eventually work with Cisco, Microsoft, Juniper, Fortinet, Palo Alto Networks, AWS, Azure or other technologies. Network+ provides the conceptual foundation needed to understand how these technologies fit together.
The current N10-009 exam also places substantial emphasis on troubleshooting. That is important because employers are not simply looking for people who can explain what DHCP, DNS or TCP/IP are. They need professionals who can identify why a device cannot connect, determine whether a problem is physical or logical, investigate latency or packet loss and restore services efficiently. The N10-009 examination allocates 24% to network troubleshooting, making it the largest individual domain.
This means Network+ can be particularly valuable when combined with practical laboratory experience. Building virtual networks, configuring routers and switches, creating VLANs, working with DNS and DHCP, analysing traffic with Wireshark and troubleshooting simulated failures can transform certification knowledge into employable skills.
Career Path 1: Network Support Specialist
Expected Earnings: Approximately $46,000–$124,000+ USD per year, with a $73,340 median
Network support is one of the most direct career destinations after earning Network+. Network support specialists help maintain connectivity, troubleshoot network problems, configure equipment and assist users experiencing networking issues.
This can be an excellent first networking job because it allows a new professional to gain exposure to real production environments. Day-to-day responsibilities may include diagnosing connectivity problems, configuring network devices, resolving DNS and DHCP issues, troubleshooting wireless networks, replacing faulty hardware and escalating complex problems to network engineers.
The most important skills for entering this career include TCP/IP, IPv4 and IPv6, subnetting, DNS, DHCP, Ethernet, Wi-Fi, VLANs, basic routing, network monitoring and structured troubleshooting. Communication skills are equally important because network support professionals frequently have to explain technical problems to non-technical users.
A useful next certification is Cisco CCNA. Network+ establishes broad networking knowledge, while CCNA provides deeper hands-on exposure to Cisco networking, routing, switching and enterprise network configuration.
Career Path 2: Network Administrator
Expected Earnings: Approximately $60,000–$150,000+ USD per year, with a $96,800 median
Network administration represents a natural progression from network support. Network administrators are responsible for keeping an organisation’s networking infrastructure operational, secure and reliable.
Typical responsibilities include configuring routers and switches, managing VLANs, maintaining wireless networks, monitoring network performance, managing network access, maintaining documentation and troubleshooting connectivity problems. Administrators may also work with firewalls, VPNs, cloud connectivity and network security technologies.
Network+ is a strong foundation, but employers often expect administrators to demonstrate practical experience with specific technologies. Cisco CCNA can strengthen networking knowledge, while Linux, Microsoft, cloud and security skills can significantly broaden employment opportunities.
A Network+ professional targeting administration should become comfortable using command-line networking tools, configuring switches and routers, managing IP addressing, analysing logs, monitoring performance and documenting infrastructure. They should also understand backup procedures, access controls, change management and basic scripting.
Career Path 3: Network Engineer
Expected Earnings: Approximately $80,000–$198,000+ USD per year for advanced network architecture and engineering roles, with a $130,390 median benchmark for computer network architects.
Network engineering is a more advanced path in which professionals design, implement, optimise and troubleshoot enterprise networking infrastructure.
A network engineer may work on corporate LANs and WANs, wireless networks, VPNs, data centres, firewalls, SD-WAN, cloud networking and increasingly automated network environments. The role requires considerably more practical experience than an entry-level networking position.
Network+ can provide the foundation, but CCNA is often a logical next step for someone pursuing this career. After gaining experience, professionals may progress towards Cisco CCNP or vendor certifications from other networking companies.
Network engineering also increasingly requires knowledge of automation. Python, APIs, configuration management and infrastructure-as-code concepts can help networking professionals move beyond manually configuring individual devices.
To reach this level, professionals should develop advanced routing and switching, network security, wireless networking, VPNs, cloud networking, network monitoring, automation and network design skills.
Career Path 4: Systems Administrator
Expected Earnings: Approximately $60,000–$150,000+ USD per year, with a $96,800 median U.S. benchmark.
Network+ can also lead into systems administration because modern networks and servers are closely connected. Systems administrators maintain operating systems, servers, applications, user accounts, security controls and infrastructure.
A systems administrator may manage Windows Server, Linux servers, virtual machines, storage, identity systems, backups and network services. Networking knowledge is particularly valuable because servers depend on DNS, DHCP, TCP/IP, routing, authentication and network security.
Linux is especially valuable for this career path. Professionals should learn the Linux command line, file systems, permissions, processes, package management, SSH, networking commands, Bash scripting and system monitoring. Windows professionals should also understand Active Directory, PowerShell, Group Policy, DNS, DHCP and Microsoft server administration.
Network+ therefore becomes the networking component of a broader infrastructure skill set.
Career Path 5: Cybersecurity Specialist
Expected Earnings: Approximately $70,000–$186,000+ USD per year, with a $124,910 median
Cybersecurity is one of the most attractive directions for a Network+ professional because networks are central to information security. Understanding how networks operate makes it easier to understand attacks, segmentation, firewalls, intrusion detection, VPNs, access controls and network monitoring.
A common progression is:
Network+ → Security+ → Cybersecurity experience → CySA+ or specialist security certification
CompTIA Security+ is particularly logical because it builds security knowledge on top of networking and systems fundamentals. Security+ covers threats and vulnerabilities, security architecture, security operations, security program management and related defensive practices.
The skills required include network security, firewalls, endpoint security, identity and access management, vulnerability management, security monitoring, incident response, authentication, encryption and security frameworks.
Practical experience is especially important. A candidate should be able to demonstrate that they can analyse traffic, identify suspicious activity, configure security controls and investigate security incidents rather than simply explain security terminology.
Career Path 6: Cloud Network Engineer
Cloud computing has changed networking considerably. Organisations increasingly need professionals who understand how traditional networking concepts translate into AWS, Microsoft Azure and other cloud environments.
A Network+ professional already understands many of the fundamentals required for cloud networking, including IP addressing, routing, DNS, network segmentation, VPNs, firewalls and connectivity. The next step is learning cloud-specific networking and infrastructure.
For AWS, this could involve progressing towards AWS Certified Solutions Architect – Associate or eventually a networking-focused AWS certification. Cloud professionals should understand VPCs, subnets, route tables, security groups, network ACLs, load balancing, DNS, VPNs, identity and availability zones.
Cloud networking is particularly attractive because it combines traditional infrastructure knowledge with modern cloud architecture. Network+ can therefore become the first stage of a longer-term progression towards cloud engineering, cloud architecture or DevOps.
Career Path 7: Network Architect
Expected Earnings: Approximately $80,000–$198,000+ USD per year, with a $130,390 median benchmark
Network architecture represents one of the most advanced destinations for a networking professional. Network architects design large-scale networks and determine how infrastructure should be structured, deployed and upgraded.
The role can involve LANs, WANs, data centres, cloud infrastructure, wireless networks, security architecture and network performance. It also requires an ability to understand business requirements and translate them into technical designs.
Network+ alone is not normally enough to qualify someone for this level. Professionals generally need years of networking experience, advanced certifications, strong design skills and knowledge of cloud and security architecture. A typical progression could involve Network+, CCNA, several years of network administration or engineering experience, followed by CCNP-level knowledge and cloud/security specialisation.
The Certification Roadmap After Network+
Network+ is best viewed as the centre of a certification roadmap rather than an isolated qualification.
For someone pursuing traditional networking, a strong route is Network+ → CCNA → CCNP Enterprise. CCNA adds deeper practical routing and switching knowledge, while CCNP can support progression into advanced enterprise networking.
For cybersecurity, Network+ → Security+ → CySA+ is a logical pathway. Network+ explains how networks work, Security+ introduces defensive security concepts and CySA+ moves further into security analytics and defensive operations.
For systems administration, Network+ → Linux+ or Microsoft-focused certifications → cloud certification can be effective. Linux skills are particularly valuable because Linux powers a large proportion of servers and cloud infrastructure.
For cloud infrastructure, Network+ → AWS Solutions Architect Associate or Azure certification → advanced cloud/network specialisation can create a pathway towards cloud engineering and architecture.
For automation-oriented professionals, Network+ can be combined with Python, Bash, PowerShell, Git and infrastructure-as-code. This is increasingly important because modern infrastructure teams are moving from manual configuration towards automation.
The Core Skills You Need to Build a Career
The first skill category is networking fundamentals. You should be comfortable with TCP/IP, OSI concepts, IPv4, IPv6, subnetting, DNS, DHCP, routing, switching, VLANs, wireless networking, VPNs and common network protocols.
The second is troubleshooting. Employers value people who can methodically isolate problems rather than simply recognise terminology. You should learn how to use tools such as ping, traceroute, ipconfig or ifconfig, nslookup or dig, netstat, tcpdump and Wireshark.
The third is operating-system knowledge. Networking professionals increasingly interact with Windows and Linux systems, so understanding both environments provides a significant advantage.
The fourth is security. Even network administrators are expected to understand authentication, access controls, segmentation, firewalls, encryption, VPNs, vulnerabilities and basic incident response.
The fifth is cloud infrastructure. Learn the networking architecture of at least one major cloud provider, particularly AWS or Azure.
The sixth is automation. Python, Bash or PowerShell can allow an IT professional to automate repetitive tasks, collect information from systems and configure infrastructure more efficiently.
Finally, communication and documentation skills matter enormously. Network professionals frequently need to explain outages, write technical documentation, communicate with vendors and work with colleagues who are not networking specialists.
Best-Selling Online Courses to Build Network+ Career Skills in 2026
As the IT employment landscape evolves, continuous learning is becoming increasingly important for professionals seeking successful careers in network support, network administration, network engineering, systems administration, cybersecurity, cloud infrastructure and IT operations. Online courses provide accessible opportunities to develop in-demand skills such as networking fundamentals, TCP/IP, subnetting, routing, switching, network security, troubleshooting, Linux, cloud networking, Python and infrastructure automation.
For career changers, graduates, self-taught professionals and people without traditional IT qualifications, the most effective approach is to combine structured online learning with practical networking labs and real-world projects. Courses can provide the technical foundation, while configuring virtual networks, troubleshooting simulated failures, analysing traffic with Wireshark, building Cisco Packet Tracer environments, deploying cloud networks and automating IT tasks can provide valuable evidence of career-ready networking skills.
CompTIA Network+ N10-009 Full Course & Practice Exam | Udemy
Platform: Udemy
Level: Beginner
Focus: Network+, Networking Fundamentals, Infrastructure, Security and Troubleshooting
CompTIA Network+ N10-009 Full Course & Practice Exam from Jason Dion is an excellent starting point for anyone seeking to develop the core knowledge required for a networking career. The course is highly popular and currently maintains a 4.7/5 rating from more than 41,000 reviews, with more than 30 hours of training.
The curriculum covers networking concepts, infrastructure, network operations, security and troubleshooting while preparing learners for the current CompTIA Network+ N10-009 examination. Practice questions and exam-focused learning help reinforce the technical concepts required for certification.
For aspiring Network Support Specialists, Network Administrators, IT Support Specialists, Junior Network Engineers and Systems Administrators, this course provides a strong foundation for both certification preparation and further professional development.
Course Link: CompTIA Network+ N10-009 Full Course & Practice Exam | Udemy
Cisco CCNA 200-301 – The Complete Guide | Udemy
Platform: Udemy
Level: Beginner to Intermediate
Focus: Cisco Networking, Routing, Switching, VLANs, Network Security and Troubleshooting
Cisco CCNA 200-301 – The Complete Guide from Neil Anderson is an excellent follow-on course for Network+ professionals who want to progress towards network administration and engineering. It currently has a 4.7/5 rating from more than 89,000 reviews and has attracted more than 333,000 students.
The curriculum covers routing, switching, IP addressing, VLANs, network security and other core networking technologies. Importantly, learners also gain practical experience using Cisco Packet Tracer, allowing them to build and configure simulated networks rather than relying entirely on theoretical instruction.
For aspiring Network Administrators, Network Engineers, Network Support Specialists and Infrastructure Engineers, combining Network+ with CCNA knowledge can provide a particularly strong vendor-neutral and vendor-specific networking foundation.
Course Link: Cisco CCNA 200-301 – The Complete Guide | Udemy
AWS Cloud Solutions Architect Professional Certificate | Coursera
Platform: Coursera
Level: Beginner to Intermediate
Focus: AWS, Cloud Computing, Cloud Networking, Infrastructure and Security
The AWS Cloud Solutions Architect Professional Certificate is a strong choice for Network+ professionals who want to transition from traditional networking into cloud infrastructure. The programme currently has a 4.8/5 rating and has attracted more than 120,000 learners, making it one of the most popular highly rated cloud career programmes available online.
The curriculum covers AWS compute, storage, databases, networking, monitoring and security while helping learners prepare for the AWS Certified Solutions Architect – Associate certification. Practical learning activities help students understand how traditional infrastructure concepts translate into cloud environments.
For aspiring Cloud Engineers, Cloud Network Engineers, Cloud Architects, Network Engineers and Infrastructure Engineers, the programme provides an opportunity to combine existing networking knowledge with highly relevant AWS cloud skills.
Course Link: AWS Cloud Solutions Architect Professional Certificate | Coursera
Cybersecurity Foundations Specialization | Coursera
Platform: Coursera
Level: Beginner
Focus: Cybersecurity, Network Security, Security Operations, Threats and Vulnerabilities
The Cybersecurity Foundations Specialization is well suited to Network+ professionals considering a transition into cybersecurity. The programme is currently rated 4.7/5 and combines foundational cybersecurity concepts with practical exercises and cyber-range activities.
The curriculum introduces important areas such as cybersecurity principles, threats, vulnerabilities, security operations and defensive technologies. Its practical components help learners begin applying security concepts rather than simply memorising terminology.
For aspiring Cybersecurity Analysts, Security Operations Centre Analysts, Network Security Specialists, Security Administrators and Information Security Analysts, the programme provides a useful bridge between networking knowledge and cybersecurity expertise.
Course Link: Cybersecurity Foundations Specialization | Coursera
Google IT Automation with Python Professional Certificate | Coursera
Platform: Coursera
Level: Beginner to Intermediate
Focus: Python, IT Automation, Git, Troubleshooting and Systems Administration
The Google IT Automation with Python Professional Certificate is an excellent choice for Network+ professionals who want to develop programming and automation skills. The programme has achieved a 4.8/5 rating and has attracted more than 989,000 learners, demonstrating substantial demand for its combination of IT and programming skills.
The curriculum covers Python programming, Git, troubleshooting, configuration management and IT automation. Learners complete practical exercises that demonstrate how programming can be applied to automate repetitive IT tasks and manage infrastructure more efficiently.
For aspiring Network Engineers, Systems Administrators, Network Automation Engineers, Cloud Engineers and DevOps Professionals, Python can provide an important competitive advantage by enabling them to automate network configuration, collect infrastructure data, interact with APIs and streamline operational processes.
Course Link: Google IT Automation with Python Professional Certificate | Coursera
Wireshark: Packet Analysis and Network Troubleshooting | Udemy
Platform: Udemy
Level: Beginner to Intermediate
Focus: Wireshark, Packet Analysis, Network Troubleshooting and Network Security
Learning to analyse network traffic is an important practical skill for anyone pursuing a networking or cybersecurity career. Wireshark is one of the most widely used tools for examining packets and investigating network behaviour.
A strong Wireshark learning path should teach learners how to capture traffic, apply filters, identify protocols, investigate connections and use packet information to diagnose network problems. These skills complement Network+ particularly well because troubleshooting is one of the most important components of professional networking.
For aspiring Network Support Specialists, Network Administrators, Network Engineers, Network Security Specialists and Cybersecurity Analysts, practical packet-analysis experience can help demonstrate that they can apply networking theory to real-world troubleshooting scenarios.
Course Link: Wireshark Courses | Udemy
Python for Everybody Specialization | Coursera
Platform: Coursera
Level: Beginner
Focus: Python Programming, Automation, Data Handling and Problem Solving
The Python for Everybody Specialization provides another accessible route into programming for Network+ professionals who have little or no previous coding experience. It has become one of Coursera’s most popular programming programmes and provides a structured introduction to Python.
The curriculum progresses from basic programming concepts into working with data, APIs and databases. Although it is not specifically designed for networking, the programming fundamentals can subsequently be applied to network automation, infrastructure management and cybersecurity.
For aspiring Network Automation Engineers, Cloud Engineers, DevOps Professionals, Systems Administrators and Cybersecurity Analysts, Python can help bridge the gap between traditional IT administration and increasingly automated infrastructure environments.
Course Link: Python for Everybody Specialization | Coursera
Building a Practical Network+ Portfolio
Certifications demonstrate that you have studied a subject, but a portfolio can demonstrate that you can actually apply it.
A beginner could create a virtual network containing several machines and document how IP addressing, DNS and DHCP work. The next project could introduce VLANs, routing and firewall rules. A more advanced project could build a simulated enterprise network using Cisco Packet Tracer.
Security-oriented learners could create a small lab for analysing network traffic with Wireshark and documenting suspicious activity. Cloud-focused learners could build a basic AWS environment with multiple subnets, routing, security groups and controlled access.
Automation projects can be even more valuable. A Python script that checks network devices, validates configuration information or gathers operational data can demonstrate skills that go beyond memorising certification objectives.
The objective is to create evidence that you understand not just what a technology does, but how to configure it, troubleshoot it, secure it and document it.
A Practical Three-Stage Career Strategy
For someone starting with Network+, the first stage should focus on employability. Learn networking fundamentals, pass Network+, build a home or cloud lab and apply for roles such as network support technician, IT support specialist, junior network administrator or junior systems administrator.
The second stage should focus on specialisation. After gaining practical experience, choose networking, systems, cybersecurity or cloud infrastructure. Add CCNA for networking, Security+ for cybersecurity, Linux or Microsoft skills for systems administration, or AWS/Azure certifications for cloud.
The third stage should focus on automation and architecture. Develop Python, Bash or PowerShell skills, learn cloud networking, understand infrastructure-as-code concepts and develop the ability to design rather than simply maintain infrastructure.
This approach is more powerful than collecting certifications without experience. The most valuable combination is certification + practical laboratory work + professional experience + portfolio projects.
Final Thoughts
CompTIA Network+ remains a strong starting point for building an IT career in 2026, providing versatile networking knowledge that can lead into network support, systems administration, network engineering, cybersecurity, cloud infrastructure and network architecture. Its vendor-neutral approach makes it particularly useful for professionals who want flexibility while deciding which area of IT to specialise in.
The best results come from treating Network+ as the foundation of a longer-term development strategy. Combining the certification with practical projects, professional experience and complementary certifications such as CCNA, Security+, Linux or AWS can significantly expand career opportunities and earning potential. By continuously developing networking, security, cloud and automation skills, Network+ professionals can build a future-ready IT career rather than simply earning another certification.
