Handling the Retirement of 9 Cisco Certifications Today

The world of Cisco certifications has undergone a significant transformation in recent years, signaling a shift in how IT professionals approach networking expertise. One of the most notable changes is the retirement of the Cisco Certified Entry Networking Technician (CCENT) and the consolidation of the Cisco Certified Network Associate (CCNA) into a single, unified certification. These shifts are more than cosmetic; they reflect the evolving demands of the IT industry and the growing need for versatile, adaptable networking professionals.

The Role of Cisco Certifications in Networking

For decades, Cisco certifications have been synonymous with technical excellence in the world of networking. The CCNA certification, for example, has been a cornerstone of networking education, validating fundamental knowledge in routing, switching, IP addressing, and troubleshooting. Alongside it, the CCENT acted as an entry-level certification, providing a stepping stone for individuals looking to break into the world of IT and network engineering.

The CCENT was traditionally the first rung on the ladder for aspiring networking professionals. It required the successful completion of the ICND1 exam, which covered fundamental networking topics such as IP addressing, subnetting, and basic routing and switching. After obtaining the CCENT, candidates could then progress to the full CCNA certification by completing the ICND2 exam. This modular approach helped learners gradually build their skills and gain confidence before tackling more advanced concepts.

However, as the landscape of IT infrastructure evolved, so too did the expectations of employers. With the rise of integrated, cloud-based networks and the growing demand for network engineers who can work across multiple domains – including security, automation, and cloud technologies – the traditional model of dividing certifications into specific areas began to feel outdated. This shift was particularly evident when Cisco decided to retire the CCENT in 2020, consolidating it into a more holistic approach through the new CCNA certification.

The CCENT Retirement: Why It Happened

For many who began their careers with the CCENT, the announcement of its retirement was surprising. The CCENT had long been regarded as the first step toward becoming a skilled network professional. The decision to retire the certification stems from a broader shift in the networking landscape. Cisco realized that in the modern world of IT, professionals must be equipped with a more comprehensive understanding of networking as a whole, rather than specializing in one specific area early in their careers.

While the CCENT certification helped countless individuals break into the field, it also created a division between foundational knowledge and the more advanced skills required in modern networking environments. The structure of the CCENT and CCNA split allowed learners to specialize too early in their careers, without offering them a broad understanding of the networking ecosystem. By eliminating the CCENT and rolling its concepts into the unified CCNA certification, Cisco is aligning its certifications with the evolving needs of the industry. Now, candidates must develop a deeper understanding of networking fundamentals from the outset, ensuring they are better prepared to handle complex and diverse challenges as they progress in their careers.

The transition away from the CCENT also makes the process of obtaining a CCNA certification more streamlined. By consolidating all the fundamental networking topics into a single exam, Cisco has removed some of the complexities and redundancies that came with the previous two-step approach. This is particularly beneficial for individuals who were unsure of whether to pursue the CCENT or skip directly to the CCNA. With the new structure, the pathway is much clearer and more straightforward.

What Replaces the CCENT?

There is no direct replacement for the CCENT. However, Cisco has introduced a new certification option in the form of the Cisco Certified Technician (CCT). The CCT focuses on the more practical, hands-on aspects of network technician roles, such as troubleshooting and hardware replacement. While this is a valuable certification for field technicians, it does not cover the broader networking concepts that were once taught in the CCENT program.

The CCT certification primarily serves those who wish to pursue field technician roles, focusing on tasks such as equipment installation, maintenance, and basic troubleshooting. It does not provide the foundational networking knowledge required for more advanced roles in networking. As a result, the new CCNA (200-301) certification has become the primary entry point for those wishing to pursue Cisco certifications.

The absence of a direct replacement for the CCENT means that aspiring network professionals must start with the new CCNA, which is more comprehensive and demands a greater breadth of knowledge. This approach ensures that all individuals entering the Cisco certification program have a solid understanding of networking principles, security, and automation, providing them with the necessary tools to thrive in modern IT environments.

The New CCNA (200-301): What It Covers

The introduction of the new CCNA certification (exam 200-301) in February 2020 marked a departure from the previous multiple-track structure. Instead of requiring candidates to choose a specific track, such as Routing and Switching, Security, or Wireless, the new CCNA provides a single, unified certification that covers a broad spectrum of networking topics. This change reflects Cisco’s recognition of the growing importance of network professionals who possess a well-rounded skill set across multiple domains.

The 200-301 exam tests candidates on a variety of fundamental topics that are crucial for modern network engineers. These include network fundamentals, IP connectivity, network access, IP services, security, and automation. The exam’s inclusion of security and automation is particularly noteworthy, as these areas have become critical in today’s IT infrastructure. Network engineers must now understand how to secure networks and automate processes using tools like Python and APIs.

The emphasis on automation is particularly important, as cloud technologies and software-defined networking (SDN) continue to reshape the way networks are managed and operated. Network engineers must not only be able to configure and troubleshoot network devices, but also understand how to automate tasks to improve efficiency and scalability. By incorporating automation and security topics into the CCNA certification, Cisco is ensuring that its certified professionals are prepared for the demands of modern network environments.

Why the Unified CCNA Matters

The shift to a single, unified CCNA certification is a reflection of the industry’s evolving needs. In the past, network engineers, system administrators, and security specialists often worked in isolation, with each group focusing on their specialized areas. However, modern networks are more integrated than ever, with security, automation, and cloud technologies playing a central role in their operation. Today, employers are looking for network professionals who can work across multiple disciplines, rather than focusing on one area of expertise.

The new CCNA certification reflects this shift by providing a more holistic view of networking. Candidates who earn the CCNA are not just knowledgeable in basic routing and switching – they also understand how to secure and automate networks, manage IP services, and work with cloud technologies. This makes the CCNA certification more relevant to the modern IT landscape, and it gives professionals a broader range of career opportunities.

For individuals new to networking, the unified CCNA provides a clearer, more structured path. Instead of having to navigate multiple tracks and choose a specialization too early, candidates can focus on building a strong foundation in networking and then explore specific areas of interest later in their careers. This approach mirrors the way that most IT professionals build their careers – starting with a general understanding of the field and gradually specializing as they gain more experience.

Preparing for the New CCNA Exam

Although the new CCNA exam covers a broader range of topics than the previous version, it is still an entry-level certification. The depth of knowledge required is appropriate for beginners, and with the right preparation, candidates can successfully pass the exam. The key to success lies in developing a structured study plan and utilizing the right resources.

One of the most effective ways to prepare for the 200-301 exam is through practice tests. These tests help candidates familiarize themselves with the exam format and identify areas where they may need additional study. By simulating the real test environment, practice exams can also help candidates manage their time effectively and build confidence.

In addition to practice exams, hands-on experience is essential for mastering the material. Tools like network simulators and virtual labs provide a risk-free environment where candidates can experiment with network configurations and troubleshoot issues. This hands-on experience reinforces theoretical knowledge and prepares candidates for real-world scenarios.

Navigating the New CCNA Structure and Career Progression

The retirement of the CCENT and the introduction of the unified CCNA certification have significantly altered the landscape for individuals entering the networking field. As networking technologies evolve, so too must the certifications that validate the skills of networking professionals. Cisco’s overhaul of its certification program reflects these changes, creating a more streamlined path for career progression and aligning certification goals with the demands of modern networking roles.

What the New CCNA Exam Covers

The new CCNA (200-301) exam, introduced in 2020, replaced the previous multi-track system, consolidating the knowledge required across various networking domains into a single, unified certification. The exam covers a broad range of foundational networking topics designed to provide candidates with the skills necessary for success in today’s IT environments.

The exam focuses on the following key domains:

• Network Fundamentals: This includes an understanding of basic networking concepts such as IP addressing, OSI models, and basic routing and switching principles. Candidates must demonstrate proficiency in setting up and troubleshooting simple networks.

• Network Access: This domain covers the setup and configuration of network access technologies, such as VLANs, Ethernet, and wireless networks. It is crucial for understanding how devices connect and communicate over a network.

• IP Connectivity: This section tests knowledge of IP routing and how data is transmitted across different network segments. Topics such as routing protocols (e.g., OSPF and EIGRP) are essential in modern networks.

• IP Services: This domain focuses on services that support network operation, including DNS, DHCP, and NAT. These services are vital for the functioning of any network, and candidates must understand their configuration and troubleshooting.

• Security Fundamentals: Given the increasing importance of cybersecurity, this section covers the basics of network security, including secure network design, firewalls, and VPNs.

• Automation and Programmability: With the rise of software-defined networking (SDN) and network automation, this domain covers the fundamentals of automation using tools like Python, APIs, and network configuration protocols like NETCONF and RESTCONF. This prepares candidates for environments where automation is key to network operation.

By consolidating these topics into one exam, Cisco ensures that professionals entering the networking field have a well-rounded understanding of the core areas necessary for their roles. The new CCNA is designed to reflect modern job requirements, where network engineers are expected to be generalists capable of handling multiple tasks, including network security, automation, and troubleshooting.

Career Progression with the New CCNA

For many networking professionals, obtaining a CCNA certification is a significant milestone. It serves as a foundation upon which they can build a successful career in networking. However, the new unified CCNA certification also streamlines career progression, making it easier for individuals to transition into more specialized roles later on.

Previously, Cisco offered multiple CCNA tracks – such as CCNA Routing and Switching, CCNA Security, and CCNA Wireless – each requiring separate exams and certifications. This structure forced individuals to specialize early in their careers, potentially limiting their exposure to broader networking concepts. The new CCNA, however, covers a comprehensive range of topics, providing a more holistic view of networking. This foundational knowledge enables professionals to specialize in various fields later, without being locked into one specific track from the start.

Step 1: Earning the CCNA

The first step in career progression for many networking professionals is earning the CCNA certification. The new exam (200-301) is designed to test a candidate’s understanding of fundamental networking principles, from basic routing and switching to security and automation. Although the exam covers a broad array of topics, it is still an entry-level certification. The goal is to ensure that candidates are equipped with the knowledge needed to handle everyday networking tasks and challenges.

The CCNA serves as a stepping stone to more advanced certifications, such as the Cisco Certified Network Professional (CCNP) and Cisco Certified Internetwork Expert (CCIE) certifications. With a solid foundation in networking concepts, candidates are well-prepared to pursue specialized roles in areas like network security, cloud computing, and network automation.

Step 2: Specialization at the CCNP Level

Once individuals have earned their CCNA, they can choose to specialize further by pursuing a CCNP certification. The CCNP offers a range of specializations, including enterprise networking, security, collaboration, and service provider networking. Each specialization allows professionals to deepen their knowledge and skills in specific areas, preparing them for more advanced and specialized roles within their organizations.

The shift to a single CCNA certification simplifies this transition. With a well-rounded understanding of networking, professionals can decide which path to pursue based on their interests, the needs of their employers, or emerging industry trends. Whether focusing on enterprise networking, security, or cloud technologies, the CCNP enables professionals to advance their careers while still having a broad understanding of the networking landscape.

Step 3: Advancing to the CCIE

For those who seek the highest level of expertise, the CCIE is the pinnacle of Cisco certifications. The CCIE validates a professional’s ability to design, implement, and troubleshoot complex network infrastructures. While the path to the CCIE is challenging, it is a significant achievement that demonstrates a deep, practical understanding of network technologies.

The CCIE now aligns more closely with the CCNP structure. Rather than requiring separate written exams, the new CCIE tracks integrate a core exam, similar to the CCNP exam, with a hands-on lab test. This change reduces the complexity and cost of obtaining the CCIE, while still ensuring that candidates possess the advanced skills required to excel in high-level network design and management roles.

Why the Unified CCNA Matters for Career Growth

The move to a unified CCNA exam marks a significant shift in Cisco’s approach to certification. The new CCNA gives professionals a broader understanding of networking, with a focus on security, automation, and cloud technologies. This approach reflects the way modern networks are structured – integrating multiple technologies that require a generalist understanding, rather than a narrow specialization.

For beginners, the unified CCNA offers a clearer path. They no longer need to worry about choosing a specific track or deciding which specialization is best suited to their career goals. Instead, they can focus on mastering the foundational concepts, which can later be applied to any specialization. This flexibility allows individuals to remain agile as they progress in their careers, whether they pursue further certifications or transition into new roles.

The broad skill set that the new CCNA fosters also aligns with industry trends. Today’s networking professionals must be familiar with a wide range of technologies, from routing and switching to network security and automation. The new CCNA reflects these demands, ensuring that certified professionals are equipped to handle the challenges of modern IT environments.

Preparing for Career Advancement

To successfully navigate the transition to the new CCNA, candidates must prepare diligently. In addition to understanding the theory behind networking technologies, hands-on experience is essential for mastering the material. Tools such as network simulators and virtual labs provide a risk-free environment for candidates to experiment with configurations and troubleshoot issues. These tools help reinforce theoretical knowledge while providing real-world experience.

As professionals move through the certification process, whether at the CCNA, CCNP, or CCIE level, it is essential to continue learning and adapting to new technologies. Networking is an ever-changing field, and staying current with emerging trends such as automation, cloud services, and security protocols will ensure continued career growth.

The future of networking lies in versatility and adaptability. By obtaining the CCNA certification, professionals lay the groundwork for long-term success in the IT field. The new certification structure not only prepares candidates for current job roles but also equips them with the skills needed to evolve and specialize as the industry progresses.

Preparing for the New CCNA Exam and Understanding Its Impact on Beginners

The transition from the old CCNA structure to the new, unified 200-301 CCNA exam has brought about several significant changes in how networking professionals approach their certification journey. As we continue exploring the impact of this change, it is essential to discuss effective preparation strategies for the new CCNA exam and how this new structure impacts beginners in particular.

Understanding the New CCNA Exam Format

The 200-301 CCNA exam is a comprehensive test that reflects the wide-ranging skills and knowledge required for a modern networking professional. It covers a variety of domains, including network fundamentals, IP services, security, automation, and programmability, and it integrates these areas into a single certification. This shift from multiple specialized CCNA tracks to a unified CCNA ensures that candidates gain a broad understanding of networking principles before choosing to specialize.

The exam format includes multiple-choice questions, drag-and-drop questions, simulations, and troubleshooting scenarios that assess both theoretical knowledge and practical skills. While the exam covers more topics than its predecessors, it remains an entry-level certification, designed to test foundational knowledge.

The key to success in this exam is not just memorizing concepts but understanding how these concepts work together in a real-world networking environment. This requires both theoretical study and hands-on experience to ensure mastery of the material.

Effective Study Strategies for the 200-301 Exam

Preparing for the CCNA exam requires a structured approach that covers all of the domains in the exam blueprint. Here are some key strategies for success:

1. Build a Solid Foundation with Network Fundamentals

The first domain of the CCNA exam focuses on network fundamentals, which includes understanding networking models, protocols, IP addressing, and subnetting. This is the core of networking knowledge and is vital to understanding how data flows through networks and how different devices communicate.

To prepare for this, it is essential to master the OSI model, the concept of IP addressing, and how routing and switching protocols work. Building this foundation will provide a framework for understanding more complex topics later on.

2. Hands-on Lab Work: Simulate Real-World Scenarios

One of the most important ways to reinforce theoretical knowledge is through hands-on practice. While studying concepts is crucial, the application of these concepts is just as important. Using network simulators or virtual labs is a great way to gain practical experience without the need for physical hardware. These platforms allow candidates to simulate network topologies, experiment with different configurations, and troubleshoot real-world scenarios.

Using tools like network simulators provides the opportunity to test configurations and work through the problems that may arise in an actual network environment. This hands-on experience will not only help candidates perform better on the exam but will also provide the skills needed to excel in a real-world job.

3. Practice with Realistic Exam Questions

Practice exams play a vital role in preparation for the CCNA exam. They allow candidates to become familiar with the types of questions that will appear on the actual test, while also helping to reinforce the knowledge that needs improvement. Practice exams simulate real exam conditions, providing time constraints and helping to build confidence.

By regularly taking practice exams, candidates can identify areas where they may be struggling. If you find yourself struggling with IP routing but excelling in security topics, for example, this gives you valuable insight into what needs more attention in your study routine.

4. Understand Automation and Programmability

One of the significant additions to the new CCNA exam is the focus on automation and programmability. As networks become more software-defined, network professionals must be equipped to handle automation tasks and work with APIs and configuration management tools. These skills are essential for working in modern network environments, where efficiency and scalability are crucial.

To prepare for this part of the exam, candidates should familiarize themselves with network automation concepts, including the basics of Python scripting, Ansible, and REST APIs. It’s also essential to understand model-driven programmability using tools like YANG, NETCONF, and RESTCONF. Hands-on experience with automation tools will help candidates understand how networks can be configured and managed programmatically, which is increasingly relevant in today’s IT landscape.

5. Study Security Principles Thoroughly

Security is a critical aspect of the modern network, and the CCNA exam tests foundational knowledge in this area. Understanding how to secure a network, protect data, and manage access control are essential for any network engineer. Topics such as firewalls, VPNs, and secure protocols are covered in this section.

It’s important to learn the key security protocols and technologies, including how to configure firewalls, implement security policies, and understand network security threats. Security is no longer just the responsibility of dedicated security engineers – network engineers are expected to have a solid understanding of how to secure networks and mitigate potential threats.

How the New CCNA Structure Impacts Beginners

For individuals just starting their networking journey, the transition to a unified CCNA certification may feel like a steep learning curve. The absence of the CCENT may initially seem like a disadvantage for beginners, as it removes an entry-level credential designed to ease new learners into networking. However, the reality is that the new CCNA provides a more streamlined path to certification and career advancement.

1. No Need to Choose a Track Early

One of the challenges in the old CCNA system was the need for candidates to choose a specific track (such as Routing and Switching, Security, or Wireless) early in their careers. This early specialization often led to confusion and made it harder for beginners to build a broad foundation before diving into a specific area of networking.

With the new unified CCNA, beginners can start with a generalist approach that covers all essential networking topics. This not only simplifies the certification process but also ensures that professionals have a well-rounded understanding of networking. After earning the CCNA, they can then move on to specialize in a particular area at the CCNP level, based on their interests and career goals.

2. A Clearer Path to Career Advancement

The old structure often left beginners unsure of which track to pursue. With the new CCNA, candidates can focus on mastering the essentials without being overwhelmed by the need to specialize early. This clarity makes the certification journey less intimidating and more focused on building the foundational skills that are necessary for all networking roles.

Moreover, the broad knowledge gained from the CCNA provides the flexibility to transition into various career paths, whether in network administration, network security, or cloud computing. The new CCNA also prepares beginners for more advanced certifications, such as the CCNP and CCIE, by giving them the necessary foundational knowledge to succeed.

3. Managing the Learning Curve

Although the new CCNA exam is broader than the previous versions, it is still an entry-level certification. The exam tests candidates on foundational networking knowledge, which means that beginners are not expected to have advanced technical skills. While the learning curve may seem steep at first, with a solid study plan and the right resources, the material is entirely manageable.

Hands-on labs, practice exams, and study guides will help beginners prepare for the exam at their own pace, allowing them to build confidence as they progress through the material. With persistence and consistent study, beginners can master the concepts and pass the CCNA exam.

The Role of Practice Tests in Exam Preparation

Practice tests are an essential component of any exam preparation strategy. They provide a clear understanding of the exam format, help identify weak areas, and reinforce learning. By taking practice tests, candidates can simulate the real exam environment, helping to reduce test-day anxiety and improve performance.

Additionally, practice tests allow candidates to become familiar with the type of questions they will encounter on the actual exam. This can help with time management and ensure that candidates are well-prepared for all aspects of the test. Consistent use of practice tests is an effective way to stay on track and identify areas for further review.

Career Growth and Specialization in Cisco Certifications

With the retirement of the CCENT and the introduction of the unified CCNA certification, Cisco has not only simplified the entry-level path for network professionals but also reshaped the entire certification framework to align with modern IT demands. In this final part, we’ll delve into how these changes affect career growth, specialization, and how the CCNP and CCIE certifications fit into the broader landscape of networking roles. We’ll also explore how the evolving certification structure aligns with the growing trends in automation, security, and cloud technologies.

Career Growth with the New CCNA

The new CCNA certification offers a robust foundation for IT professionals looking to build a career in networking. While the CCNA itself is an entry-level certification, it provides the groundwork necessary for career advancement in the field. By combining multiple domains into a single certification, Cisco ensures that candidates are equipped with a broad understanding of networking fundamentals that apply to a wide range of job roles.

Before the unification of the CCNA, networking professionals had to choose a track early in their careers. This sometimes led to individuals becoming specialized in a single area without the foundational knowledge needed to branch out into different areas. With the new, unified approach, candidates can first build a solid foundation and then specialize as their career progresses.

Holding a CCNA certification opens the door to various entry-level positions in networking, such as:

• Network Engineer

• Network Administrator

• Systems Administrator

• Help Desk Technician

• IT Support Specialist

These roles typically involve working with routers, switches, and basic network security, as well as troubleshooting network issues. The CCNA prepares individuals to contribute in any of these areas by equipping them with the necessary knowledge to work on a wide range of networking tasks.

Advancing to the CCNP: Specialization and Career Advancement

Once professionals have earned their CCNA, they can choose to specialize further by pursuing the Cisco Certified Network Professional (CCNP) certification. The CCNP is a more advanced certification that allows network professionals to specialize in areas such as enterprise networking, security, or collaboration. The introduction of a streamlined certification process at the CCNP level ensures that professionals can gain deeper knowledge in specific areas of interest while still building on the foundational knowledge obtained from the CCNA.

The new CCNP structure, which includes a core exam followed by a concentration exam, allows candidates to tailor their learning according to their career goals. For example, after passing the core exam in the enterprise networking track (ENCORE), candidates can choose from concentration exams such as SD-WAN, wireless networking, or automation.

Specializing in areas like security, data center management, or cloud networking allows professionals to move into roles that require more technical expertise. Some of the more specialized positions available to those with a CCNP include:

• Senior Network Engineer

• Network Security Engineer

• Cloud Network Engineer

• Systems Engineer

• Solutions Architect

Achieving the CCNP is a significant milestone in a networking professional’s career. It demonstrates advanced knowledge in specific areas and provides the opportunity for higher salaries and more senior-level responsibilities. Moreover, as networks become increasingly complex, the demand for skilled professionals who can manage and optimize these networks continues to grow.

Moving to the CCIE: Expertise and Leadership

For those aiming to reach the highest level of certification and expertise, the Cisco Certified Internetwork Expert (CCIE) remains the pinnacle of Cisco certifications. The CCIE tests professionals’ ability to handle the most challenging network design, implementation, and troubleshooting tasks. While the path to achieving a CCIE is long and demanding, it represents the ultimate recognition of expertise in networking.

Cisco has made several changes to the CCIE certification to better align with modern networking roles. Instead of requiring separate written exams, Cisco now integrates a core exam into the CCNP level. This core exam, which is focused on foundational network knowledge, serves as the qualifying exam for the corresponding CCIE lab exam. This streamlined approach reduces the complexity and cost of earning a CCIE certification while maintaining the rigor and high standards associated with the credential.

Candidates who hold a CCIE certification typically move into roles such as:

• Network Architect

• Infrastructure Lead

• Senior Solutions Architect

• Chief Technology Officer (CTO)

• Director of Network Operations

These roles often involve overseeing large-scale networks, managing complex network infrastructures, and making strategic decisions about the design and implementation of network solutions. A CCIE certification is recognized globally as a symbol of the highest level of expertise in networking, and it is often associated with leadership positions in the field.

The Rise of Automation, Security, and Cloud Networking

The modern networking landscape is rapidly evolving. The rise of automation, security, and cloud technologies is reshaping how networks are designed, deployed, and managed. As networks become more dynamic and complex, networking professionals are expected to have expertise in multiple areas.

The shift to a more automated, software-defined infrastructure has made network automation one of the most sought-after skills in the industry. Network automation tools, such as Python scripts, APIs, and configuration management platforms like Ansible, have become integral to managing modern networks. The CCNA’s inclusion of automation topics, such as Python scripting and network programmability, prepares professionals to thrive in environments where automation is increasingly crucial.

Security, too, plays a larger role in modern networks. With cyber threats becoming more sophisticated, network professionals must be able to design and maintain secure infrastructures. The CCNA and the CCNP both focus on security fundamentals, teaching candidates how to implement secure networks, manage firewalls, and use encryption protocols to safeguard data. Security is no longer a separate discipline – it is integrated into every aspect of modern network management.

Finally, the rise of cloud computing has introduced new challenges and opportunities for network engineers. The ability to manage networks that span on-premises data centers and cloud environments is increasingly valuable. Cisco has responded to this trend by offering certifications that focus on cloud technologies, including the Cisco Certified DevNet track for professionals interested in network automation, APIs, and cloud-based infrastructure management.

The integration of automation, security, and cloud technologies into the Cisco certification programs ensures that networking professionals are well-prepared to handle the evolving demands of the industry. Professionals who obtain certifications in these areas can pursue specialized roles such as:

• Cloud Solutions Architect

• Network Automation Engineer

• Cybersecurity Analyst

• Cloud Network Engineer

The Future of Networking: The Impact of the DevNet Track

One of the most notable additions to Cisco’s certification lineup in recent years is the DevNet track. With the increasing emphasis on software-defined networking and automation, the DevNet certification fills a critical gap by validating the skills needed to integrate programming and development into network engineering.

DevNet certifications, such as the DevNet Associate and DevNet Professional, focus on network automation, APIs, and software development. These credentials are aimed at professionals who want to bridge the gap between networking and software development, enabling them to automate complex network configurations and integrate networking technologies with modern software platforms.

DevNet certifications are becoming increasingly valuable, especially in the context of DevOps and NetDevOps roles, where networking and software development intersect. As more companies adopt automation, containerization, and cloud technologies, network engineers who are skilled in both networking and software development will be in high demand.

Conclusion

The retirement of the CCENT and the introduction of the unified CCNA certification mark a significant shift in Cisco’s certification program. The new structure makes the certification process more accessible and relevant to modern networking roles. Professionals who earn the CCNA are equipped with a solid foundation in networking, which serves as the springboard for further specialization in areas like security, automation, cloud networking, and DevOps.

The CCNP and CCIE certifications offer opportunities for deeper expertise and higher-level roles, while the DevNet track provides a pathway for those who want to integrate network engineering with software development and automation.

Cisco’s evolving certification program reflects the changing demands of the IT industry and provides a clear roadmap for career advancement in the networking field. By offering certifications that address modern networking challenges, Cisco ensures that professionals are well-prepared to meet the needs of today’s rapidly evolving IT infrastructure. Whether you’re just starting your career with the CCNA or aiming for a leadership role with the CCIE or DevNet certifications, Cisco provides the tools and resources to help you succeed in the ever-changing world of networking.