Upcoming Cisco Certifications to Watch for in 2020

Cisco’s decision to overhaul its certification structure is one of the most pivotal moments in the history of network professional development. Cisco certifications have long been the gold standard for IT professionals, especially those in the networking field. As the IT industry continues to evolve with new technologies, security concerns, automation, and a need for more adaptable networks, Cisco has recognized the need to modernize its certification pathways to reflect these developments.

Before 2020, Cisco certifications had grown into a labyrinth of exams, each tailored to specific networking domains like security, routing and switching, collaboration, wireless, and more. While this model worked well for many, it posed a challenge for professionals seeking a clear and streamlined path for their career advancement. The CCNA alone had numerous sub-specializations, and each required multiple exams to achieve certification. It was a rigorous process, and while this was appealing to experts looking to specialize in a particular technology, it also deterred many newcomers who wanted to simply enter the networking world without becoming overwhelmed by the sheer number of certifications.

Cisco’s changes to the certification framework, announced in 2020, simplified the process. For example, the introduction of a single, comprehensive CCNA exam (200-301 CCNA) replaced all the other CCNA sub-specializations. In the past, candidates had to choose which path they wanted to take, such as CCNA Security, CCNA Wireless, or CCNA Routing and Switching. This new CCNA consolidated these areas into one foundational exam, designed to cover the essential skills and knowledge required for associate-level IT roles.

This move can be seen as a strategic response to the broader trends in IT that demand versatility from networking professionals. Automation, cybersecurity, and cloud networking have now become integral parts of network management, and Cisco’s new certification reflects this reality. The move also marks a shift in how networking professionals are viewed. Instead of being pigeonhole into specialized tracks, the new certifications aim to equip them with a broad, adaptable skill set, positioning them to thrive in a rapidly changing technological landscape.

The decision to introduce a more generalized certification does not mean the elimination of specialization; it simply pushes it down the certification path, allowing professionals to decide their area of expertise only once they’ve gained foundational skills. This offers a clearer progression for IT professionals, enabling them to map out their career trajectory more effectively.

The New CCNA: A Unified Foundation for Network Professionals

The new CCNA (200-301) was designed to serve as a broad foundation for individuals entering the networking industry. One of its key advantages is that it eliminates the complexity and redundancy of having multiple certifications for each sub-specialization, while ensuring that network professionals are prepared for modern networking challenges.

The exam covers various critical areas of network operations and management, ensuring that professionals have the skills and knowledge necessary to excel in a wide range of IT roles. Some of the key domains covered include:

Network Fundamentals: This section provides an in-depth understanding of networking technologies, such as the OSI model, IP addressing, network topologies, and the protocols used in modern networks. This knowledge serves as the foundation for everything else in the networking field.
Security Essentials: Security has become an essential skill for network professionals in today’s world. With increasing cybersecurity threats, network engineers must be well-versed in securing networks, implementing firewalls, and managing secure communications across distributed systems.
Automation and Programmability: As organizations shift toward automation and DevOps practices, network professionals must understand how to configure and manage networks through software. The new CCNA includes coverage of automation tools, programming languages like Python, and Cisco’s automation solutions to help streamline network management.
Network Access and IP Connectivity: This part of the exam tests candidates on their knowledge of configuring and managing network devices, such as routers and switches. It includes practical knowledge of how to set up secure, reliable network connections between devices and across wide-area networks (WANs).
IP Services: This domain is essential for network professionals as it covers important network services like DHCP, NAT, DNS, and routing protocols like OSPF. Understanding these services allows network engineers to design and implement efficient, scalable networks.
Wireless Networking: Given the explosion of wireless devices and the growth of wireless technologies, network professionals must understand how to deploy and maintain wireless networks. The CCNA includes training on setting up Wi-Fi networks, configuring wireless access points, and troubleshooting common issues related to wireless technology.
Basic Network Troubleshooting: Network professionals need strong troubleshooting skills. This section of the exam teaches candidates how to diagnose and resolve network issues quickly and efficiently. Effective troubleshooting reduces downtime and ensures that network systems run smoothly.

The new exam is comprehensive, but it is structured to provide professionals with a foundational skill set that can later be built upon as they specialize in areas like security, data centers, or cloud computing.

Why the New CCNA Matters

The restructured CCNA matters for several reasons. First and foremost, it serves as a stepping stone for those entering the IT and networking industry. It’s designed to offer a robust entry-level credential that reflects the ever-expanding nature of networking, integrating crucial aspects such as security, automation, and cloud technologies, which are critical for today’s network professionals.

The demand for professionals who possess a wide range of competencies across various domains is on the rise. With IT infrastructure moving toward more complex, distributed, and software-driven environments, networking professionals need to not only understand how to build and maintain networks, but also how to automate and secure them efficiently. The CCNA exam now reflects this shift, equipping candidates with the tools they need to keep pace with technological advancements.

Furthermore, the simplicity of the new CCNA certification, which only requires a single exam to gain certification, has made it more accessible for a broader group of individuals. Whether you are an aspiring network administrator, a technician looking to validate your skills, or a student just entering the IT world, the new CCNA gives you a solid starting point without overwhelming you with the complexities of multiple exams.

Additionally, the updated exam structure encourages a more well-rounded approach to networking. In the past, network professionals were often highly specialized, focusing on a narrow area of networking. Now, with the shift to a more generalist CCNA certification, Cisco is fostering a broader understanding of the key concepts that underlie all network environments. This is a more adaptable approach, equipping professionals to handle a variety of situations as they arise in the workplace.

Another reason the new CCNA matters is that it better aligns with the needs of modern organizations. Businesses today are increasingly reliant on automation and software-defined technologies to enhance their networks, making it essential for professionals to have expertise in these areas. With the integration of automation and programmability into the CCNA curriculum, Cisco is helping professionals stay relevant and prepared for the future of networking.

Preparation for the 200-301 CCNA Exam

Although Cisco has eliminated formal prerequisites for the new CCNA exam, some level of familiarity with networking principles is helpful. For individuals new to networking, Cisco offers resources to help them build the foundational knowledge needed to succeed.

Candidates should prepare for the CCNA exam by:

Studying Networking Fundamentals: Understand the core concepts that underpin networking technology. This includes the OSI model, IP addressing, routing and switching, and basic network devices.
Hands-On Practice: Nothing beats practical experience. Whether through internships, personal labs, or practice exams, gaining hands-on experience with Cisco equipment and networking scenarios is invaluable.
Focusing on Security and Automation: Since security and automation are now integral to modern networking, candidates should ensure they are familiar with the concepts and technologies used in these areas.
Taking Online Courses and Attending Workshops: Online training resources, workshops, and study guides can be incredibly helpful in preparing for the exam. While Cisco has made significant changes, much of the content remains consistent with earlier versions of the exam, so familiarizing yourself with these materials can improve your chances of success.
Joining Study Groups: Joining online communities or study groups can also help you stay motivated, ask questions, and get feedback from others who are studying for the same exam.

The CCNA exam is challenging, but with adequate preparation, anyone can pass it. It’s important to stay up-to-date with Cisco’s official study materials and stay disciplined in your study schedule. Practicing with real-world scenarios and leveraging available study guides will help ensure you are ready when exam day arrives.

CCNA Certification

The new CCNA certification represents an evolution in how Cisco is preparing professionals for the future of networking. By consolidating multiple certifications into a single exam, Cisco is making it easier for professionals to gain broad, foundational knowledge without getting bogged down by niche specializations early in their careers.

As the world of IT continues to embrace new technologies such as cloud computing, automation, and security, the need for professionals who are proficient in these areas is greater than ever. The updated CCNA certification reflects these shifts, making it a valuable credential for anyone looking to start or advance their career in networking.

Whether you’re just beginning your career or looking to validate your skills, the new CCNA is an excellent first step into the world of network administration and engineering. With its comprehensive coverage of networking fundamentals, security, automation, and wireless technologies, the CCNA is poised to remain a critical certification for networking professionals worldwide.

Changes to the CCNP and CCIE Certifications

Introduction to the CCNP and CCIE Updates

As Cisco makes significant changes to the CCNA certification, it also brings about a series of adjustments to the more advanced certifications, specifically, the CCNP (Cisco Certified Network Professional) and the CCIE (Cisco Certified Internetwork Expert). These certifications have long been seen as the pinnacle of network engineering expertise, and the 2020 updates to these programs reflect a shift toward a more flexible, streamlined, and specialized approach.

The CCNP and CCIE certifications have traditionally been the hallmark of professional achievement in networking. However, as the industry has shifted toward automation, cloud, and programmability, Cisco recognized the need to evolve these certifications to remain relevant. These changes are designed not only to keep pace with technological trends but also to make the certification path clearer and more customizable for professionals seeking to specialize in specific areas.

The updates to the CCNP and CCIE certification tracks are particularly important for those who want to deepen their expertise in specialized areas like security, data centers, service providers, and automation. This restructuring of the CCNP and CCIE certifications ensures that professionals can tailor their learning paths based on career goals, while also providing a more cohesive framework for certification progression.

This section will focus on the changes to the CCNP and CCIE certifications, how they affect professionals, and what individuals can expect when navigating these revised certification tracks.

Changes to the CCNP Certification Path

One of the most notable updates to Cisco’s certification structure is the revision of the CCNP path. Before 2020, the CCNP was an advanced certification that required professionals to first pass the CCNA before moving on to specialized tracks like CCNP Security, CCNP Routing and Switching, or CCNP Collaboration. These specializations were organized in a tiered manner, where candidates needed to pass several exams to earn their CCNP credential. However, Cisco has decided to simplify and modernize the CCNP certification process by changing how it’s structured.

With the launch of the new CCNA (200-301), Cisco redefined the pathway to the CCNP, removing the need for a formal prerequisite certification. Now, professionals can enter the CCNP path directly after passing the core exam, without the need for the old CCNA certification. This change eliminates one layer of complexity in the certification process, enabling professionals to focus more directly on their areas of specialization.

Cisco’s updated CCNP certification now includes two key components:

Core Exam: All CCNP professionals must first pass a core exam. This exam is focused on foundational knowledge and covers essential networking skills, such as routing, switching, and network security. The core exam serves as the foundational qualification for the professional level.
Concentration Exams: After passing the core exam, candidates can select one or more concentration exams to specialize in specific areas of networking. These concentration exams are available in several fields, including security, wireless, data center, and collaboration. The concentration exams provide professionals with the opportunity to deepen their knowledge in a particular area of networking, allowing them to customize their certification track to meet their career goals.

For example, after passing the core exam, candidates who wish to specialize in security can take the CCNP Security concentration exam. Similarly, those interested in data centers can choose the CCNP Data Center concentration. There are also specialized exams available for collaboration, enterprise, and service provider tracks.

By introducing concentration exams, Cisco has made it possible for professionals to choose their area of expertise more easily. Whether you’re focusing on security, automation, or data centers, these concentration exams allow you to build upon your core knowledge and become a recognized expert in your field. This is a significant departure from the previous certification model, where professionals were often required to pursue multiple exams in a rigid sequence before specializing in their area of interest.

The new CCNP certification is available in the following areas:

CCNP Enterprise: This includes routing, switching, and advanced enterprise network management. The focus is on designing and implementing enterprise-level networks.
CCNP Security: This certification is for professionals who want to specialize in securing network infrastructures. Topics covered include firewalls, VPNs, intrusion detection systems, and network security policies.
CCNP Collaboration: This specialization covers the integration and optimization of collaboration technologies, such as voice, video, and messaging solutions, as well as unified communications.
CCNP Data Center: Designed for professionals focused on data center technologies, this specialization covers topics such as network storage, virtualization, and cloud solutions.
CCNP Service Provider: This track is designed for network engineers working with service providers, focusing on the design, implementation, and maintenance of service provider infrastructures.
CCNP DevNet: This new certification track is for network professionals who want to specialize in automation and programmability. This track covers network development, Python scripting, APIs, and automation tools.

By allowing professionals to choose their concentration, Cisco has made it easier to align their certification with their career goals. Whether you are aiming to work in network security, collaboration technologies, or data centers, the new CCNP certification pathway provides a more flexible and customized approach.

The Importance of Core Exams in the CCNP

One of the most significant changes to the CCNP certification is the introduction of the core exam. This exam serves as the foundation for all CCNP tracks and is designed to ensure that candidates possess the essential skills required for professional network roles. The core exam focuses on general networking knowledge and best practices, ensuring that candidates are well-rounded professionals who can handle a variety of networking scenarios.

The core exam covers several key areas of network operation, including:

Routing and Switching: This section tests candidates on their knowledge of routing protocols (such as OSPF and EIGRP) and switching technologies, which are fundamental to enterprise network management.
Network Security: As cybersecurity becomes increasingly important, this section ensures that professionals can design and implement secure networks and troubleshoot security-related issues.
Automation and Programmability: With the growing trend of automation in networking, the core exam also covers topics like network automation tools, APIs, and scripting languages like Python.
Network Design: Professionals are tested on their ability to design scalable and reliable networks that meet organizational needs and objectives.

The goal of the core exam is to ensure that all CCNP candidates have a strong grasp of essential networking concepts. Passing the core exam demonstrates that candidates have the knowledge required to move on to more specialized tracks in security, data center, or other areas.

Changes to the CCIE Certification Path

For seasoned networking professionals, the CCIE remains the ultimate achievement in Cisco certifications. Achieving CCIE status means mastering the most advanced concepts in networking and demonstrating a high level of expertise. However, even the CCIE program underwent significant changes in 2020 as part of Cisco’s broader certification overhaul.

One of the most notable changes to the CCIE program is the removal of the dedicated written exams. In the past, CCIE candidates were required to pass a written exam before they could take the 8-hour lab exam. This was a multi-step process that required significant time and effort.

With the 2020 changes, the written exams have been replaced by the core exam of the corresponding CCNP track. For example, to earn the CCIE Security certification, candidates must first pass the CCNP Security core exam (SCOR 300-701). After passing the core exam, candidates can proceed to the lab portion of the CCIE exam. This streamlines the process and reduces redundancy, as candidates are now tested on the same core knowledge at the CCNP level before progressing to the lab.

The lab portion of the CCIE exam remains a critical component of certification, as it tests candidates’ ability to configure and troubleshoot complex networking scenarios in a real-world environment. The 8-hour lab exam is highly demanding, requiring candidates to demonstrate their expertise in configuring Cisco devices, implementing network protocols, and solving technical issues in a controlled, high-pressure environment.

As with the CCNP, Cisco now allows professionals to specialize in specific tracks within the CCIE certification. There are six main CCIE tracks, which include:

CCIE Enterprise Wireless: Focuses on advanced wireless networking technologies, including the design, configuration, and troubleshooting of wireless systems.
CCIE Enterprise Infrastructure: This track covers core enterprise network technologies such as routing, switching, and network security.
CCIE Security: This certification track is for professionals who specialize in securing enterprise networks and implementing advanced security solutions.
CCIE Service Provider: Focuses on the design and management of large-scale service provider networks, including technologies like MPLS and VPNs.
CCIE Collaboration: This track is for professionals who work with unified communications and collaboration technologies, including VoIP, video conferencing, and messaging systems.
CCIE Data Center: Geared towards professionals who specialize in data center networking, virtualization, and cloud infrastructure.

Candidates for the CCIE must complete both the core exam and the lab exam to become certified. The focus of the CCIE exam remains on real-world skills, and candidates are expected to demonstrate their ability to solve complex problems in a controlled, hands-on environment.

Why These Changes Matter

The updates to the CCNP and CCIE certifications reflect a broader trend in IT toward flexibility and specialization. As networking continues to evolve with the rise of automation, cloud technologies, and security challenges, the need for adaptable and highly skilled professionals is greater than ever. These changes to the CCNP and CCIE certifications allow professionals to tailor their learning paths and certification achievements to meet the demands of the modern workforce.

By removing the need for prerequisites and streamlining the certification process, Cisco has made it easier for professionals to enter specialized tracks without unnecessary hurdles. This approach allows individuals to gain foundational knowledge and then choose an area of specialization that aligns with their career goals. Whether you’re focused on security, collaboration, or data centers, the revised certification pathways provide a clear and straightforward path to success.

In conclusion, the changes to the CCNP and CCIE certifications are a response to the evolving needs of the networking industry. By simplifying the process and focusing on core knowledge followed by specialization, Cisco is equipping professionals with the tools they need to thrive in the modern IT landscape. These updates offer a more flexible, customized approach to certification that will ultimately help professionals build the expertise required to succeed in today’s rapidly changing technology environments.

The New DevNet Certifications

Introduction to the DevNet Certification Track

With the rise of network automation, programmability, and the growing demand for software development in network operations, Cisco introduced a new certification track in 2020—the DevNet certifications. The DevNet track is designed to address the increasing intersection of networking and software development, a trend that is transforming the way network engineers and administrators approach network design, management, and troubleshooting.

In the past, network professionals focused on configuring hardware, ensuring proper communication between network devices, and troubleshooting network issues. However, as networks have become more complex, with the adoption of technologies such as cloud computing, software-defined networking (SDN), and network automation, there is a growing need for networking professionals who understand not only network protocols and configurations but also the software tools that drive automation and the cloud.

Cisco’s DevNet certification track provides network engineers with the opportunity to develop skills in programming and automation, key areas in the future of networking. This is part of Cisco’s recognition that professionals need to combine their deep knowledge of networking with a new understanding of software development, APIs, and network programmability. As a result, the DevNet certifications are aimed at helping professionals move beyond traditional networking and become well-versed in programming languages and tools to automate network processes.

The DevNet certification track is broken down into several levels, each designed to cater to professionals at various stages of their careers. This section will dive deeper into the DevNet certification structure, how it fits into the overall Cisco certification ecosystem, and the benefits it offers to networking professionals.

Overview of DevNet Certifications

Cisco’s DevNet certifications are divided into four levels, mirroring the progression found in other Cisco certifications such as CCNA, CCNP, and CCIE. These levels range from associate-level certifications for beginners to expert-level certifications for seasoned professionals. The levels are:

Cisco Certified DevNet Associate (DEVASC 200-901): This entry-level certification introduces network professionals to the world of software development and automation. It focuses on the basics of programmability, APIs, network automation, and cloud computing, equipping professionals with the foundational knowledge needed for DevOps and network automation tasks.
Cisco Certified DevNet Specialist: This certification is for those who want to specialize in specific areas of network automation and software development. It builds on the associate-level knowledge and allows professionals to dive deeper into more advanced topics like advanced automation, CI/CD (Continuous Integration and Continuous Delivery) pipelines, and software development for network infrastructure.
Cisco Certified DevNet Professional: The professional-level certification focuses on advanced topics, including the integration of automation into network operations, cloud network development, and software-defined infrastructure. It is designed for those who have a deeper understanding of programming and network automation and wish to further develop their skills in creating customized solutions for networking problems.
Cisco Certified DevNet Expert: The expert-level certification is aimed at highly experienced professionals who specialize in network automation, programmability, and software development for networking. This level tests candidates’ ability to design and implement complex solutions involving network automation and software-driven networking systems.

Each level of the DevNet track builds on the previous one, progressing from foundational knowledge to more advanced skills and expertise in network automation and software development. This structured pathway allows networking professionals to enhance their technical capabilities in a strategic and logical progression.

Cisco Certified DevNet Associate (DEVASC 200-901)

The Cisco Certified DevNet Associate certification (DEVASC 200-901) is the entry-level certification in the DevNet track and is designed for professionals who want to start their journey into the world of network programmability, automation, and software development. This certification covers foundational topics such as APIs, network automation, cloud computing, and basic Python programming.

Key Topics Covered in DEVASC 200-901:

Network Automation and Programmability: The core focus of the DevNet Associate certification is network automation. This includes understanding the need for automation in modern networks and the basic tools and frameworks used to achieve network automation. It also covers how to use APIs and scripting languages like Python to automate tasks like configuration management, monitoring, and troubleshooting.
APIs and RESTful Services: The exam covers a comprehensive understanding of APIs, including the use of RESTful APIs for interaction with devices and applications in a network. Understanding how to integrate APIs into networking workflows is crucial for automating network operations and enabling programmability.
Cloud and Cloud Services: Cloud technologies have become an integral part of modern networking, and DevNet Associate candidates are expected to understand how cloud platforms (such as AWS, Azure, and Google Cloud) interface with network infrastructure. The certification also introduces the concept of cloud-native applications and how they interact with networking technologies.
Software Development Fundamentals: Although DevNet certifications focus on network professionals, an understanding of software development is essential. The associate-level exam introduces basic software development concepts and programming skills, with Python being the primary language used for network automation.
Security and Network Programmability: Network security is a critical aspect of automation. Candidates will learn about securing automation workflows, ensuring the integrity of data transmitted between network devices, and managing access control for automation scripts.

Preparing for the DevNet Associate Exam

The Cisco DevNet Associate certification is ideal for professionals who have a foundational understanding of networking but wish to expand their skill set into the world of automation and software-driven networking. To prepare for this certification, professionals should be familiar with basic networking concepts such as IP addressing, routing, and switching.

Studying for the DEVASC 200-901 exam requires a deep understanding of Python programming as well as how to apply Python in network automation tasks. Candidates should also become comfortable with tools like Cisco’s automation platform, Cisco DNA Center, and Cisco Meraki.

While there are no strict prerequisites for the DevNet Associate exam, Cisco recommends that candidates know basic networking principles, particularly those from the CCNA level. Familiarity with cloud computing and software development frameworks will also be helpful in preparation.

Cisco Certified DevNet Specialist

The DevNet Specialist certification allows professionals to deepen their knowledge and specialize in a particular area of network programmability and automation. Unlike the DevNet Associate certification, which provides foundational knowledge, the DevNet Specialist certification dives deeper into areas like automation frameworks, software development for networks, and advanced cloud technologies.

Key Topics Covered in DevNet Specialist:

Advanced Automation Techniques: This includes more advanced forms of automation, such as continuous integration/continuous delivery (CI/CD) pipelines, automated network testing, and advanced network scripting.
Network Orchestration: Orchestration tools and technologies like Ansible, Chef, and Puppet are covered in this certification. Candidates learn to automate complex workflows, such as provisioning new network devices or managing configurations at scale.
Programmability at Scale: The ability to program and automate large-scale networks is essential for modern network operations. The DevNet Specialist certification focuses on developing solutions that can be applied across large enterprises or service provider networks.
Integration with Network Functions: DevNet Specialists learn how to integrate third-party software solutions and network functions (NFV) with existing network infrastructure. This includes integrating SDN controllers, network management platforms, and other software-defined network components.

The DevNet Specialist certification is a valuable credential for professionals seeking to specialize in network automation and development. It is an excellent option for those already working in DevOps or network automation roles who want to formalize their expertise with a Cisco certification.

Cisco Certified DevNet Professional

The DevNet Professional certification builds on the Associate and Specialist certifications, delving deeper into advanced topics in network programmability, automation, and software development for networking. Professionals who hold the DevNet Professional certification are expected to have strong proficiency in developing and implementing automated solutions for networks at scale.

Key Topics Covered in DevNet Professional:

Software-Defined Networking (SDN): SDN is a key technology in modern networks, and DevNet Professionals need to understand how to programmatically manage and configure SDN environments. This includes managing devices through controllers and applying automation to SDN environments.
Cloud Network Development: DevNet Professionals are expected to be skilled in developing solutions that integrate cloud platforms (like AWS, Azure, and Google Cloud) with on-premises network infrastructure. This includes the creation of hybrid network solutions and the integration of cloud services into existing networks.
Advanced Network Security: Network security is of paramount importance, and the DevNet Professional certification includes advanced topics like securing automated workflows, managing encryption keys, and ensuring the security of data transmitted across networks.
Network Infrastructure Programmability: This involves deep knowledge of network devices and how to configure, manage, and troubleshoot them through APIs. DevNet Professionals also use Python to create scripts that manage network infrastructure.

Cisco Certified DevNet Expert

The DevNet Expert certification is the pinnacle of the DevNet track and represents mastery in network automation and programmability. DevNet Experts are highly skilled professionals who can design and implement complex, scalable, and secure network automation solutions across a wide range of environments, including cloud, enterprise, and service provider networks.

Key Topics Covered in DevNet Expert:

End-to-End Network Automation: At this level, professionals design end-to-end automation systems for complex network architectures. This includes automating configuration management, monitoring, troubleshooting, and fault detection.
Advanced APIs and Custom Development: DevNet Experts are expected to understand and develop advanced custom applications and APIs that integrate with network infrastructure, using advanced programming languages and frameworks.
Strategic Network Design and Implementation: Experts are capable of designing and implementing large-scale automation systems and developing long-term strategies for network automation across organizations.
Advanced Network Troubleshooting and Optimization: This includes troubleshooting and optimizing automated networks, ensuring that network solutions are scalable, efficient, and reliable.

The Future of Networking and the DevNet Certifications

Cisco’s DevNet certification track is positioned to be at the forefront of network automation and software-defined networking. As the IT landscape continues to evolve, professionals who have the ability to automate network operations and write software to enhance network performance will be in high demand.

With the DevNet certifications, Cisco has created a structured path for professionals to transition into the world of network automation and development. Whether you are an experienced network engineer looking to add automation to your skill set or a software developer interested in networking, the DevNet certifications provide a clear pathway to career advancement.

As businesses move toward more automated, software-driven network environments, the demand for skilled professionals in this area will continue to grow. The DevNet track ensures that networking professionals can acquire the knowledge and skills required to succeed in this new era of networking.

The Future of Cisco Certifications and the Evolution of IT Skills

Introduction to Cisco’s Evolving Certification Landscape

The landscape of networking, technology, and IT certifications has undergone a significant transformation in recent years, and Cisco’s certifications have been at the heart of this shift. As we move further into the 21st century, the rise of cloud computing, automation, software-defined networking (SDN), cybersecurity, and data analytics is reshaping the skills needed to be successful in the IT world. In response, Cisco has been continuously evolving its certification programs to better align with the latest technologies and meet the changing demands of the industry.

In this final part of the article, we will explore how Cisco certifications are evolving, what the future holds for networking professionals, and how individuals can best prepare themselves to stay competitive in a rapidly changing IT environment.

How Cisco Certifications Are Evolving

Cisco has long been recognized as a leader in networking technologies, and its certifications are some of the most highly regarded in the IT industry. However, the traditional networking role has changed considerably in the past few years. Networks have become more complex, and automation, cloud computing, and cybersecurity have become integral to modern IT infrastructures.

To keep up with these changes, Cisco has restructured its certification tracks to provide more comprehensive coverage of current technologies. The company has introduced new certification tracks and updated existing ones to reflect the skills that are in demand today. The goal is to ensure that Cisco-certified professionals are well-equipped to navigate the evolving IT landscape.

One of the most notable changes was the restructuring of the CCNA certification, which now consolidates multiple tracks into a single exam that covers the fundamentals of networking, security, automation, and programmability. By simplifying the certification process, Cisco aims to provide a more streamlined path for professionals to acquire essential skills without having to pursue multiple certifications.

In addition to the CCNA update, Cisco has also expanded the DevNet track, which is designed to combine traditional networking skills with programming and automation expertise. As the demand for software-driven networks and network automation grows, DevNet certifications are becoming increasingly important for professionals looking to specialize in these areas.

The Rise of Cloud and Hybrid Networks

The shift toward cloud computing has been one of the most significant developments in the IT industry. With businesses increasingly adopting public and private cloud solutions, networking professionals need to adapt by acquiring new skills related to cloud networking and hybrid cloud architectures.

Cisco has responded to this demand by incorporating cloud technologies into its certification programs. The CCNP Cloud and CCNP Data Center certifications, for example, are designed for professionals who want to specialize in cloud services and data center management. These certifications focus on the integration of cloud platforms such as Amazon Web Services (AWS), Microsoft Azure, and Google Cloud with traditional on-premises networking technologies.

The hybrid cloud model, which combines private and public cloud resources, is particularly relevant for businesses that require a flexible, scalable network infrastructure. Cisco certifications in this area enable professionals to design, implement, and manage hybrid cloud environments effectively.

Moreover, as cloud adoption increases, network professionals must become adept at managing cloud-based networking platforms, monitoring and optimizing performance, and ensuring the security of cloud services. Cisco’s certifications are evolving to address these growing needs, with a focus on cloud security, cloud automation, and cloud infrastructure management.

The Role of Network Automation and SDN

Software-defined networking (SDN) and network automation are two of the most transformative technologies in modern networking. SDN enables network administrators to control and manage networks through software, reducing the need for manual configuration and providing greater flexibility in network management. Network automation, on the other hand, allows for the automation of network configuration, monitoring, and troubleshooting, significantly improving operational efficiency.

Cisco has made network automation and SDN a core focus of its certification programs. The DevNet certifications are a direct response to this shift, equipping networking professionals with the skills to automate network tasks using programming languages like Python and tools such as Cisco DNA Center and Ansible. The integration of SDN and automation into networking workflows is a key focus of the CCNP and CCIE tracks as well.

The demand for network automation engineers has surged in recent years as businesses strive to increase their network’s agility and reduce operational costs. Cisco’s certifications help professionals gain the knowledge and expertise to implement automation solutions at scale, with a focus on programmability, scripting, and orchestration.

The next phase of network automation will likely involve the integration of AI and machine learning into networking platforms. Cisco is already exploring these areas, and professionals who are well-versed in AI-powered network management tools will be in high demand. Cisco’s certification tracks are expected to continue evolving to include these cutting-edge technologies.

Cybersecurity in Networking

As organizations face increasingly sophisticated cyber threats, cybersecurity has become a critical area of focus in modern networking. Cisco has responded to this need by strengthening its focus on security across its certification tracks. The CCNA Security, CCNP Security, and CCIE Security certifications are designed for professionals who want to specialize in network security.

Cisco has also introduced a new certification track specifically for Cisco CyberOps, which focuses on cybersecurity operations in data centers, enterprise networks, and cloud environments. The CyberOps Associate and CyberOps Professional certifications are ideal for those interested in cybersecurity careers and provide professionals with the skills needed to detect, analyze, and respond to network security threats.

As networks become more complex and interconnected, cybersecurity professionals must be prepared to defend against a variety of threats, from malware and ransomware to data breaches and insider attacks. Cisco’s updated security certifications reflect these evolving threats, emphasizing the need for continuous monitoring, incident response, and threat intelligence.

Cybersecurity professionals will also need to understand how to secure network automation processes, cloud environments, and SDN-based networks. With the growing focus on zero-trust security models, professionals with expertise in security automation and network defense will continue to be in high demand.

Preparing for the Future: Skills and Career Advancement

As the future of networking continues to evolve, the skills required to succeed in the IT industry will also change. While traditional networking knowledge remains valuable, professionals who want to remain competitive must develop expertise in new and emerging technologies.

Cisco’s certifications are designed to help individuals stay ahead of these trends and acquire the skills needed to thrive in the modern IT landscape. The following skills will be particularly important for networking professionals in the coming years:

Cloud Computing: As more businesses adopt cloud platforms, networking professionals will need to understand how to integrate cloud services with on-premises network infrastructure, manage hybrid cloud environments, and secure cloud-based networks.
Network Automation: The ability to automate network management tasks using scripting languages like Python and automation tools like Ansible and Cisco DNA Center will be essential for professionals looking to increase their efficiency and stay ahead in the field.
Security: As cybersecurity threats become more sophisticated, professionals will need to understand how to secure networks, cloud environments, and automated workflows. Certifications in cybersecurity, such as Cisco’s CyberOps and Security certifications, will be critical.
SDN and Network Programmability: The ability to design, implement, and manage software-defined networks (SDN) is becoming a key skill for modern network engineers. SDN allows for more agile and scalable network architectures, and knowledge of SDN will be crucial for professionals looking to work with the latest networking technologies.
AI and Machine Learning in Networking: Artificial intelligence (AI) and machine learning are beginning to play a role in network automation, traffic analysis, and security. Professionals who are familiar with AI-based networking tools will be well-positioned to take advantage of these advancements.
Data Analytics: The ability to analyze network data, detect trends, and optimize performance is becoming increasingly important. Networking professionals will need to understand how to work with data analytics platforms and integrate them into their network operations.

Conclusion: The Ongoing Value of Cisco Certifications

Cisco certifications have always been among the most respected and recognized credentials in the IT industry, and their value continues to grow as networking evolves. The company’s commitment to updating its certification programs ensures that professionals can acquire the skills necessary to succeed in an increasingly complex and automated IT environment.

As businesses continue to embrace cloud computing, network automation, cybersecurity, and AI-driven networking, the demand for skilled professionals will only increase. Cisco’s evolving certification paths provide a clear roadmap for individuals looking to advance their careers in networking and IT.

By earning Cisco certifications, professionals not only validate their expertise but also demonstrate their commitment to staying ahead of technological trends. Whether you’re starting with the foundational CCNA certification, specializing in network automation with DevNet, or becoming an expert in cloud and cybersecurity, Cisco provides a comprehensive pathway for professionals to grow and succeed in the IT industry.

In the end, Cisco certifications are more than just credentials, they represent a deep understanding of how networks function in today’s rapidly changing world. As the future of networking continues to unfold, Cisco certifications will remain a cornerstone of professional development for networking professionals across the globe.

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