Cisco Certification Redesign: What the 2022 Model Became by 2026

Cisco’s certification program has changed enough since the 2020–2022 redesign era that an article frozen in 2022 can now be actively misleading. The broad ideas from that period—one CCNA, technology-core exams, specialist concentrations, and recertification through continuing education—still matter. But the portfolio around them has evolved substantially.

By 2026, Cisco has simplified branding around familiar CCNA, CCNP, and CCIE names, converted DevNet into Automation, moved CyberOps into CCNA/CCNP Cybersecurity, relaunched dedicated Wireless tracks, expanded AI-related specialist credentials, and refreshed security and design pathways.

The best way to understand the redesign is therefore as a foundation, not a finished destination. The current Cisco certification roadmap shows how the original modular model has continued to evolve.

The 2020-era redesign established the modular structure

The major redesign replaced a maze of separate associate certifications with a common CCNA and organized professional certifications around a core-plus-concentration model. That was a major shift from older track-specific ladders such as CCNA Routing and Switching, CCNA Security, and CCNA Wireless.

At the professional level, the core exam became both the breadth test for the CCNP track and the qualifying written exam for the related CCIE lab. Concentration exams allowed engineers to specialize without creating a completely separate professional certification for every technology niche.

That architecture remains one of the most durable ideas in the modern portfolio. It makes certification planning more flexible because candidates can establish a common foundation and then select a concentration that matches their job.

The single-CCNA idea has evolved again

The 2020 simplification created one general CCNA. In 2026, Cisco kept the recognizable CCNA name but expanded the associate portfolio with distinct CCNA Automation and CCNA Cybersecurity certifications. The general CCNA still covers broad enterprise networking fundamentals, while the new associate credentials validate different job families.

That means “there is only one CCNA” is no longer accurate. Candidates should distinguish the general networking CCNA path from CCNA Automation and CCNA Cybersecurity instead of assuming the old 2020 structure is permanent.

The reason is practical: software automation and defensive security now justify their own associate-level skill models. Cisco has kept the brand consistency while allowing specialization earlier in a career.

DevNet became the Automation certification family

The DevNet program introduced a formal certification path for software development, APIs, and network programmability. On February 3, 2026, Cisco rebranded that path into CCNA, CCNP, and CCIE Automation.

The associate exam remains 200-901, now branded CCNAAUTO, while professional automation centers on 350-901 AUTOCOR plus concentrations such as ENAUTO and DCNAUTO. CCIE Automation extends the same discipline to expert practical work.

The change is more than cosmetic at the professional level. Cisco redesigned CCNP Automation around current network-automation job roles, including software design, APIs, infrastructure as code, CI/CD, operations, security, and AI-powered automation.

CyberOps moved under the CCNA and CCNP brands

Ciscos security-operations credentials also moved into the familiar certification hierarchy. What older content may call CyberOps Associate is now CCNA Cybersecurity, while the professional security-operations pathway is aligned with CCNP Cybersecurity.

This branding change makes the role clearer to employers who already understand the CCNA and CCNP levels. It also reflects a broader security portfolio in which monitoring, investigation, response, policy, secure access, and AI-assisted analysis are normal operational skills.

Candidates should therefore avoid relying on legacy “CyberOps” names when planning new study. Old study material can still contain useful concepts, but the exam identity and blueprint must be checked against the current certification page.

Wireless returned as a dedicated certification track

One of the most visible reversals of the earlier simplification is the return of dedicated Wireless certifications. Cisco introduced a new professional wireless core and restored a distinct expert wireless path rather than keeping all wireless progression under enterprise.

This makes sense because modern wireless work has become deep enough to justify separate validation: RF design, mobility, assurance, troubleshooting, security, and client experience are specialist disciplines. An engineer who spends most of the day on WLAN architecture no longer needs to force that career through a generic enterprise identity.

The change is a reminder that certification frameworks follow job-market reality. Simplification is useful only until it hides meaningful professional specialization.

CCDE gained specialist electives, including AI Infrastructure

Design certification also evolved. The current CCDE practical exam is modular and includes electives such as Large Scale Networks, On-Prem and Cloud Services, Workforce Mobility, and AI Infrastructure. Passing the elective can produce a specialist badge in addition to the CCDE credential.

The AI Infrastructure option is particularly important because network design increasingly has to account for accelerator clusters, storage, high-performance fabrics, security, orchestration, and sustainability constraints. That is a different design problem from a traditional branch or campus architecture.

The modern CCDE program therefore represents a more specialized design model than the older certification pyramid suggested.

AI is now distributed across the portfolio

Cisco has not created one certification that owns all AI-related skills. Instead, AI appears where it changes the job. Automation exams include AI-assisted operations and agentic workflows. Data Center AI Infrastructure validates the systems required to run AI workloads. CCDE AI Infrastructure focuses on design. Cisco also offers technical and business AI programs.

This distributed approach is more realistic than treating AI as a standalone chapter. Network engineers need to understand how AI changes operations, security, capacity, and infrastructure without pretending they are all machine-learning researchers.

Candidates should study the AI scope that belongs to their role and maintain strong fundamentals underneath it. AI tooling changes quickly; routing, identity, secure software delivery, observability, and architecture discipline remain durable.

What from the 2022 model is still worth remembering

The core-plus-concentration model remains extremely useful. Specialist credentials still provide incremental recognition. Recertification still supports both exam and continuing-education routes. Expert labs still distinguish conceptual knowledge from applied expertise.

The deeper lesson is that Cisco no longer treats certification as a static ladder. Programs are refreshed, renamed, and split when job roles change. That makes the certification roadmap itself a living source that candidates should revisit before each study cycle.

Use older content for enduring concepts, not for current exam identity. Before buying training or scheduling an exam, verify the current certification name, exam code, version, first or last test date, and replacement path.

One subtle consequence of the redesign is that specialist credentials now matter more as modular evidence. Passing a core or concentration exam can produce a specialist credential even before the full professional certification is complete. That lets candidates show focused expertise while continuing toward a broader goal. Employers can also distinguish between someone who passed an enterprise core and someone who completed a particular automation, design, wireless, or security concentration.

Recertification has also become part of career planning rather than an afterthought. Cisco certifications are generally time limited, and candidates can maintain them through exams, continuing education, or combinations of both. A smart plan uses renewal to expand the skill graph. An enterprise engineer might use continuing education to add automation or security depth rather than spending the entire renewal cycle repeating familiar routing content.

The 2026 portfolio also illustrates why old “certification hierarchy” diagrams age badly. A pyramid implies that every role climbs toward one universal summit. Modern Cisco careers branch. A wireless expert, automation expert, security expert, and design expert may all be senior technologists without sharing the same exam history. The structure is better represented as connected role paths with lateral movement than as a single ladder.

For training teams and managers, this means development plans should map certifications to job tasks. If a role owns SD-WAN policy, the concentration plan should reflect that. If a team is building AI infrastructure, DCAI or CCDE AI Infrastructure may be relevant. If engineers are creating pipelines, CCNP Automation is more direct. Certification spending becomes easier to justify when each exam is attached to a capability the organization needs.

The redesign also changed how candidates should interpret prerequisites. Cisco removed many formal prerequisites, but “no prerequisite” does not mean “no foundation needed.” A professional automation exam can be scheduled without holding an associate credential, yet a candidate who lacks basic APIs, Git, or infrastructure knowledge will still struggle. Skill prerequisites are more important than administrative ones.

Exam versioning deserves similar attention. A certification name can remain unchanged while the underlying blueprint moves from v1.0 to v1.1 or v2.0. That can add new technologies, remove others, or change weighting enough to alter preparation. Candidates should record the exact version next to every study resource so that an old course does not silently become the source of truth.

For teams building internal certification programs, maintain a quarterly review of Cisco roadmap announcements and retired exams. Update course names, exam codes, and lab objectives, but preserve useful foundational material. This creates continuity without locking learners into stale certification language.

When comparing old and new roadmaps, focus on capability continuity. Routing, secure access, automation, wireless design, and troubleshooting did not become obsolete because a badge changed name. The candidate’s job is to separate enduring skill from administrative transition, then invest study time where the current blueprint adds genuinely new responsibility.