The Rise of Network Programmability – Exploring the Cisco Certified DevNet Professional Certification

In an era of relentless digital transformation, the traditional boundaries between software development and network engineering are dissolving. Networks are no longer static backbones that merely shuttle packets between devices; they are dynamic, intelligent platforms capable of adjusting in real-time to the needs of applications, users, and business processes. Central to this transformation is the advent of network programmability—a paradigm that has given rise to the Cisco Certified DevNet Professional certification.

This credential is not a mere badge of technical knowledge; it is a testament to one’s ability to build, automate, and innovate within network environments using modern software practices. As enterprises accelerate toward automation, artificial intelligence, and multi-cloud architectures, the demand for professionals who can seamlessly bridge the gap between code and connectivity is growing rapidly.

This article will dissect the significance, structure, and value proposition of the Cisco Certified DevNet Professional certification. Whether you are a seasoned network engineer pivoting to automation or a software developer venturing into the world of networking, this guide offers a lucid roadmap for what lies ahead.

The Paradigm Shift: From Manual Networks to Programmable Infrastructure

Once upon a time, network administrators were synonymous with command-line interfaces. Their expertise lay in configuring routers and switches, troubleshooting connectivity issues, and ensuring uptime. These roles required meticulous attention to detail and an encyclopedic knowledge of protocols and architectures. However, they also relied heavily on manual processes, which are inherently time-consuming and error-prone.

The explosive growth of cloud computing, containerization, and agile methodologies has rendered manual networking insufficient. Modern IT infrastructures must be scalable, self-healing, and capable of supporting ephemeral workloads. To meet these demands, organizations have embraced software-defined networking (SDN), network function virtualization (NFV), and infrastructure as code (IaC).

This evolution necessitates a fundamental shift in the skillset of network professionals. The new norm requires fluency in programming languages, familiarity with APIs, and an understanding of CI/CD pipelines. Network devices are no longer treated as monolithic hardware appliances but as programmable entities that can be managed through automation and orchestration tools.

Introducing Cisco’s DevNet Track

Recognizing the tectonic shift in how networks are built and maintained, Cisco launched its DevNet certification track. Unlike traditional Cisco certifications that emphasize core networking concepts, the DevNet track focuses on the integration of software development with Cisco platforms.

The DevNet Professional certification is a mid-tier credential that sits between the DevNet Associate and DevNet Expert levels. It is designed for professionals who want to advance their ability to develop and maintain applications on Cisco infrastructure, automate network tasks, and leverage modern tools and platforms in the networking space.

Whether you’re building custom applications that interact with Cisco APIs or automating repetitive tasks using Ansible and Python, this certification validates your proficiency in blending code with infrastructure.

Who Should Pursue the DevNet Professional Certification?

The DevNet Professional certification is ideal for:

Network engineers seeking to embrace programmability and automation
Software developers working on network-integrated applications
DevOps engineers aiming to implement CI/CD pipelines for infrastructure
System integrators and architects building automated solutions on Cisco platforms
IT professionals managing multi-cloud, hybrid, or edge environments

This certification does not require candidates to abandon their core expertise; rather, it enhances their versatility by equipping them with a dual perspective—understanding how software and networks can work in harmony.

Exam Structure and Certification Pathway

To earn the Cisco Certified DevNet Professional certification, a candidate must pass two exams:

Core Exam: 350-901 DEVCOR
- Title: Developing Applications Using Cisco Core Platforms and APIs
- Duration: 120 minutes
- Focus: Core software development concepts, APIs, Cisco platforms, infrastructure, and automation
One Concentration Exam (choose one):
- 300-435 ENAUTO – Automating Cisco Enterprise Solutions
- 300-835 CLAUTO – Automating Cisco Collaboration Solutions
- 300-635 DCAUTO – Automating Cisco Data Center Solutions
- 300-535 SPAUTO – Automating Cisco Service Provider Solutions
- 300-910 DEVOPS – Implementing DevOps Solutions and Practices
- 300-920 DEVWBX – Developing Applications for Cisco Webex and Webex Devices

This modular approach allows candidates to build a robust foundation through the core exam while customizing their certification journey based on their professional focus or organizational needs.

Unpacking the DEVCOR 350-901 Exam

The DEVCOR exam forms the backbone of the DevNet Professional certification. It assesses a candidate’s ability to develop and maintain applications built on Cisco platforms, with emphasis on:

Software Development and Design

Candidates must demonstrate an understanding of:

Common design patterns (MVC, microservices)
RESTful API principles and HTTP methods
Secure coding practices and threat modeling
Version control with Git and GitHub
Test-driven development (TDD) and unit testing strategies

Cisco Platforms and Development

The exam includes questions on integrating with Cisco platforms such as:

Cisco DNA Center
Cisco Meraki Dashboard
Cisco Webex APIs
Cisco Intersight
Cisco Unified Communications Manager

These platforms expose APIs that allow developers to build custom applications or automate administrative tasks.

Application Deployment and Security

Key topics include:

Docker containers and orchestration using Kubernetes
Application monitoring and logging
Secure deployment practices (e.g., TLS, OAuth, API authentication)
Continuous integration and continuous delivery (CI/CD) using tools like Jenkins, Travis CI, or GitLab CI

Infrastructure and Automation

Automation is a core tenet of the DEVCOR exam. Candidates are tested on:

Infrastructure as code using Ansible and Terraform
Configuration management
Model-driven programmability with YANG models
Interfacing with network devices using NETCONF and RESTCONF

Network Fundamentals

Although the focus is on programmability, candidates are expected to be familiar with foundational networking concepts such as:

IP routing and switching
VLANs and trunking
Network security principles
QoS and traffic engineering

This ensures that automation scripts are built on a solid understanding of the underlying infrastructure.

Choosing a Concentration: Specialization Paths

Once the DEVCOR exam is completed, candidates must choose a concentration exam that aligns with their career goals. Each concentration focuses on specific Cisco technologies and domains.

300-435 ENAUTO

This exam targets enterprise networks and covers automation techniques using Python, REST APIs, and tools like NETCONF, RESTCONF, and YANG. It’s ideal for network engineers working in large-scale enterprise environments.

300-835 CLAUTO

Focused on collaboration solutions, this exam covers APIs and automation related to Cisco Unified Communications Manager, Cisco Unity Connection, and Cisco Webex. Suitable for those in voice and video environments.

300-635 DCAUTO

This specialization addresses automation in data center environments, including ACI (Application Centric Infrastructure), UCS Director, and Cisco NX-OS. A strong choice for professionals in data center roles.

300-535 SPAUTO

Tailored for service provider environments, this exam explores automating MPLS, segment routing, and QoS using Cisco NSO and APIs.

300-910 DEVOPS

This exam is developer-centric and dives into DevOps methodologies, CI/CD pipelines, and monitoring frameworks such as Prometheus and Grafana. It is ideal for those in SRE or cloud-native roles.

300-920 DEVWBX

A niche path for developers building applications on Cisco Webex, this exam includes widgets, bots, SDKs, and real-time media integration.

Why the DevNet Professional Certification Matters

The DevNet Professional certification is more than a resume enhancer. It signifies a shift in professional identity—from a network technician to an automation architect or network software developer. This evolution brings several benefits:

Enhanced Job Prospects

Roles that require cross-disciplinary skills are in high demand. Titles such as Network Automation Engineer, DevOps Network Engineer, and Site Reliability Engineer frequently list DevNet skills as prerequisites.

Increased Earning Potential

According to industry surveys, professionals with automation and DevOps certifications tend to earn higher salaries. The hybrid skillset allows individuals to take on strategic projects with wider business impact.

Future-Proofing Your Career

The push toward SDN, edge computing, and AI-driven operations makes traditional networking roles increasingly obsolete. Investing in automation and programmability ensures continued relevance in the IT job market.

Real-World Applicability

The DevNet certification is grounded in real-world use cases. Whether it’s automating device onboarding or integrating with third-party APIs, the skills gained are immediately applicable in modern enterprise environments.

The Cisco Certified DevNet Professional certification sits at the confluence of networking and software development—a place where infrastructure becomes programmable, responsive, and intelligent. In a world dominated by automation, those who understand both packets and code will lead the way.

As enterprises seek to harness the power of APIs, reduce manual overhead, and accelerate innovation, the need for DevNet professionals will only intensify. If you’re ready to pivot toward this future, mastering the DevNet Professional path is not just an option—it is a necessity.

Mastering the DevNet Professional Journey – Strategies and Resources for Exam Success

Earning the Cisco Certified DevNet Professional certification is a transformative journey—one that reshapes how you engage with networks, infrastructure, and software. With its dual emphasis on programmability and platform integration, this certification pushes you to think beyond static configurations and embrace the future of dynamic, automated, and programmable environments.

While the DevNet Professional certification offers immense value, it demands a meticulous, methodical, and highly practical preparation process. This second part of our series demystifies the path to certification by outlining comprehensive strategies, reliable resources, and actionable tips to ensure your success in both the DEVCOR core exam and your chosen concentration.

Whether you’re transitioning from a traditional networking role or already embedded in a DevOps ecosystem, this article is your tactical blueprint for preparing efficiently and effectively.

Understanding the Scope: What You’re Really Being Tested On

The DEVCOR 350-901 exam is not just about writing code or invoking APIs. It tests your conceptual depth, practical ability to automate across Cisco platforms, and your understanding of software design, security, infrastructure, and deployment pipelines. Preparation requires a hybrid mindset—equal parts developer and network engineer.

The concentration exam, by contrast, allows you to dive deep into a specific domain, such as enterprise automation or collaboration. This means your study plan should balance generalist breadth with specialist depth.

Before launching into resources and study plans, it’s essential to mentally internalize these expectations:

You will be expected to write working Python code
You must be comfortable navigating REST APIs
You need to understand infrastructure as code tools and concepts
You should be familiar with Cisco platforms and SDKs
You will face questions requiring hands-on problem-solving and debugging

Step 1: Assess Your Baseline

Preparation begins with introspection. What’s your starting point?

Are you a network engineer with limited programming exposure?
Are you a developer unfamiliar with networking protocols?
Do you have DevOps experience but little Cisco-specific knowledge?

Each of these starting positions comes with strengths and blind spots. Spend time reviewing the official DEVCOR and concentration exam blueprints on Cisco’s website. Highlight the areas you know well and mark those you’ve never encountered.

Step 2: Building a Custom Study Plan

A study plan is not simply a calendar—it’s a strategy rooted in learning science. Your plan should follow a rhythm:

Conceptual Learning: Start with theoretical understanding
Hands-On Practice: Reinforce knowledge through practical implementation
Review and Retrospective: Evaluate progress and patch weaknesses
Mock Exams: Simulate test conditions and timing

Here’s a sample 12-week plan:

Weeks 1–2: Core Python and Git

Python data types, functions, error handling
Object-oriented principles
Working with APIs using requests module
Git branching, pull requests, merge conflicts

Weeks 3–5: API Design, REST, and Cisco SDKs

RESTful architecture and CRUD operations
HTTP status codes, headers, and payloads
Postman and curl for API testing
DNA Center, Meraki, and Webex APIs

Weeks 6–7: Infrastructure and Automation

YAML syntax and Ansible playbooks
Terraform basics for infrastructure provisioning
NETCONF/RESTCONF protocols
YANG modeling and Cisco NSO

Weeks 8–9: Application Deployment and DevOps

Containers with Docker and orchestration with Kubernetes
CI/CD pipelines: GitHub Actions, Jenkins
Secure API handling: OAuth2, TLS, secrets management

Weeks 10–11: Focused Concentration Topics

Specialize in your chosen domain
Study official documentation, SDKs, and GitHub repositories

Week 12: Mock Exams and Final Review

Take full-length mock exams
Review incorrect answers and consolidate weak topics

Step 3: Learning Resources – Free and Paid Options

A successful DevNet Professional candidate blends various types of resources—videos, books, labs, and documentation. Here are the most dependable and reputable options:

Official Cisco Learning Network

Cisco offers curated study material, discussion forums, webinars, and interactive content through the Cisco Learning Network. You’ll find:

Exam blueprints
Learning paths
Sample questions
API sandbox environments

Cisco DevNet Portal

The DevNet Portal (developer.cisco.com) is an indispensable resource. It includes:

Code repositories
API documentation
Sandbox environments (for testing code without actual devices)
Tutorials and learning labs across Cisco platforms

Books and eBooks

“Developing Applications Using Cisco Core Platforms and APIs (DEVCOR 350-901)” by Jason Davis and Stuart Clark – Official cert guide packed with scenarios and labs.
“Cisco DevNet Associate DEVASC 200-901 Official Cert Guide” – Though geared for the Associate level, it contains foundational material for DEVCOR candidates.
“Mastering Python Networking” by Eric Chou – A phenomenal resource for network engineers transitioning into Python and automation.

Online Courses

Cisco U. – Cisco’s revamped training platform offers deep, structured courses specifically mapped to the DEVCOR and concentration exams.
Pluralsight and INE – Offer training paths on Ansible, REST APIs, Kubernetes, and Cisco automation.
Udemy – Budget-friendly option for hands-on labs, particularly for Python and DevOps workflows.

GitHub Repositories

Many of Cisco’s platforms have official repositories filled with scripts, SDKs, and demos. Explore repositories related to:

Cisco DNA Center
Cisco Meraki Dashboard API
Cisco ACI Toolkit
Webex SDKs and bots

Studying these real-world samples gives context to theory and illustrates how APIs are applied in enterprise environments.

Step 4: Get Hands-On – Sandboxes and Labs

Theory alone will not carry you through the exam. Real expertise comes from building, breaking, and fixing things. Here’s how you can practice:

Cisco DevNet Sandboxes

Cisco provides free sandbox environments that emulate real-world Cisco infrastructure. You can interact with DNA Center, Meraki, Webex, and more through APIs and GUI.

Use Postman to query REST APIs
Write Python scripts to automate device configs
Trigger CI/CD jobs against sandbox endpoints

DevBox or Virtual Lab Environment

Build a local or cloud-hosted lab environment using:

Python 3.x
Docker and Docker Compose
Visual Studio Code
Git and GitHub CLI
Linux or WSL2 terminal

Optional but helpful tools:

Minikube or Kind (for Kubernetes)
Ansible control node
Jenkins server or GitHub Actions runner

This setup mimics the tooling used in enterprise automation projects and gives you authentic exposure.

Step 5: Simulate the Exam Experience

The DEVCOR and concentration exams are challenging not only in content but in format. Expect complex multiple-choice questions, drag-and-drop sequences, and real-world scenarios.

To simulate exam conditions:

Use a timer (120 minutes)
Take full-length practice exams
Avoid distractions
Review wrong answers thoroughly

You can find sample questions on:

Cisco Learning Network
O’Reilly platform (via official cert guides)
Boson ExSim (paid but highly accurate)

Pro Tips for Exam Day

Understand the API output format: Many questions provide JSON responses that you’ll need to parse.
Know your HTTP verbs and response codes: These appear frequently in scenarios.
Expect code snippets: You may be asked to identify bugs or select the correct implementation.
Time management is crucial: Don’t get stuck on any one question.
Read carefully: Misreading a question or skipping qualifiers like “not” or “except” can derail your score.

Bridging to Real-World Projects

Once you pass the DevNet Professional exams, the journey does not end—it evolves. The certification becomes a springboard to real-world implementation. Some possible next steps include:

Automating device configurations using GitOps workflows
Building internal tools or dashboards with Cisco APIs
Contributing to open-source network automation projects
Designing CI/CD pipelines for infrastructure deployment
Architecting API integrations between Cisco and third-party platforms (e.g., Slack, PagerDuty, ServiceNow)

Beyond exams, this certification prepares you for the practical demands of modern infrastructure: agility, resilience, and scale.

The Mindset of Lifelong Learning

The DevNet journey is not static. Cisco continues to evolve its platforms, from expanding the capabilities of DNA Center to enhancing its cloud-native toolsets. Staying current means:

Following Cisco’s blogs and developer announcements
Engaging with the DevNet community
Experimenting with new SDKs and APIs
Practicing continuous learning, perhaps with the DevNet Expert as your next goal

Those who approach DevNet not as a finish line but as a launchpad will find themselves better equipped to lead infrastructure modernization efforts.

Preparation for the Cisco Certified DevNet Professional certification is neither linear nor trivial—it is a rigorous process that combines development skill, network acumen, and architectural foresight. But for those willing to invest the time and effort, it offers one of the most impactful and future-proof certifications in the industry.

With a well-structured plan, the right learning tools, and ample hands-on practice, the DEVCOR and concentration exams can become not just milestones, but catalysts for career transformation.

In Part 3 of this series, we’ll examine the career impact of DevNet Professional certification. You’ll discover job roles, employer expectations, salary trends, and real-world case studies of professionals who’ve reinvented their careers by mastering programmability in the Cisco ecosystem.

Beyond Certification – The Real-World Impact of Cisco DevNet Professional

Certifications, by nature, serve as markers—of knowledge, of effort, of achievement. Yet the true measure of a certification’s worth is not found in its badge or digital credential. It resides in how it transforms your career, empowers your role, and reshapes your professional trajectory. The Cisco Certified DevNet Professional certification does exactly that.

In this concluding part of our series, we shift our lens from exam preparation to practical impact. What happens after you earn the credential? How does it influence job prospects, organizational relevance, and long-term career progression? Through real-world use cases, role analysis, and future trend forecasting, we explore how DevNet Professional opens the gateway to a new echelon of network engineering and automation.

Redefining Roles: The Emergence of the NetDevOps Hybrid

Before DevNet, the chasm between developers and network engineers was wide and often impassable. Developers thrived in agile cycles and continuous integration environments, while network engineers focused on deterministic uptime and fault isolation.

Cisco’s DevNet Professional certification emerged to build a bridge between these realms, giving rise to a hybrid role: the NetDevOps Engineer. This emerging title fuses the philosophies of automation, CI/CD pipelines, infrastructure as code, and telemetry-driven observability with the foundational integrity of networking protocols and architecture.

In practical terms, DevNet Professionals are not just administrators. They are architects, toolsmiths, integrators, and enablers of network evolution. They design intelligent workflows that scale dynamically, reduce human error, and accelerate service delivery. In an era where networks are increasingly cloudified, containerized, and programmable, their skills are indispensable.

Career Opportunities and Job Roles

Achieving DevNet Professional certification equips you for a host of transformative roles across domains. Employers are seeking professionals who can navigate both command-line interfaces and API schemas with equal fluency. Here are some of the key roles suited to DevNet-certified individuals:

Network Automation Engineer

A role that involves developing scripts and playbooks to automate provisioning, monitoring, and fault resolution. This position demands fluency in tools like Ansible, Python, REST APIs, and Cisco DNA Center.

DevNet Solutions Architect

Responsible for creating end-to-end integration frameworks that connect Cisco platforms with business applications. This role typically requires deep knowledge of Cisco SDKs, API gateways, and cloud platforms like AWS or Azure.

Site Reliability Engineer (SRE)

Many SREs with a DevNet background focus on the resilience of programmable infrastructure, building telemetry pipelines, and codifying operational best practices into version-controlled systems.

Platform Integration Specialist

Focused on integrating third-party applications with Cisco technologies such as Webex, Meraki, or ACI. The work often includes API management, OAuth security models, and webhook-driven workflows.

Cloud Infrastructure Engineer

These professionals apply DevNet skills to hybrid cloud environments, using tools like Terraform, Kubernetes, and Cisco Intersight. Responsibilities include cloud-native networking, microservices orchestration, and automated scaling.

Security Automation Engineer

With the concentration in DevSecOps, this role involves automating security configurations and integrating threat detection APIs into broader orchestration platforms.

Industries and Sectors Embracing DevNet

While initially most prevalent in telecom and enterprise IT, DevNet Professionals are now in demand across sectors:

Finance: Automating regulatory compliance checks and enforcing network segmentation through policy APIs
Healthcare: Integrating medical device networks with secure Cisco IoT platforms
Retail: Enabling edge analytics using Meraki APIs for customer behavior insights
Education: Orchestrating scalable, cloud-managed learning platforms with collaboration tools
Manufacturing: Automating factory floor networks using programmable industrial switches

Any organization that operates complex networks and values agility, automation, and observability benefits from having DevNet-certified professionals on their team.

Global Demand and Salary Expectations

Cisco certifications have always commanded industry respect, but DevNet Professional holds particular weight due to its alignment with digital transformation goals. As networks become more like software, organizations are scrambling to find talent that understands both domains.

According to recent IT salary reports and job trend analyses:

In North America, DevNet Professionals can expect salaries between $110,000 to $145,000 annually, depending on experience and location
In Europe, the average ranges from €70,000 to €105,000
In Asia-Pacific regions, certified professionals in metro hubs can earn between ₹18 to ₹35 lakhs per annum

These figures are influenced by specialization, with roles in cloud infrastructure or security automation often yielding higher compensation.

Beyond salary, certification holders often report faster promotions, expanded responsibilities, and leadership roles in digital transformation initiatives.

The Certification as a Differentiator

In a crowded job market, resumes blur into indistinguishable lists of acronyms and platforms. DevNet Professional stands out precisely because it is not commonplace. It is both rigorous and current. It represents more than technical literacy—it signals evolution.

Recruiters and hiring managers often view DevNet Professional certification as a strategic differentiator, especially for roles that require cross-functional communication. It tells them:

You understand not just how to configure a device, but how to orchestrate it intelligently
You can contribute to DevOps workflows, bridging the silos between operations and development
You are proactive in learning, having mastered a challenging, modern certification

Additionally, for consultants and freelancers, this credential can serve as an authoritative badge that attracts high-value clients and projects.

Case Studies: Real-World Applications

Let’s explore a few fictionalized but realistic case studies inspired by real-world patterns seen across the industry.

Case Study 1: Automating the Onboarding Jungle

An enterprise with 10,000 employees suffered from inconsistent device onboarding. Manual provisioning took days, and new hires frequently waited for network access.

A newly hired DevNet-certified engineer implemented an automation solution using Cisco DNA Center’s API. They wrote Python scripts that integrated with HR systems, automatically detecting new employees and assigning network policies based on role.

Result: Device provisioning time was slashed from days to minutes. Network configurations became auditable and version-controlled.

Case Study 2: Collaboration Made Smarter

A university IT team wanted to create a custom chatbot that helped staff schedule Webex meetings, check room availability, and log IT support requests.

A DevNet Professional leveraged the Webex Teams SDK and built a Node.js app with integrations to both Webex and the campus helpdesk system.

Result: A task that once required several portals and emails could now be completed within a single chat session, improving satisfaction and cutting ticket volumes.

Case Study 3: Policy-Driven Cloud Migration

A financial institution was migrating workloads to AWS. The networking team needed to replicate on-prem firewall rules and routing logic in the cloud.

Using Cisco ACI and Terraform, the DevNet-certified engineer automated the configuration of security policies, deployed them to the new environment, and built a CI/CD pipeline to manage future updates.

Result: Cloud migration time decreased by 40%, and error rates in security policy deployment fell to zero.

The DevNet Community: A Support Network

Success in a technology domain is often buoyed by the strength of its community. The Cisco DevNet community is vibrant, inclusive, and resource-rich. Whether you are looking for guidance, open-source projects, feedback, or collaboration, there’s a place for you.

Ways to engage:

Participate in DevNet Create events
Join developer.cisco.com forums
Contribute to or fork Cisco’s GitHub repositories
Follow thought leaders like Hank Preston and Stuart Clark
Submit feature requests or bugs on Cisco DevNet sandboxes

These connections often lead to mentorship, project ideas, and even job opportunities. They remind you that certification is not an endpoint—it’s an introduction to a broader movement.

What Comes After DevNet Professional?

As you settle into your new skills and roles, you may begin to wonder: what’s next?

For many, the natural evolution is:

Cisco Certified DevNet Expert – A hands-on lab exam focused on advanced automation scenarios. This certification places you among the elite engineers capable of designing and implementing sophisticated automation frameworks.
Multivendor Automation Skills – While Cisco remains dominant, organizations often use tools like Arista CloudVision, Juniper Contrail, or open-source projects. Extending your automation skills to multiple ecosystems increases your versatility.
Advanced Cloud Certifications – With DevNet as a springboard, you might pursue AWS DevOps Engineer, Azure Solutions Architect, or Google Cloud Professional Developer certifications.
Leadership Roles – Many DevNet Professionals move into solution architecture, automation leadership, or digital strategy roles, guiding teams through infrastructure modernization efforts.

Each of these paths builds upon the DevNet foundation, enriching your professional toolkit.

Final Thoughts:

The Cisco Certified DevNet Professional credential is not just a nod to your ability to pass a set of exams—it is a testament to your adaptability. In a world where infrastructure behaves like software, and the demand for agility grows louder by the day, having the skills to automate, integrate, and orchestrate networks gives you a powerful edge.

DevNet Professional is a future-proof investment. It is as much about mindset as it is about mastery. It invites you to reimagine your role in IT, to shift from task executor to solution innovator.

Whether you’re building CI/CD pipelines for switches, writing scripts to audit compliance, or developing chatbots to humanize collaboration, you are no longer reacting to technology—you are shaping it.

This certification is your passport into a new paradigm of IT, where code meets connectivity and innovation becomes the standard.