The Cisco Certified DevNet Expert Certification represents the highest level in Cisco’s DevNet certification path, aimed at professionals who specialize in network automation, software development, and infrastructure as code. It is designed for IT experts who want to validate their skills in designing, developing, and managing applications and network infrastructure using Cisco platforms and APIs. This certification is highly valued in the technology industry as it demonstrates a professional’s ability to integrate automation into network operations, develop software solutions that interact with Cisco technologies, and implement infrastructure management practices effectively.
The certification is particularly suited for professionals working in DevOps, software development, and network automation roles. Achieving the Cisco Certified DevNet Expert Certification provides individuals with the tools and knowledge needed to develop innovative solutions that improve efficiency and optimize network performance. With the increasing complexity of modern networks and the growing emphasis on automation, this credential has become a key differentiator for IT professionals who want to advance their careers in cutting-edge network environments.
Understanding the Cisco Certified DevNet Expert Certification
The Cisco Certified DevNet Expert Certification is designed to assess a professional’s ability to work with advanced automation solutions, develop applications that communicate with Cisco platforms, and implement infrastructure as code principles. Candidates for this certification are expected to have strong experience in software development, networking fundamentals, and automation tools. While there are no strict prerequisites, individuals with prior certifications such as Cisco Certified DevNet Professional may have an advantage in preparation and foundational knowledge.
This certification targets roles such as DevOps engineers, software developers, and network automation architects. These professionals are responsible for designing and developing software solutions that integrate seamlessly with Cisco technologies, automating repetitive network tasks, and ensuring network reliability through programmable infrastructure. By achieving this certification, candidates can demonstrate their ability to streamline network operations and create scalable, maintainable, and secure network applications.
The path to achieving the Cisco Certified DevNet Expert Certification involves passing two critical exams. The first is the 350-901 DEVCOR exam, which is the core exam assessing fundamental knowledge and skills in software development, network automation, and Cisco platform integration. The second is a hands-on practical exam known as the Cisco Certified DevNet Expert Lab Exam, which evaluates a candidate’s ability to apply their knowledge in real-world scenarios through application development, infrastructure automation, and troubleshooting.
Core Exam: 350-901 DEVCOR
The 350-901 DEVCOR exam is a comprehensive test that focuses on the foundational aspects of software development and network automation. Candidates are expected to demonstrate their proficiency in several key areas, including software development practices, working with Cisco APIs, implementing infrastructure as code, network programmability, security, and application testing and deployment.
Software Development and Design
Software development is at the core of network automation and DevOps practices. Candidates must have a deep understanding of software development methodologies such as agile and waterfall, and they should be capable of applying best practices for building scalable and maintainable applications.
Expertise in programming languages, particularly Python, is crucial, as it is widely used for automation and scripting tasks. Additionally, knowledge of other programming languages can be beneficial for creating flexible solutions that integrate with different platforms. Understanding version control systems like Git, writing modular code, and applying principles of continuous integration and continuous delivery are essential skills evaluated in this section of the exam.
Cisco Platforms and APIs
The 350-901 DEVCOR exam tests candidates on their ability to interact with various Cisco platforms through APIs. Knowledge of REST, SOAP, and NETCONF/YANG APIs is critical for integrating software applications with network devices and services.
Candidates must understand how to authenticate, request, and process data from these APIs, and they should be able to design applications that leverage Cisco platforms like Cisco DNA Center, Meraki, and Webex. Mastery of API integration allows professionals to automate workflows, collect and analyze network data, and enhance operational efficiency.
Infrastructure as Code
Infrastructure as code (IaC) is a foundational principle for modern network automation. Candidates are required to understand tools such as Ansible, Puppet, and Chef, which allow network engineers to programmatically configure and manage infrastructure. Implementing IaC enables teams to deploy consistent and repeatable network configurations, reduce human error, and maintain versioned infrastructure definitions. The exam evaluates a candidate’s ability to design and implement automated network deployments using these tools.
Network Programmability
Network programmability focuses on the automation and management of network devices using software tools and scripts. Candidates must demonstrate the ability to write Python scripts and automation workflows that configure network devices, monitor network performance, and manage infrastructure efficiently. This skill set allows organizations to reduce manual interventions, optimize network operations, and respond quickly to changing network demands.
Security and Compliance
Security is a critical component of any network automation initiative. Candidates are expected to secure applications and network infrastructure by implementing best practices in authentication, authorization, and data protection. Additionally, they should ensure compliance with regulatory frameworks and organizational policies, maintaining both security and operational standards. This includes the ability to monitor and enforce policies across automated network operations and applications.
Testing and Deployment
The testing and deployment section assesses a candidate’s ability to validate and release software applications into production environments. Candidates must be able to write unit tests for code, ensure the reliability and stability of automated workflows, and deploy applications using CI/CD pipelines. Knowledge of automated testing and deployment processes ensures that software solutions operate as expected in production environments without causing disruptions to network services.
Practical Lab Exam: Cisco Certified DevNet Expert Lab Exam
The practical lab exam is designed to evaluate a candidate’s ability to apply the knowledge and skills acquired in the core exam. This hands-on assessment focuses on real-world scenarios that require candidates to develop applications, automate network infrastructure, troubleshoot issues, and optimize performance using Cisco technologies.
Application Development
In the lab exam, candidates are expected to build applications that integrate with Cisco platforms and APIs. This includes creating solutions that automate network operations workflows, manage network configurations programmatically, and process data collected from network devices. The ability to design and implement efficient, scalable, and maintainable applications is critical for passing this portion of the certification.
Infrastructure Automation
Candidates must demonstrate the ability to automate network infrastructure using programming languages and automation tools such as Python and Ansible. They should be able to configure network devices programmatically, deploy automated workflows, and maintain consistent infrastructure states. Mastery of infrastructure automation enables organizations to reduce manual configuration errors, speed up network deployments, and enhance overall operational efficiency.
Troubleshooting and Optimization
Troubleshooting is an essential skill in the lab exam, where candidates must diagnose and resolve issues in network applications and infrastructure. Optimizing performance for automated workflows and network operations is also a key component. Candidates should be able to analyze network data, identify bottlenecks, and implement solutions that improve the efficiency and reliability of automated processes.
Security and Compliance
Security and compliance remain a core focus in the lab exam. Candidates must ensure that all automated workflows, applications, and network configurations adhere to security best practices and comply with industry standards. This includes applying proper access controls, monitoring network operations for security incidents, and implementing measures to protect sensitive data within automated processes.
Exam Details and Structure
The Cisco Certified DevNet Expert Certification requires the successful completion of both the 350-901 DEVCOR exam and the practical lab exam. The core exam evaluates theoretical knowledge and foundational skills, while the lab exam assesses the practical application of these skills in realistic network environments.
The 350-901 DEVCOR exam has a duration of 120 minutes and a cost of $400. It covers software development practices, Cisco platforms and APIs, infrastructure as code, network programmability, security, and testing. The practical lab exam spans eight hours and costs $1,600. It focuses on application development, infrastructure automation, troubleshooting, optimization, and security.
Eligibility and Preparation Recommendations
While there are no formal prerequisites for the Cisco Certified DevNet Expert Certification, candidates are recommended to have a solid foundation in networking concepts, software development practices, and experience with Cisco platforms and APIs. Prior experience in DevOps, network automation, or infrastructure management can significantly aid in exam preparation.
Preparation strategies include reviewing official exam materials, practicing with Cisco platforms and APIs, and engaging in hands-on lab exercises to simulate real-world scenarios. Candidates are also encouraged to participate in study groups, take training courses, and utilize practice exams to build confidence and proficiency before attempting the certification exams.
Advanced Insights into Cisco Certified DevNet Expert Certification
The Cisco Certified DevNet Expert Certification builds upon foundational knowledge in network automation and software development to validate advanced skills required for designing, developing, and managing applications and infrastructure using Cisco technologies. This certification is particularly suited for IT professionals who aim to take leadership roles in DevOps, network automation, and software integration projects. Beyond passing exams, the credential emphasizes practical expertise in automating complex networks, integrating APIs, and implementing infrastructure as code practices at scale.
Professionals who pursue this certification are expected to be capable of designing workflows that improve operational efficiency, implementing security best practices in automated environments, and troubleshooting sophisticated network and application issues. The certification not only demonstrates technical expertise but also positions individuals as leaders in network automation and application development.
Career Opportunities with Cisco Certified DevNet Expert
The Cisco Certified DevNet Expert Certification opens a wide range of career paths in networking, DevOps, and cloud infrastructure. Professionals with this credential are recognized for their advanced skills in integrating software with networking technologies and automating infrastructure tasks. Some of the common roles include DevOps engineer, network automation architect, software developer, and cloud infrastructure engineer. Each of these positions requires a deep understanding of Cisco platforms, network programmability, and infrastructure automation principles.
In DevOps roles, certified professionals can design continuous integration and continuous delivery pipelines, automate deployment processes, and implement monitoring systems for application performance. Network automation architects leverage their knowledge of APIs and programmable networks to reduce manual configuration, optimize traffic flow, and enforce compliance across large-scale networks. Software developers in this field focus on creating applications that seamlessly communicate with Cisco platforms, enabling real-time data exchange and automation of network operations. Cloud infrastructure engineers integrate cloud-native solutions with network automation strategies, ensuring scalability and operational efficiency.
Salary Expectations and Industry Recognition
Professionals holding the Cisco Certified DevNet Expert Certification often command higher salaries compared to peers without advanced certifications. The demand for individuals who can combine network automation with software development continues to rise across industries, including telecommunications, finance, healthcare, and enterprise IT. Certified professionals in India can expect annual salaries ranging from ₹1,200,000 to ₹1,800,000 depending on their role, while in the United States, average salaries range from $100,000 to $130,000 per year.
The certification is globally recognized and highly respected in the IT industry. Organizations seeking to implement automation strategies and integrate software with network infrastructures prefer professionals who hold this credential because it demonstrates not only theoretical knowledge but also practical ability to deliver scalable, secure, and efficient solutions.
Practical Skills Emphasized by the Certification
Beyond theoretical knowledge, the Cisco Certified DevNet Expert Certification emphasizes practical skills in application development, network automation, infrastructure as code, and security compliance. These skills are increasingly relevant in modern IT environments where automated networks, programmable devices, and software-driven operations are becoming standard.
Application Development Skills
Candidates are expected to develop applications that interact with Cisco platforms and APIs. This involves designing software that can manage network configurations, automate repetitive tasks, and provide insights through data collected from network devices. Proficiency in Python is essential, as it allows for scripting, automation, and integration with network services.
Candidates may also use other programming languages to create flexible and scalable solutions that meet organizational needs. Application development skills include understanding API documentation, error handling, data parsing, and creating workflows that enhance operational efficiency.
Network Automation Expertise
Network automation is a core aspect of the certification. Professionals are expected to automate tasks such as device configuration, monitoring, reporting, and troubleshooting using tools like Ansible, Puppet, and Chef. Automation reduces manual errors, accelerates deployment timelines, and ensures consistent network configurations. Candidates learn to implement programmable workflows, monitor network health, and integrate automated processes with operational dashboards to provide real-time insights into network performance.
Infrastructure as Code Principles
Infrastructure as code allows professionals to define network and system configurations programmatically. This approach enables version control of infrastructure, repeatable deployments, and automated rollback in case of failures. Candidates must understand how to use tools like Ansible and Chef to deploy and manage network devices, servers, and cloud resources efficiently. Infrastructure as code practices also include writing modular configuration scripts, testing deployments in lab environments, and ensuring that automated processes meet security and compliance standards.
Security and Compliance Knowledge
Implementing security best practices is integral to the Cisco Certified DevNet Expert Certification. Professionals must be able to secure both applications and network infrastructure, enforce access control policies, and ensure compliance with regulatory requirements. This includes monitoring automated workflows for vulnerabilities, securing API communications, and applying encryption techniques for sensitive data. Compliance frameworks such as ISO, NIST, and industry-specific standards are also considered during automation design to maintain organizational governance.
Troubleshooting and Optimization
Troubleshooting is a vital skill for certified professionals. Candidates are expected to diagnose and resolve application and infrastructure issues efficiently. This includes analyzing log files, monitoring network performance metrics, identifying bottlenecks in automated workflows, and optimizing performance across applications and network devices. Optimization ensures that automated processes not only function correctly but also provide maximum operational efficiency with minimal downtime.
Preparation Strategies for the Certification
Preparation for the Cisco Certified DevNet Expert Certification requires a combination of theoretical knowledge, hands-on practice, and familiarity with Cisco technologies. A structured approach helps candidates gain confidence and master the skills necessary for both the core exam and practical lab exam.
Reviewing Core Concepts
Candidates should begin by reviewing the core principles of software development, network automation, Cisco platforms, and APIs. Understanding programming concepts, automation tools, and network fundamentals is essential. Candidates should also study API integration techniques, including authentication methods, endpoint configuration, and error handling.
Hands-On Practice
Practical experience is critical for success in the Cisco Certified DevNet Expert Certification. Candidates are encouraged to set up lab environments using Cisco platforms, virtual devices, and automation tools. Practicing application development, automating network configurations, and implementing infrastructure as code in a controlled environment allows candidates to build confidence and gain real-world experience. Hands-on practice also helps in troubleshooting common issues and optimizing automated workflows.
Utilizing Training Programs
Cisco offers various training programs designed to help candidates prepare for the certification exams. These programs cover software development, network automation, infrastructure as code, security best practices, and practical exercises. Training courses provide structured learning paths, enabling candidates to progressively build knowledge and skills required for advanced network automation projects.
Practice Exams and Simulation Labs
Engaging with practice exams and simulation labs allows candidates to assess their readiness and identify areas for improvement. Simulated lab exercises replicate real-world scenarios where candidates must develop applications, configure devices, troubleshoot issues, and optimize network operations. These exercises are particularly useful for developing the hands-on skills required for the practical lab exam portion of the certification.
Collaboration and Study Groups
Joining study groups or online communities can provide additional support during preparation. Candidates can share knowledge, discuss complex topics, and learn from peers’ experiences. Collaborative learning also helps in understanding diverse approaches to solving automation problems, managing APIs, and implementing infrastructure as code effectively.
Key Benefits of Cisco Certified DevNet Expert Certification
Obtaining the Cisco Certified DevNet Expert Certification provides multiple advantages for IT professionals. These benefits extend beyond career growth and salary potential to include technical mastery, industry recognition, and the ability to contribute to strategic initiatives within an organization.
Technical Expertise
The certification validates a professional’s ability to design, develop, and manage applications and network infrastructure using Cisco technologies. Certified experts are proficient in network automation, infrastructure as code, and software development, allowing them to implement solutions that enhance operational efficiency and reliability.
Career Advancement
Professionals with the Cisco Certified DevNet Expert Certification are often considered for leadership positions in DevOps and network automation teams. The credential opens doors to advanced roles such as network automation architect, cloud infrastructure engineer, and senior DevOps engineer. Certification holders are recognized for their ability to integrate software and networking, providing organizations with valuable expertise in automation and programmable networks.
Industry Recognition
Cisco expert-level certifications are globally respected, signifying a high level of technical competency and professionalism. Holding this certification signals to employers and peers that the individual has mastered advanced concepts in automation, software development, and network management, making them a trusted authority in their field.
Enhancing Network Operations
Certified professionals contribute to improved network operations by implementing automation workflows, reducing manual configuration errors, and optimizing application performance. The ability to develop applications that integrate with Cisco platforms and APIs allows organizations to streamline processes, improve response times, and maintain high availability across network services.
Effective Preparation Strategies
Success in obtaining the Cisco Certified DevNet Expert Certification requires careful planning and structured preparation. Candidates must be proficient in both theoretical concepts and practical skills to pass the 350-901 DEVCOR exam and the hands-on lab exam. Effective preparation combines study resources, hands-on experience, and collaborative learning.
Reviewing Exam Blueprint and Core Concepts
Understanding the scope of the exams is critical. Candidates should carefully review the exam blueprint provided by Cisco, which outlines the key areas of knowledge, including software development methodologies, network automation tools, Cisco APIs, infrastructure as code principles, and security compliance. Familiarity with these core concepts helps candidates focus on high-priority areas and ensures comprehensive coverage of topics during preparation.
Hands-On Practice and Lab Exercises
Practical experience is essential for mastering Cisco platforms and automation tools. Candidates should create lab environments using Cisco devices, virtualized platforms, and automation software such as Ansible and Python. Performing hands-on exercises allows candidates to develop real-world skills, including configuring devices programmatically, automating network workflows, and integrating applications with Cisco APIs. Practicing in a lab environment also helps candidates develop troubleshooting skills and the ability to optimize network operations efficiently.
Training Programs and Learning Resources
Cisco offers a range of training programs and learning materials that are highly beneficial for exam preparation. Structured courses provide in-depth knowledge of software development, network automation, and infrastructure as code. These programs often include guided exercises, simulations, and assessments to help candidates build confidence and competency. Additionally, third-party online courses, textbooks, and video tutorials can supplement official training and provide alternative explanations for complex concepts.
Practice Exams and Simulations
Simulated exams and practice exercises are effective tools for evaluating readiness. Candidates should engage with practice tests that replicate the format and difficulty of the actual exams. Simulation labs allow candidates to experience real-world scenarios, such as integrating applications with Cisco platforms, troubleshooting network automation workflows, and deploying automated infrastructure solutions. Practicing these scenarios builds problem-solving skills, time management, and familiarity with exam conditions.
Collaboration and Study Groups
Collaborative learning enhances preparation by providing opportunities to discuss concepts, share resources, and solve complex problems together. Joining online forums or study groups enables candidates to learn from the experiences of peers, ask questions, and gain insights into practical applications of automation tools, APIs, and infrastructure as code techniques. Sharing knowledge and best practices strengthens understanding and retention of key concepts.
Real-World Applications of Skills
The skills validated by the Cisco Certified DevNet Expert Certification have direct applications in modern IT environments. Professionals who achieve this certification are equipped to design, develop, and maintain automated network solutions, optimize infrastructure operations, and integrate software with network technologies. These abilities are critical in organizations adopting DevOps practices, cloud infrastructure, and programmable network models.
Network Automation in Enterprise Environments
Network automation reduces manual configuration, increases operational efficiency, and minimizes errors in enterprise networks. Certified professionals use automation tools and scripting languages to manage network devices, monitor performance, and implement consistent configurations across large-scale networks. By automating repetitive tasks, organizations can allocate resources to more strategic initiatives and respond rapidly to network changes or incidents.
Integration with Cisco Platforms and APIs
Proficiency in Cisco APIs allows professionals to develop applications that interact seamlessly with network platforms such as Cisco DNA Center, Meraki, and Webex. Applications can collect data, monitor device health, automate network adjustments, and enable centralized management of complex environments. Integration with APIs enhances operational visibility, supports data-driven decision-making, and ensures that automated workflows align with organizational policies.
Infrastructure as Code Implementation
Infrastructure as code principles allow organizations to define, deploy, and manage network and cloud infrastructure programmatically. Professionals use tools like Ansible and Chef to create reusable templates, implement version control, and automate the provisioning of devices and services. This approach ensures consistency, scalability, and repeatability, which are crucial for enterprise-level automation initiatives.
Security and Compliance in Automated Workflows
Security is a key consideration in automated network environments. Certified professionals implement access controls, secure API communications, and compliance monitoring as part of automated workflows. They ensure that all changes to the network or applications follow governance policies and industry standards, protecting sensitive data and maintaining organizational compliance. Automation also enables continuous monitoring and rapid response to security incidents.
Troubleshooting and Optimization Techniques
In automated environments, professionals must be adept at identifying and resolving performance issues. Troubleshooting skills include analyzing logs, monitoring network metrics, and isolating problems in automation scripts or network configurations. Optimization involves refining workflows, improving resource utilization, and enhancing the efficiency of applications and automated processes. These skills ensure that automated operations remain reliable, scalable, and resilient.
Emerging Trends in Network Automation and DevOps
The field of network automation and DevOps is continually evolving. Professionals holding the Cisco Certified DevNet Expert Certification are well-positioned to adopt emerging trends, implement innovative solutions, and drive digital transformation initiatives.
Artificial Intelligence and Machine Learning in Network Operations
AI and machine learning are increasingly integrated into network monitoring and automation. Predictive analytics can anticipate network congestion, detect anomalies, and recommend configuration adjustments. Certified professionals can leverage AI-driven tools to enhance automation workflows, improve network reliability, and reduce operational costs.
Cloud-Native Network Automation
With the rise of cloud technologies, network automation now extends to hybrid and multi-cloud environments. Professionals integrate cloud APIs, automate resource provisioning, and manage infrastructure across on-premises and cloud platforms. Skills in cloud automation complement the core principles of infrastructure as code and network programmability, enabling seamless operations in distributed environments.
Containerization and Microservices
Modern applications often use containerization and microservices architectures. Certified professionals develop automation solutions that deploy, monitor, and scale containerized applications within networked environments. This approach improves flexibility, accelerates deployment timelines, and aligns network operations with contemporary software development practices.
Continuous Integration and Continuous Delivery Pipelines
CI/CD pipelines are integral to DevOps and automation strategies. Professionals use CI/CD tools to automate testing, deployment, and monitoring of applications. This reduces human error, accelerates release cycles, and ensures that updates are delivered efficiently and reliably. Automation in CI/CD pipelines also supports agile methodologies and adaptive network management.
Leveraging Certification for Career Growth
Achieving the Cisco Certified DevNet Expert Certification opens significant career opportunities for IT professionals. The credential signals advanced technical skills, practical experience, and readiness to lead automation and DevOps initiatives. Professionals can pursue roles such as senior network automation engineer, DevOps lead, cloud infrastructure architect, or solutions consultant.
Certification holders often experience enhanced visibility in their organizations, greater responsibilities, and higher earning potential. Employers recognize the certification as proof of the ability to develop and implement complex automation strategies, optimize network operations, and maintain compliance with industry standards. Professionals can leverage this recognition to participate in strategic projects, mentor junior engineers, and influence automation practices within their organizations.
Continuous Learning and Skill Maintenance
The technology landscape is continually evolving, and maintaining proficiency requires ongoing learning. Certified professionals should stay updated on new automation tools, API developments, and emerging network technologies. Participating in workshops, conferences, online courses, and professional communities ensures that skills remain current and relevant. Continuous learning also positions professionals to adapt to changes in network architecture, cloud adoption, and DevOps methodologies.
Collaboration and Knowledge Sharing
Experienced Cisco Certified DevNet Experts often contribute to knowledge sharing within teams and professional networks. They mentor junior engineers, conduct training sessions, and document automation best practices. Collaboration helps in spreading expertise, standardizing processes, and fostering innovation. Professionals who actively engage in knowledge sharing enhance both their personal brand and the capabilities of their organizations.
Strategic Implementation of Automation
The certification enables professionals to implement strategic automation initiatives. This includes designing workflows that reduce operational overhead, integrating applications across multiple platforms, and creating repeatable infrastructure deployment processes. By aligning automation with business objectives, certified experts ensure that technology investments deliver tangible value and support organizational goals.
Conclusion
The Cisco Certified DevNet Expert Certification represents the highest level of achievement in Cisco’s DevNet track, designed for professionals who specialize in network automation, software development, and infrastructure as code. Across this series, we explored the certification in depth, covering its objectives, exam structure, practical applications, career opportunities, and preparation strategies.
This certification validates advanced skills in designing, developing, and managing applications and infrastructure using Cisco platforms and APIs. It emphasizes practical expertise, including application development, network automation, infrastructure as code, troubleshooting, security, and optimization. Professionals who achieve this credential demonstrate the ability to create innovative solutions that streamline network operations, enhance operational efficiency, and maintain compliance with industry standards.
Earning the Cisco Certified DevNet Expert Certification can significantly boost career growth and earning potential. Professionals are prepared for advanced roles such as DevOps engineers, network automation architects, software developers, and cloud infrastructure engineers. The certification is globally recognized, signaling expertise and leadership in automation and programmable networks.
Preparation for this credential requires a combination of theoretical study, hands-on lab practice, engagement with training programs, collaboration through study groups, and familiarity with real-world network automation scenarios. Continuous learning and staying updated with emerging trends such as AI-driven network automation, cloud-native solutions, containerization, and CI/CD pipelines ensure that professionals maintain relevance and remain valuable contributors to their organizations.
Ultimately, the Cisco Certified DevNet Expert Certification empowers IT professionals to bridge the gap between software development and networking, implement automation strategies at scale, and take on strategic responsibilities in modern IT environments. For individuals passionate about network programmability, DevOps, and infrastructure as code, this certification serves as a powerful credential to validate expertise, advance careers, and influence the future of automated network operations.