Cisco DevNet Professional: Official Certification Guide

The Cisco DevNet Professional Certification is increasingly recognized as a vital credential for IT professionals aiming to bridge the traditional gap between networking and software development. With the evolution of enterprise infrastructure, the reliance on network automation, cloud integration, and API-driven platforms has grown significantly. This certification offers a clear path for networking professionals who want to gain a competitive edge by developing software-centric capabilities.

Why DevNet Professional Certification Matters

The IT landscape has seen a transformative shift from traditional hardware-based infrastructure to software-defined networks and cloud-native architectures. This shift demands a new set of skills that go beyond standard networking knowledge. Cisco DevNet Professional Certification validates these modern skills, emphasizing software development, automation, and programmability. Professionals equipped with this certification can take on more versatile roles, contribute to cross-functional teams, and help organizations streamline operations through automation.

Evolution of Networking and the Rise of Programmability

Traditionally, networking relied heavily on manual configurations, command-line interfaces, and vendor-specific hardware. While effective, these methods often led to inconsistencies, human error, and scalability challenges. With the advent of software-defined networking (SDN), intent-based networking, and infrastructure as code (IaC), the role of the network engineer has dramatically changed.

Today, network professionals are expected to possess programming skills and understand automation frameworks. The Cisco DevNet Professional Certification aligns with this evolution by focusing on API usage, CI/CD pipelines, application development, and network programmability. It empowers engineers to automate repetitive tasks, deploy applications across hybrid environments, and enhance operational efficiency.

Target Audience for the Certification

The DevNet Professional Certification is suitable for a wide range of IT professionals, including:

• Network Engineers looking to enhance automation skills
• Software Developers interested in networking technologies
• DevOps Engineers seeking to integrate Cisco solutions
• IT Managers overseeing digital transformation initiatives
• Cloud Engineers managing Cisco-based hybrid environments

By acquiring this certification, these professionals can validate their expertise in developing, deploying, and maintaining applications on Cisco infrastructure.

Core Areas Covered in the Certification

The Cisco DevNet Professional Certification is structured around core topics that are critical to modern enterprise IT operations. These include:

Software Development and Design

Understanding core programming principles, including design patterns, version control systems, object-oriented programming, and testing methodologies. Candidates should also be familiar with scripting languages such as Python and JavaScript.

Understanding and Using APIs

The ability to work with RESTful APIs, manage data formats like JSON and XML, and interact with web services is crucial. The certification ensures candidates can leverage Cisco APIs to interact with devices, controllers, and platforms.

Cisco Platforms and Development

This includes hands-on experience with Cisco DNA Center, Cisco Meraki, Cisco ACI, and Cisco Webex. Candidates learn how to extend the functionality of these platforms using SDKs and APIs.

Application Deployment and Security

Candidates gain an understanding of secure application deployment practices, containerization using Docker, orchestration with Kubernetes, and application lifecycle management.

Infrastructure and Automation

A key area that involves infrastructure as code (IaC), configuration management tools like Ansible, CI/CD pipelines, and monitoring techniques for automated environments.

Structure of the Certification Exams

To achieve the Cisco DevNet Professional Certification, candidates must pass two exams: a core exam and one concentration exam of their choice.

The Core Exam: 350-901 DEVCOR

The core exam, titled «Developing Applications Using Cisco Core Platforms and APIs,» serves as the foundational test for all candidates. It assesses skills in software development, design, APIs, Cisco platforms, application security, and automation practices. The exam format includes multiple-choice and simulation questions and has a duration of 120 minutes.

Concentration Exams

Candidates choose one out of several concentration exams to demonstrate specialized knowledge. These options allow customization based on career goals and areas of interest. Each exam typically lasts about 90 minutes and includes practical and theoretical components. The topics range from enterprise automation to IoT and security automation.

Skills Validated by the DevNet Certification

The Cisco DevNet Professional Certification ensures proficiency in a comprehensive range of technical skills:

• Writing and troubleshooting Python scripts
• Interacting with Cisco APIs
• Automating network configuration and monitoring
• Creating CI/CD workflows
• Deploying containerized applications
• Integrating security measures into development

These capabilities allow professionals to function in diverse roles, from network automation engineers to cloud-native developers.

Benefits of Cisco DevNet Professional Certification

Holding a Cisco DevNet Professional Certification provides several career and professional benefits. It serves as an industry-recognized endorsement of technical expertise, often leading to higher earning potential and expanded job responsibilities. Certified professionals are more likely to be considered for roles in high-demand fields like DevOps, cloud engineering, and network automation.

The certification also fosters a deeper understanding of Cisco platforms, allowing professionals to utilize them more effectively in real-world scenarios. This leads to improved operational efficiency, reduced downtime, and more innovative IT solutions.

The Role of Cisco Technologies in the Certification

Cisco’s enterprise platforms play a central role in the certification content. Familiarity with technologies such as Cisco ACI (Application Centric Infrastructure), Cisco DNA Center, Cisco Meraki, and Webex APIs is essential. These platforms form the foundation for modern Cisco deployments and are critical for developing integrated, automated solutions.

By learning to program against these platforms, candidates gain real-world experience that is directly transferable to workplace environments. It also prepares them for future certifications and advanced roles within Cisco-focused IT ecosystems.

Industry Relevance and Job Market Demand

The increasing demand for professionals with hybrid networking and programming skills is reflected in job market trends. Roles that require DevNet-related skills have seen consistent growth, with employers looking for individuals capable of automating network tasks, managing APIs, and deploying applications across distributed systems.

Reports indicate a 30% increase in job postings mentioning DevNet-related qualifications. With an average salary exceeding $110,000, the certification has become a strategic investment for professionals aiming to secure roles in future-ready IT departments.

Preparing for the Certification

Successful preparation for the Cisco DevNet Professional Certification requires a balanced approach that includes theoretical learning, hands-on labs, and practice exams. Candidates should:

• Master Python programming and basic software development principles
• Gain experience with Cisco platforms through sandbox environments
• Familiarize themselves with the structure and format of both exams
• Participate in instructor-led or self-paced training programs
• Use Cisco documentation and developer resources for up-to-date materials

These strategies ensure a comprehensive understanding of exam topics and increase the likelihood of success on the first attempt.

Deep Dive into Cisco DevNet Professional Exams and Preparation Strategies

This part expands on the Cisco DevNet Professional Certification with a detailed examination of the certification exams, study strategies, and practical application. It covers exam blueprints, domain-specific objectives, the value of hands-on labs, and curated resources. With over 3,000 words, this comprehensive guide is designed to equip candidates with everything needed to succeed.

Exam Structure Recap

To earn the Cisco DevNet Professional Certification, candidates must pass:

• The Core Exam (350-901 DEVCOR) – This tests broad knowledge and skills.
• One Concentration Exam – This evaluates focused knowledge in a specific area.

Each exam plays a crucial role in validating a candidate’s ability to design, develop, and maintain Cisco-based applications and solutions.

1. Understanding the Core Exam (350-901 DEVCOR)

The 350-901 DEVCOR (Developing Applications Using Cisco Core Platforms and APIs) is the foundation of the DevNet Professional certification path. It validates core knowledge and skills that are universally applicable across a wide array of Cisco technologies and software development scenarios.

Domains Covered:

1. Software Development and Design (20%)

• Familiarity with design patterns
• Implementing common development workflows
• Object-oriented programming principles
• Refactoring and code maintainability
• Unit testing and mocking

2. Using APIs (20%)

• Interfacing with REST APIs using Python
• Data formats (JSON, XML)
• HTTP methods and status codes
• Consuming Cisco-specific APIs: Webex, DNA Center, Meraki

3. Cisco Platforms (20%)

• Cisco ACI programmability
• Cisco Meraki Dashboard APIs
• Cisco DNA Center APIs
• Cisco SD-WAN and edge computing integrations

4. Application Deployment and Security (15%)

• Docker and Kubernetes
• CI/CD pipelines (Jenkins, GitLab CI)
• Secure coding practices
• Identity and access management (OAuth, tokens)

5. Infrastructure and Automation (25%)

• Infrastructure as Code (IaC) concepts
• Ansible for network automation
• Terraform basics for infrastructure deployment
• Monitoring, logging, and alerting strategies

2. Choosing and Preparing for the Concentration Exam

There are several specialization tracks under the DevNet Professional umbrella. Each candidate must choose one concentration exam based on their career interests:

Available Concentration Exams:

• 300-435 ENAUTO: Automating and Programming Cisco Enterprise Solutions
• 300-535 SPAUTO: Automating and Programming Cisco Service Provider Solutions
• 300-635 DCAUTO: Automating and Programming Cisco Data Center Solutions
• 300-735 SAUTO: Automating and Programming Cisco Security Solutions
• 300-835 CLAUTO: Automating and Programming Cisco Collaboration Solutions
• 300-910 DEVOPS: Implementing DevOps Solutions and Practices Using Cisco Platforms
• 300-915 DEVIOT: Developing Solutions Using Cisco IoT and Edge Platforms

Example: 300-910 DEVOPS Breakdown

Domains:

• CI/CD pipeline design and implementation
• Monitoring and alerting automation
• Logging tools: ELK stack, Prometheus, Grafana
• Configuration management and orchestration
• Secure coding in DevOps

Key Strategy:

Understand the exam blueprint in depth. Cisco provides an official outline for each exam. Familiarize yourself with the technology stack and ensure you have hands-on experience with at least one automation platform (e.g., Ansible, Terraform, Puppet).

3. Study Plans and Timeline

An ideal preparation timeline for working professionals ranges between 3–6 months, depending on experience.

Example 12-Week Study Plan for DEVCOR + 300-910:

Weeks 1–4:

• Master Python (functions, modules, libraries)
• Explore Cisco APIs using Postman and Python
• Learn Git, GitHub workflows

Weeks 5–8:

• Set up a CI/CD pipeline using Jenkins or GitLab
• Practice Ansible and IaC tools
• Deploy apps on Docker and Kubernetes

Weeks 9–12:

• Review exam blueprints
• Take official Cisco practice exams
• Focus on weaker areas
• Simulate full-length tests

4. Hands-on Practice: The Key to Success

No certification focused on automation and development is complete without lab-based learning. Cisco offers several free and paid tools to help candidates.

Recommended Tools and Labs:

Cisco DevNet Sandbox:

• Access live Cisco platforms like DNA Center, Webex, and ACI
• Ideal for API testing and workflow development

Cisco Modeling Labs (CML):

• Create your virtual networks
• Test scripts and configurations

DevNet Learning Labs:

• Browser-based tutorials
• Step-by-step guides covering Python, REST APIs, and Webhooks

Other Practice Platforms:

• GitHub: Public repos for study guides and scripts
• Docker Desktop/Kubernetes (Minikube): For local app deployment

5. Best Study Resources

Here are the most trusted and helpful resources:

Cisco Official Resources:

• Cisco Learning Network (videos, blogs, blueprints)
• DevNet Dev Center (API docs, sandboxes)
• Cisco Press Books:
  • «Developing Applications with Cisco Core Platforms and APIs (DEVCOR)» Official Cert Guide
  • «Implementing DevOps Solutions and Practices» Official Guide (for 300-910)

Online Learning Platforms:

• Pluralsight (Cisco DevNet paths)
• CBT Nuggets (DEVCOR series)
• Coursera/Udemy (Python, Docker, API courses)

Books & Documentation:

• «Python for Network Engineers» by Eric Chou
• Official Cisco API documentation (Webex, DNA Center)
• Ansible and Terraform documentation

Community Resources:

• Cisco DevNet Forums
• Reddit: r/networking, r/devops
• LinkedIn Groups

6. Sample Questions and Exam Tips

Here are a few sample questions to gauge readiness:

Sample 1:

Q: What HTTP status code indicates a successful POST request? A: 201 Created

Sample 2:

Q: Which tool is best suited for tracking changes in code and configuration files? A: Git

Sample 3:

Q: In Cisco DNA Center, which API method retrieves device information? A: GET /dna/intent/api/v1/network-device

Exam Tips:

• Time management: don’t dwell too long on a single question
• Use Cisco-provided simulators wisely
• Eliminate wrong choices in MCQs
• Memorize key Python syntax and Cisco API endpoints

7. Post-Certification Pathways

Once you’re certified, several professional benefits become accessible:

Career Roles:

• Network Automation Engineer
• DevOps Specialist (with Cisco focus)
• Site Reliability Engineer (SRE)
• Cloud Network Architect
• IoT Integration Specialist

Further Certifications:

• Cisco Certified DevNet Expert
• AWS DevOps Engineer
• Kubernetes Administrator (CKA)
• HashiCorp Certified: Terraform Associate

8. Real-World Applications of DevNet Certification

The skills validated through DevNet Professional Certification directly apply to modern enterprise environments:

• Automating switch/router configurations using Python/Ansible
• Developing custom dashboards using Meraki APIs
• Deploying secure microservices in Kubernetes clusters
• Monitoring and remediating security incidents using automated workflows
• Integrating Webex or collaboration tools into internal apps

These capabilities not only increase organizational efficiency but also align with industry trends toward intent-based networking and digital transformation.

9. Challenges and How to Overcome Them

Common Hurdles:

• Balancing study time with work commitments
• Navigating complex documentation
• Understanding multiple programming frameworks

Solutions:

• Set fixed study hours and use the Pomodoro technique
• Start small and build gradually—one topic at a time
• Use community help (forums, mentors)
• Focus on labs more than theory

10. Maintaining and Renewing Your Certification

Cisco certifications are valid for 3 years. To renew:

• Retake the DEVCOR or a concentration exam
• Earn continuing education (CE) credits through Cisco training
• Attend Cisco Live or complete official learning modules

Continuing education ensures that professionals remain up to date with the rapidly evolving Cisco ecosystem.

Mastering Cisco DevNet Professional – Advanced Tactics, Case Studies, and Career Planning

This final part of the Cisco DevNet Professional Certification Guide goes beyond exams and study tips. It focuses on building a long-term strategy with the skills acquired, analyzing case studies from real-world environments, exploring advanced tools and techniques, and providing a roadmap for continuous professional development. This 3,000+ word guide positions you to maximize your certification and career.

Advanced DevNet Tools and Platforms

After gaining the certification, professionals often face real-world environments that demand integration, scalability, and high availability. Here are advanced tools and technologies every DevNet Professional should consider mastering:

Advanced CI/CD Pipelines

• GitHub Actions: Automate code testing, deployment, and API checks.
• Argo CD: Declarative GitOps for Kubernetes deployments.
• Tekton Pipelines: Kubernetes-native CI/CD framework for scalable operations.

Full-stack Monitoring

• Prometheus + Grafana: For infrastructure observability.
• Datadog: Cloud-scale infrastructure and application monitoring.
• Cisco AppDynamics: Business observability tied to Cisco architecture.

Event-Driven Automation

• Cisco DNA Center Event APIs: Automate tasks triggered by network events.
• Apache Kafka: Real-time message streaming for high-throughput automation.
• Webhooks: Automate Webex and Meraki platform events.

Security and Policy-as-Code

• HashiCorp Sentinel: Embed policy into infrastructure workflows.
• OPA (Open Policy Agent): Policy-driven security for Kubernetes and APIs.
• Cisco SecureX API: Automate security operations workflows.

Real-World Case Studies

Enterprise Network Automation (Global Telecom)

Challenge: Manual router configurations across hundreds of branch offices led to inconsistencies and human error.

Solution:

• Used Ansible playbooks to standardize configurations.
• Integrated with Cisco DNA Center APIs for deployment.
• Leveraged Git for version control.

Result:

• 70% reduction in configuration errors.
• 50% faster deployment time.

DevOps in Healthcare (Hospital Group)

Challenge: Managing application updates for healthcare portals in a secure, compliant manner.

Solution:

• Developed CI/CD pipelines with GitLab CI.
• Used Docker and Kubernetes for container orchestration.
• Integrated Cisco ACI for network segmentation.

Result:

• 80% improvement in deployment frequency.
• 30% reduction in security incident response time.

IoT Automation (Smart City Initiative)

Challenge: Deploying and managing thousands of IoT devices across urban infrastructure.

Solution:

• Leveraged Meraki APIs for device monitoring.
• Implemented edge analytics using Cisco IOx.
• Automated firmware updates via Python scripts.

Result:

• Real-time monitoring achieved.
• Drastic reduction in manual effort and site visits.

Designing DevNet Projects for Impact

Project Planning Framework

• Define Objective: Solve a real problem (e.g., automate Wi-Fi access requests).
• Identify APIs/Platforms: DNA Center, Meraki, Webex, etc.
• Architecture Design: Choose cloud/on-prem, CI/CD tools, and infrastructure.
• Security Layer: Role-based access, encrypted tokens, and compliance.

Sample Projects

Project 1: Automated Incident Response

• Use Webex bot and SecureX APIs.
• Trigger alerts for suspicious activity.
• Auto-isolate network segments via DNA Center.

Project 2: App Deployment Bot

• Slack or Webex chatbot.
• Trigger Kubernetes deployments.
• Monitor using Prometheus + Grafana.

Project 3: API Gateway Dashboard

• Use Flask/React frontend.
• Aggregate status from multiple Cisco APIs.
• Display real-time device health.

Community Engagement and Contribution

Becoming a certified DevNet Professional opens the door to active involvement in global communities.

Forums and Networks

• Cisco DevNet Community: Ask and answer questions.
• Stack Overflow / GitHub: Share scripts, contribute to repos.
• Reddit r/devops / r/networking: Discuss real-world scenarios.

Open Source Contribution

• Contribute to open Cisco SDKs
• Start a public project around API workflows
• Write blog posts/tutorials on Dev.to, Medium

Presenting and Teaching

• Present at Cisco Live, DevNet Create
• Become a mentor in online forums
• Host local meetups or webinars

Job Search and Career Optimization

Cisco DevNet Professional certification is a strong differentiator in the job market. Here’s how to position yourself effectively:

Optimizing Your Resume

• Emphasize automation and API integration projects
• Quantify achievements (e.g., «Reduced manual tasks by 40% using Python automation»)
• List platforms and tools (ACI, Meraki, Kubernetes, Git, etc.)

Top Roles for DevNet Professionals

• Network Automation Engineer
• DevOps Engineer (Network Focus)
• Cloud Engineer with Cisco specializations
• Solutions Architect

LinkedIn Strategy

• Showcase certifications with a badge
• Write detailed project summaries
• Engage with DevNet and Cisco discussions

Building Your Personal DevNet Portfolio

A personal project portfolio speaks louder than a resume. Showcase it:

GitHub Repository Guidelines

• Use README files to describe project goals
• Add clear instructions and screenshots
• Include API docs or Postman collections

Blog Writing and Technical Content

• Publish tutorials on Medium or Hashnode
• Document your certification journey
• Include code snippets, diagrams, and lessons learned

Demo Videos and Walkthroughs

• Record screen walkthroughs (Loom, OBS Studio)
• Explain your project decisions and outcomes
• Add links in your resume and LinkedIn profile

Proofing Your Skills

The IT industry evolves rapidly. Post-certification, stay relevant:

Trending Technologies to Learn

• NetDevOps: Fusion of network and development operations
• Cloud-Native Networking: Service meshes (Istio), container networks (CNI)
• API-First Development: Swagger/OpenAPI, Postman automation

Additional Certifications

• Cisco DevNet Expert
• CKA/CKAD (Kubernetes)
• AWS DevOps / Azure DevOps
• HashiCorp Terraform Associate

Continuing Education and Labs

• Follow DevNet webinars
• Attend Cisco Live events
• Join monthly DevNet challenges and hackathons

DevNet and Enterprise Strategy

Aligning DevNet Skills with Business Goals

• Automate compliance audits
• Optimize resource usage in hybrid clouds
• Secure application deployments with policy-as-code

Metrics That Matter

• Mean Time to Resolution (MTTR): Faster incident fixes via automation
• Deployment Frequency: Daily/weekly releases using pipelines
• API Performance Metrics: Track request time, failure rates

DevNet in Digital Transformation

• Enable a hybrid workforce with automated VPN provisioning
• Integrate collaboration tools into enterprise portals
• Scale services across multi-cloud networks

Real-World Implementation, Thought Leadership, and Future Trends for DevNet Professionals

As a certified Cisco DevNet Professional, you’re equipped with a powerful toolkit to build and manage programmable networks. Part 4 of this guide focuses on applying your skills in production environments, influencing enterprise strategies, and staying ahead of industry trends. Whether you’re stepping into a new role or scaling your impact in an existing one, this part positions you as a technology leader.

Real-World Implementation: DevNet in Production

Transitioning from Labs to Live Environments

While lab environments offer safety and freedom, real-world systems are constrained by uptime, security, and SLAs. Here are the essential best practices:

Use a Staging Environment: Clone production setups to test scripts and automation before deploying. Implement CI/CD Gates: Use tools like GitHub Actions and GitLab CI with approval gates and rollback strategies. Use Feature Flags: Deploy code changes safely using toggles to control rollout.

Key Areas of Automation in Production

Device Provisioning: Automate network switch/router onboarding with DNA Center and Ansible. Configuration Drift Detection: Use Nornir or Batfish to monitor and auto-correct. Automated Patching and Upgrades: Secure and schedule firmware upgrades with APIs. Self-Healing Systems: Integrate Meraki, SecureX, or Webhooks to auto-correct failures.

DevNet Leadership: From Engineer to Influencer

Becoming a DevNet Champion in Your Organization

You don’t need a management title to lead. Lead through influence:

Host Internal Workshops: Teach DevNet concepts to your peers. Build Internal Toolkits: Create reusable automation scripts/APIs for the team. Create Documentation Libraries: Establish standards for APIs, security, and change control.

Measuring and Communicating Success

Time Savings Metrics: Track time saved by automation. Error Reduction: Monitor incidents before/after automation. Adoption Metrics: Show how often internal tools are reused. Executive Dashboards: Use Grafana or Tableau to showcase automation impact.

DevNet as a Business Enabler

Speaking the Language of Business

ROI Justification: Demonstrate cost savings via reduced downtime, faster deployment, and fewer support tickets. Align with OKRs: Map automation efforts to business goals like uptime, customer satisfaction, or innovation velocity. Enable Innovation: Use programmable infrastructure to allow faster experiments (Dev/Test labs).

DevNet and Cross-Functional Collaboration

With Security Teams: Automate policy enforcement using SecureX and OPA. With Developers: Use GitOps to deploy both infrastructure and applications. With Operations: Auto-resolve alerts from monitoring tools.

DevNet Innovation: Internal Products and Platforms

Build a Network Automation Platform Internally

Use Python, Flask, FastAPI: Build front-ends to expose internal APIs. Centralized Credential Vault: Integrate with HashiCorp Vault or Cisco SecureX. Self-Service Portals: Create portals for provisioning VLANs, VPN access, or firewall rules.

Enterprise Integration Examples

API Gateway: Aggregate APIs from DNA Center, Webex, and Meraki into one pane of glass. Custom ChatOps: Trigger automation via Slack or Webex bots. AI/ML Integration: Use telemetry data to predict outages and scale networks intelligently.

Thought Leadership and Personal Branding

Becoming a Voice in the DevNet Ecosystem

Blogging: Publish on platforms like Dev. to, Medium, and LinkedIn. Podcasts & YouTube: Share your scripts and walk-throughs. Public Speaking: Apply to Cisco Live, local meetups, or DevNet Create.

Build a Brand Around Your Expertise

Personal Website: Showcase your certifications, projects, and portfolio. LinkedIn Articles: Share industry trends and insights. Community Recognition: Aim for Cisco Champion or DevNet Creator status.

Trends for DevNet Professionals

Networking Trends

AI-Powered Networking: Intent-based networking and proactive remediation. 5G and Edge Computing: Integrate APIs to manage remote and mobile networks. Quantum Networking: Long-term evolution in secure data transmission.

Development Trends

Low-Code Automation: Use tools like Cisco Crosswork or Microsoft Power Automate. Serverless Infrastructure: Automate via AWS Lambda or Azure Functions. Digital Twin Networks: Simulate infrastructure with real-time telemetry.

Security Trends

Zero Trust Automation: Enforce least privilege with policy-as-code. Automated Threat Response: SecureX orchestration and third-party integrations. Encrypted Traffic Analytics: Gain visibility into encrypted flows.

Final Checklist: Mastery and Beyond

Technical Mastery

Automate with Python, REST APIs, and SDK.s Master Cisco platforms: DNA Center, ACI, Meraki, Web.ex Understand CI/CD, NetDevOps, GitOps workflows

Strategic Mastery

Drive enterprise initiatives with measurable ROI. Cross-collaborate with Dev, Ops, and Security, and build internal platforms that scale automation.

Thought Leadership

Blog, speak, teach.h Share your scripts and playbooks. Become a mentor and advocate for network automation

Conclusion

Cisco DevNet Professional certification is a foundation, but what you build on it is what counts. In this part, you’ve learned how to scale your skills into leadership, innovation, and future readiness. By combining technical excellence with business fluency and community engagement, you don’t just become a better engineer, you become a strategic asset for your organization and the broader tech ecosystem.