How to Become an SD-WAN Engineer

As organizations continue their digital transformation journeys, modern networking demands have significantly evolved. One of the most prominent shifts has been the transition from traditional WAN architectures to software-defined WAN (SD-WAN). With growing adoption rates, businesses are searching for network engineers who not only understand traditional networking concepts but are also skilled in deploying and managing SD-WAN solutions.

SD-WAN engineers sit at the heart of this transformation. These professionals are responsible for designing, implementing, maintaining, and troubleshooting SD-WAN infrastructures to ensure optimal connectivity across geographically distributed enterprise locations. Becoming an SD-WAN engineer requires a mix of foundational education, hands-on experience, and specialized skills, all of which we will explore in detail.

This guide is structured to help anyone interested in becoming an SD-WAN engineer understand what the role entails, the skills and qualifications required, potential career paths, and salary expectations across different experience levels.

What is SD-WAN and Why It Matters

SD-WAN stands for software-defined wide area network. A wide area network (WAN) connects various local area networks (LANs) across different locations. Traditional WANs typically relied on expensive dedicated MPLS circuits for connectivity. While these provided predictable performance, they lacked flexibility and scalability and often led to increased operational costs.

SD-WAN technology uses a centralized control function to securely and intelligently direct traffic across the WAN. It allows for the use of multiple types of connections—such as broadband internet, LTE, and MPLS—based on real-time traffic conditions, application priority, and business policies. With SD-WAN, enterprises gain better application performance, increased agility, stronger security, and reduced costs.

SD-WAN has become particularly important for organizations with cloud-based applications, as it ensures reliable connectivity and optimized routing to cloud services like Microsoft 365, Google Workspace, and AWS. This is critical in today’s business environments, where remote work and hybrid cloud deployments are becoming the norm.

Understanding the Role of an SD-WAN Engineer

The SD-WAN engineer plays a pivotal role in helping organizations transition from traditional WAN to SD-WAN architecture. These engineers work closely with IT teams to plan, deploy, monitor, and maintain SD-WAN solutions that meet business and technical requirements.

In an enterprise setting, an SD-WAN engineer might be involved in:

• Designing network architecture that incorporates SD-WAN technologies
  
  
• Configuring SD-WAN appliances and software controllers
  
  
• Integrating SD-WAN with existing LAN, WAN, and cloud services
  
  
• Monitoring network performance and responding to incidents
  
  
• Troubleshooting and resolving connectivity or configuration issues
  
  
• Updating firmware and applying security patches
  
  
• Educating internal teams on SD-WAN best practices

The engineer also serves as a liaison between networking, security, and cloud teams, ensuring the SD-WAN deployment aligns with broader IT and security strategies.

Common Job Titles and Work Environments

While the title “SD-WAN Engineer” is increasingly common, professionals in this role may also work under other titles such as:

• Network Engineer (SD-WAN Focus)
  
  
• WAN Architect
  
  
• Cloud Network Engineer
  
  
• Infrastructure Engineer
  
  
• SD-WAN Deployment Engineer

These roles are typically found in industries like finance, healthcare, telecommunications, government, education, and managed service providers (MSPs). Depending on the employer, SD-WAN engineers may work onsite, in a hybrid model, or fully remote.

Responsibilities of an SD-WAN Engineer

While responsibilities can vary by organization, SD-WAN engineers are generally expected to fulfill a core set of duties. Some of the most common responsibilities include:

• Planning SD-WAN deployments based on application and traffic requirements
  
  
• Installing and configuring SD-WAN edge devices and orchestrators
  
  
• Creating and enforcing routing and failover policies
  
  
• Establishing connectivity to cloud services and data centers
  
  
• Ensuring network security through encryption and firewall policies
  
  
• Collaborating with vendors and solution architects
  
  
• Conducting performance tuning and optimization
  
  
• Providing post-deployment support and documentation

In more senior roles, SD-WAN engineers may also lead network transformation initiatives, mentor junior engineers, and contribute to the selection of networking technologies and platforms.

Qualifications and Educational Background

Most SD-WAN engineers start their careers in general network engineering before specializing. A strong educational foundation is critical.

• A bachelor’s degree in computer science, information systems, electrical engineering, or related fields is typically expected. Some employers may accept an associate degree with equivalent work experience.
  
  
• Courses in data communication, computer networking, systems design, and cybersecurity provide a solid academic foundation.
  
  
• While not always required, advanced degrees (such as a master’s in network engineering or cybersecurity) may be beneficial for leadership positions or research-focused roles.

Apart from formal education, employers highly value hands-on experience and industry certifications that validate practical knowledge of SD-WAN tools and methodologies.

Key Skills for SD-WAN Engineers

To succeed in this role, aspiring SD-WAN engineers must acquire a blend of technical and soft skills. These include:

Technical Skills:

• Understanding of networking fundamentals (IP addressing, routing, switching)
  
  
• Familiarity with WAN technologies (MPLS, BGP, OSPF, VRF, VPNs)
  
  
• Experience with SD-WAN platforms such as Cisco Viptela, Fortinet, Versa, VMware Velocloud, or Silver Peak
  
  
• Knowledge of cloud infrastructure and services (AWS, Azure, GCP)
  
  
• Proficiency in network security, including firewalls, IPSec, and SSL VPNs
  
  
• Ability to interpret and configure routing and traffic policies
  
  
• Hands-on experience with network monitoring tools and SNMP

Soft Skills:

• Strong analytical and troubleshooting skills
  
  
• Excellent communication and documentation abilities
  
  
• Project management and task prioritization
  
  
• Adaptability in fast-changing technical environments
  
  
• A customer-centric and solution-oriented mindset

Engineers who combine deep technical knowledge with effective communication and teamwork capabilities often thrive in SD-WAN environments.

Industry Certifications for SD-WAN Engineering

Certifications play a major role in validating an engineer’s skills and knowledge. Earning the right certifications can enhance career opportunities and demonstrate expertise to employers.

Some of the most recognized certifications relevant to SD-WAN engineers include:

• Cisco Certified Network Associate (CCNA)
  
  
• Cisco Certified Network Professional Enterprise (CCNP Enterprise)
  
  
• Cisco SD-WAN Specialist Certification
  
  
• VMware SD-WAN by VeloCloud: Deploy and Manage
  
  
• Fortinet NSE Certification (especially NSE 4-7)
  
  
• Silver Peak SD-WAN Professional Certification
  
  
• CompTIA Network+ and Security+ (for foundational knowledge)

Cisco SD-WAN, in particular, is widely deployed across enterprises. As such, Cisco’s SD-WAN Specialist and CCNP Enterprise certifications are among the most in-demand.

Career Pathways and Advancement

Becoming an SD-WAN engineer is a strategic step in a broader networking career. Professionals in this field may enter from various backgrounds, such as network administration, systems engineering, or cloud infrastructure.

Typical career progression includes:

• Entry-Level: Network Support Technician, Junior Network Engineer
  
  
• Mid-Level: Network Engineer, WAN Engineer, Cloud Network Engineer
  
  
• Senior-Level: SD-WAN Engineer, Network Architect, Infrastructure Architect
  
  
• Leadership: Network Engineering Manager, Director of Network Services, CTO

With experience, many SD-WAN engineers also transition into roles that focus on enterprise network design, hybrid cloud connectivity, network automation, or even cybersecurity.

Tools and Technologies Used

SD-WAN engineers work with a range of hardware and software tools to design, deploy, and manage network infrastructure. Common technologies and platforms include:

• Cisco SD-WAN (Viptela)
  
  
• VMware SD-WAN (Velocloud)
  
  
• Fortinet Secure SD-WAN
  
  
• Silver Peak Unity EdgeConnect (Aruba)
  
  
• Versa Networks SD-WAN
  
  
• Palo Alto Prisma SD-WAN

Supporting tools may include:

• Wireshark for packet analysis
  
  
• SolarWinds and Nagios for network monitoring
  
  
• Ansible or Terraform for network automation
  
  
• REST APIs and Python scripting for advanced configurations
  
  
• SNMP-based systems for alerts and performance metrics

Familiarity with a broad range of platforms improves your versatility and increases your appeal to employers using different SD-WAN solutions.

Practical Training and Hands-On Labs

In networking, hands-on experience often matters more than theoretical knowledge. SD-WAN engineers are expected to configure, deploy, and troubleshoot real-world networks. Therefore, practical training and lab environments are essential.

Many platforms offer simulation labs and virtual environments where you can gain real-world experience, including:

• Cisco DevNet Sandbox for SD-WAN configuration
  
  
• GNS3 and EVE-NG for network emulation
  
  
• Packet Tracer for Cisco topology simulations
  
  
• Vendor-specific online labs (VMware, Fortinet, Versa)

Engaging in real or simulated SD-WAN deployments builds your confidence, deepens your understanding, and prepares you for interviews and certification exams.

Salary Expectations and Market Demand

With the increasing demand for SD-WAN professionals, salary expectations are promising. Factors like geographic location, years of experience, certification level, and company size all influence compensation.

Typical salary ranges for SD-WAN engineers in the United States are as follows:

• Entry-level (0-2 years): $70,000 – $90,000
  
  
• Mid-level (3-5 years): $90,000 – $120,000
  
  
• Senior-level (5-10 years): $120,000 – $150,000
  
  
• Expert-level (10+ years): $150,000 – $180,000+

In global markets, salaries vary. In India, for instance, experienced SD-WAN engineers may earn up to INR 25 LPA. European countries and the Middle East also show growing demand, especially in financial, healthcare, and telecom sectors.

The demand for SD-WAN engineers is expected to grow steadily over the next decade as more companies migrate from MPLS and invest in cloud-first architectures.

Real-World Use Cases

Understanding how SD-WAN is used in real organizations can help clarify its impact and the engineer’s role. Examples include:

• A global bank replacing MPLS lines with SD-WAN to improve application performance and reduce costs across 200 branches
  
  
• A healthcare provider using SD-WAN to enable secure remote access for doctors accessing EMR systems
  
  
• A retail chain optimizing their POS system connectivity and guest Wi-Fi using broadband with failover capabilities
  
  
• A manufacturing company connecting remote production sites with headquarters and cloud ERP applications

In each case, SD-WAN engineers ensured secure, reliable, and scalable networking tailored to business needs.

Staying Updated in a Rapidly Evolving Field

Like most IT roles, the SD-WAN landscape evolves rapidly. Engineers must continuously invest in learning to keep up with new protocols, vendor features, and security enhancements.

Here are some recommended practices:

• Follow vendor updates and white papers
  
  
• Join networking communities and forums
  
  
• Attend webinars and industry conferences
  
  
• Participate in online courses and certification renewals
  
  
• Experiment with lab environments and automation tools

Lifelong learning is critical to remain competitive and advance your SD-WAN career.

SD-WAN: A Gateway to Future-Ready Networking

The modern network engineer must be agile, security-conscious, and cloud-savvy. As enterprises increasingly shift from legacy WAN architectures to more flexible and scalable SD-WAN deployments, the demand for engineers who understand the intricacies of software-defined networking has surged.

An SD-WAN engineer is no longer just a hardware-focused technician—this role now demands a hybrid of traditional networking knowledge, hands-on software skills, and cloud integration expertise. This series will dive deep into the essential skills, tools, certifications, and practical training that help shape a successful SD-WAN engineer.

Whether you’re beginning your journey or transitioning from another IT role, these insights will help you navigate the growing ecosystem of SD-WAN technologies with clarity and purpose.

Core Skills Required for an SD-WAN Engineer

Becoming proficient in SD-WAN requires mastery in several technical domains, coupled with strategic thinking and collaboration capabilities. Below are the key skill sets you should focus on developing:

1. Networking Fundamentals

Before diving into SD-WAN, every aspiring engineer must thoroughly understand networking principles:

• IP addressing and subnetting
  
  
• Routing protocols (OSPF, BGP, EIGRP)
  
  
• Switching technologies (VLANs, STP, trunking)
  
  
• DHCP, DNS, NAT, and ACLs
  
  
• WAN technologies like MPLS, LTE, satellite, and broadband

This foundational knowledge is essential to interpret SD-WAN policies, troubleshoot issues, and understand traffic flow behavior.

2. SD-WAN Platform Expertise

There are several leading SD-WAN vendors, and familiarity with at least one is essential. Each has its configuration models, GUI, CLI, and orchestration layers. Popular platforms include:

• Cisco SD-WAN (Viptela) – heavily used in enterprise deployments
  
  
• VMware SD-WAN by VeloCloud – popular for its cloud integration
  
  
• Fortinet Secure SD-WAN – combines firewall with SD-WAN
  
  
• Silver Peak (now Aruba EdgeConnect) – focuses on performance optimization
  
  
• Versa Networks – widely used by service providers

Understanding how to design topologies, configure templates, deploy devices, and apply policies within these platforms is a major part of the job.

3. Virtualization and Cloud Connectivity

Modern SD-WAN solutions often run on virtual appliances and integrate with public and hybrid cloud environments. Familiarity with the following is essential:

• Hypervisors (VMware ESXi, KVM, Hyper-V)
  
  
• Cloud platforms (AWS, Azure, GCP)
  
  
• Cloud gateways and direct connects
  
  
• Infrastructure-as-Code tools like Terraform

Being able to spin up SD-WAN virtual routers or vEdges in a cloud environment and connect them securely to on-prem networks is increasingly expected.

4. Cybersecurity Principles

SD-WAN engineers must secure traffic across untrusted networks. You should understand:

• IPSec tunneling and encryption
  
  
• Zero Trust Network Access (ZTNA)
  
  
• Firewall policies and segmentation
  
  
• Intrusion Prevention Systems (IPS)
  
  
• Authentication and identity management

Integrating SD-WAN with enterprise security tools like Cisco Umbrella, Palo Alto Prisma Access, or Fortinet’s Security Fabric ensures complete protection across locations.

5. Scripting and Automation

Manual configurations are time-consuming and error-prone. Engineers who embrace automation are more efficient and valuable.

• Python scripting for API integration and automation tasks
  
  
• RESTful APIs for provisioning SD-WAN components
  
  
• Ansible playbooks to deploy configurations
  
  
• CI/CD practices in network operations

These skills allow you to deploy templates at scale, monitor performance, and update firmware across hundreds of sites with minimal effort.

6. Monitoring and Troubleshooting

Being able to detect, diagnose, and resolve network issues quickly is critical.

You should know how to use:

• Wireshark and tcpdump for packet analysis
  
  
• SNMP and NetFlow tools for traffic monitoring
  
  
• Syslog servers for alerting
  
  
• Vendor-specific tools (e.g., Cisco vManage, FortiManager, or Orchestrator GUIs)
  These tools help you monitor application behavior, tunnel performance, jitter, latency, and SLA compliance.

Must-Have Certifications for SD-WAN Engineers

Certifications validate your skills and boost your marketability. Here are some of the most respected certifications tailored for aspiring SD-WAN professionals:

Cisco Certifications

• CCNA (Cisco Certified Network Associate)
  Foundation-level credential that covers networking basics and prepares you for deeper SD-WAN knowledge.
  
  
• CCNP Enterprise + SD-WAN Concentration (300-415 ENSDWI)
  Focuses directly on Cisco SD-WAN (Viptela), including controllers, policies, security, and deployment.
  
  
• Cisco SD-WAN Specialist
  Tailored for engineers working specifically with the Cisco SD-WAN platform.

Vendor-Specific Certifications

• VMware SD-WAN by VeloCloud: Deploy and Manage
  Covers cloud-hosted and on-prem deployments using VeloCloud orchestrators and edge devices.
  
  
• Fortinet NSE 4–NSE 6
  Intermediate-level certifications covering Fortinet’s secure SD-WAN product features and firewall integration.
  
  
• Aruba EdgeConnect Professional Certification
  Based on Silver Peak’s SD-WAN technology, now part of HPE Aruba.
  
  
• Versa Certified SD-WAN Engineer
  Aimed at those working with Versa’s SD-WAN infrastructure in carrier or MSP environments.

Supplementary Certifications

• CompTIA Network+
  Provides essential network concepts suitable for beginners.
  
  
• CompTIA Security+
  Adds a security-first mindset, especially when working with encrypted tunnels and policies.
  
  
• Certified Information Systems Security Professional (CISSP)
  For senior professionals looking to combine SD-WAN and enterprise security frameworks.

Practical Labs and Learning Resources

Theoretical knowledge is not enough. Hands-on experience will help you retain information, perform better in interviews, and gain real-world skills.

Here’s how you can build a strong practice foundation:

Vendor-Specific Labs

• Cisco DevNet Sandbox
  Practice SD-WAN deployment, policies, and monitoring in a simulated Viptela environment.
  
  
• VMware Hands-on Labs
  Access Velocloud labs to configure edge devices and routing policies.
  
  
• Fortinet NSE Training Institute
  Offers free and paid labs related to Fortinet’s secure SD-WAN platform.

Emulators and Simulators

• EVE-NG
  Popular for building complex network topologies. Supports Cisco, Palo Alto, Juniper, and SD-WAN virtual machines.
  
  
• GNS3
  Good for building labs that replicate SD-WAN edge networks.
  
  
• Cisco Packet Tracer
  Suitable for beginners starting with basic routing and switching.
  
  
• VirtualBox + ISO Images
  Install open-source or demo versions of vendor SD-WAN appliances and practice installation and policy testing.

Common Tools Used by SD-WAN Engineers

To deliver consistent and efficient network performance, SD-WAN engineers rely on several categories of tools:

Configuration and Deployment

• vManage (Cisco SD-WAN GUI)
  
  
• Orchestrator (VMware SD-WAN)
  
  
• FortiManager
  
  
• CLI tools like SSH and SecureCRT

Monitoring and Analytics

• SolarWinds Network Performance Monitor
  
  
• Paessler PRTG
  
  
• LogicMonitor
  
  
• Grafana + Prometheus
  
  
• Cisco ThousandEyes

Automation and Scripting

• Postman (for testing REST APIs)
  
  
• Python (for automating device configurations)
  
  
• Terraform (for Infrastructure-as-Code)
  
  
• Ansible (for SD-WAN template deployment)

Having a working knowledge of these tools ensures you’re not only reactive but also proactive in maintaining optimal network health.

Real-World Projects and Lab Ideas

To build your portfolio or prepare for interviews, here are some SD-WAN lab ideas:

1. Simulate Dual WAN Link Failover
   Create a lab where traffic fails over from MPLS to broadband if the primary connection drops.
   
   
2. Design Application-Aware Routing Policies
   Prioritize video conferencing and VoIP over best-performing WAN links.
   
   
3. Build a Multi-Site Lab with Cloud Access
   Simulate branch-to-branch and branch-to-cloud connectivity with secure overlay tunnels.
   
   
4. Configure IPSec and Firewall Policies
   Encrypt traffic between sites and test with secure protocols.
   
   
5. Connect SD-WAN Edges to Azure/AWS
   Create a hybrid topology where cloud VMs are accessed via SD-WAN tunnels.

These projects can be added to your GitHub or blog and referenced in job applications.

Networking Communities and Learning Platforms

Learning from others can greatly accelerate your growth. Join these communities and platforms to stay updated:

• Reddit (r/networking, r/sysadmin, r/Cisco)
  
  
• Cisco Learning Network
  
  
• NetworkChuck and David Bombal (YouTube)
  
  
• INE and CBT Nuggets (training platforms)
  
  
• TechExams Forum
  
  
• LinkedIn groups for SD-WAN and network engineers

By engaging in discussions, asking questions, and reading case studies, you’ll stay current with industry trends and real-world challenges

.Common Interview Topics and Questions

Once you’re ready to apply for roles, prepare for interviews that test both theory and hands-on knowledge. Common questions include:

• What is SD-WAN, and how does it differ from traditional WAN?
  
  
• Explain the control plane and data plane in Cisco SD-WAN.
  
  
• How do you configure and monitor tunnels in a multi-site setup?
  
  
• What would you do if one branch loses connectivity to the controller?
  
  
• How do you prioritize traffic for VoIP in SD-WAN?
  
  
• What security features does your preferred SD-WAN vendor support?
  
  
• Have you automated any SD-WAN deployment tasks?

Real-world experience and clear communication are your biggest assets in responding to these questions.

SD-WAN is a transformative technology reshaping enterprise networks. For engineers, it presents a rewarding career path filled with learning opportunities and high earning potential. In this part, we covered:

• Key skills required for SD-WAN engineers
  
  
• Essential certifications and training programs
  
  
• Practical tools, labs, and community support
  
  
• Interview preparation tips

Mastering these areas will position you as a competent and competitive SD-WAN engineer in today’s cloud-first, security-conscious world.

Building Real-World Experience

Once you’ve obtained relevant certifications and foundational networking knowledge, the next essential step is hands-on experience. SD-WAN is a practical discipline—employers prioritize engineers who’ve implemented, monitored, or troubleshot real networks. Here’s how to start gaining experience:

• Lab Environments: Use platforms like GNS3, EVE-NG, Cisco Packet Tracer, or VMware to build virtual labs. Simulate enterprise network environments and SD-WAN overlays to understand routing, policies, and failover mechanisms.
  
  
• Freelance Projects: Websites like Upwork and Freelancer often list SD-WAN implementation or consulting tasks. Completing small freelance jobs builds your portfolio and develops customer-facing skills.
  
  
• Internships or Entry-Level Roles: Target roles such as network support engineer, helpdesk tech, or junior network administrator. These offer exposure to networking infrastructure and can transition into SD-WAN responsibilities as you demonstrate capability.

Climbing the Career Ladder

An SD-WAN Engineer’s career path doesn’t have to be linear. After mastering the role, several career avenues can open:

• Senior SD-WAN Engineer or Network Architect: These roles involve designing global SD-WAN infrastructures, vendor evaluations, and cross-platform integrations (e.g., cloud interconnects).
  
  
• Cloud Network Engineer: Many SD-WAN solutions integrate with AWS, Azure, or GCP. Leveraging SD-WAN with cloud routing (e.g., Azure Virtual WAN) is a growing specialization.
  
  
• Cybersecurity Specialist: SD-WAN integrates directly with security controls—zero-trust frameworks, secure web gateways, and SASE (Secure Access Service Edge). These skills allow you to pivot into security-focused roles.
  
  
• Consultant or Presales Engineer: With vendor certifications and field experience, you could advise companies on solution design, cost savings, or lead RFP implementations.

Top Skills That Set You Apart

To thrive as an SD-WAN Engineer, technical knowledge alone isn’t enough. Employers value a blend of hard and soft skills:

• Protocol Mastery: Deep understanding of BGP, OSPF, IPsec, QoS, NAT, and tunneling protocols is vital.
  
  
• Scripting and Automation: Python, REST APIs, and YAML are increasingly used to automate policy deployment, monitor bandwidth, and integrate with other tools like Ansible or Terraform.
  
  
• Vendor Fluency: Be comfortable working across multiple SD-WAN platforms like Cisco Viptela, Fortinet Secure SD-WAN, VMware VeloCloud, and Aruba EdgeConnect.
  
  
• Troubleshooting Mindset: Effective SD-WAN engineers isolate performance issues quickly—whether it’s packet loss, jitter, tunnel drops, or policy misconfigurations.
  
  
• Communication: Engineers often explain network behavior to clients, executives, or cross-functional teams. Clear, non-technical communication is critical to success.

Earning Potential and Job Outlook

The demand for SD-WAN professionals is growing rapidly, driven by enterprise cloud migrations, global expansion, and hybrid workforces. According to Glassdoor and Payscale, here’s what you can expect:

• Entry-Level SD-WAN Engineers: $70,000 – $90,000 per year
  
  
• Mid-Level with 3–5 Years’ Experience: $95,000 – $120,000 annually
  
  
• Senior-Level or Consultants: $130,000 – $160,000+, especially if certified in high-demand platforms

Freelance consultants or contractors with vendor partnerships can command even higher rates, especially in regions with limited on-site talent or highly regulated environments.

Future of SD-WAN and Why It Matters

The future of SD-WAN is interwoven with broader IT trends like cloud-first strategies, remote workforce expansion, zero-trust security, and network-as-a-service (NaaS). Enterprises no longer want to be shackled by expensive MPLS contracts or rigid infrastructure—they seek agile, policy-based control over how traffic moves, regardless of location or application.

Technologies like SASE, AI-driven analytics, and multi-cloud networking are set to converge with SD-WAN. This means your knowledge of SD-WAN today could evolve into future roles that span cloud security, AI automation, and global policy orchestration.

In short, SD-WAN is not a fad—it’s a cornerstone technology in modern networking. Companies are shifting from legacy architecture to intelligent WAN strategies, and engineers who master SD-WAN will be pivotal in shaping the enterprise networks of tomorrow.

Conclusion

Becoming an SD-WAN Engineer isn’t just about landing a high-paying job—it’s about staying relevant in a dynamic field that blends networking, security, and cloud infrastructure. By building a foundation in traditional networking, mastering SD-WAN platforms, earning certifications, and gaining hands-on experience, you can step into a career that’s future-proof, flexible, and full of opportunity.

Keep learning, stay curious, and remember: every network packet you route securely and efficiently brings businesses closer to their digital transformation goals—and you one step closer to becoming a sought-after SD-WAN expert.