The Art of Network Engineering

Drowning in digital clutter? Discover how productivity tools like Asana's Kanban boards can streamline workflows and bring clarity to chaotic tasks. Explore the differences between traditional tools like OneNote and modern Markdown systems such as Obsidian for efficient knowledge management. Visual thinkers will love mind mapping, which transforms linear documentation into spatial relationships for tackling complex problems. Plus, learn about simplifying task management with Microsoft To-Do to declutter your day-to-day routine.

Send us a textBeyond the sundecks and buffet lines lies a technological marvel most cruise passengers never consider - the complex network infrastructure keeping these floating cities connected and operational. In this fascinating conversation with Will Robbins, we dive deep into the unique challenges and solutions of maritime networking that blend hospitality technology with critical operational systems.Have you ever wondered how thousands of cruisers can simultaneously post vacation photos from the middle of the ocean? Modern cruise ships deploy an impressive array of connectivity solutions - up to 15 separate connections including both traditional satellites and multiple Starlink antennas working in concert. This connectivity ballet must account for both the ship and satellites being in constant motion while managing variable weather conditions. The reduced latency of Starlink connections (150-250ms versus 500ms) has revolutionized the passenger experience, enabling video calls and remote work capabilities that were previously impossible.What surprises most network professionals is the scale of onboard infrastructure. Each vessel houses a complete data center with 10-15 racks of equipment supporting everything from guest services to critical ship operations. These floating data centers must function independently since cloud-based applications would be unreliable with satellite connections. Adding to the complexity, the all-metal construction creates wireless challenges requiring thousands of access points while radar systems limit available wireless frequencies. The conversation explores security considerations unique to maritime environments, including the practice of using different networking vendors across ships to prevent fleet-wide vulnerabilities. We also examine how these networks prioritize traffic, with casino operations receiving highest priority as major revenue generators. Whether you're a networking professional curious about specialized environments or a cruise enthusiast wondering how your vacation technology works, this episode offers rare insights into the engineering behind modern maritime adventures. Ready to see cruise ships through entirely new eyes?This episode has been sponsored by Meter. Go to meter.com/aone to book a demo now!  You can support the show at the link below.Support the showFind everything AONE right here: https://linktr.ee/artofneteng

Jeff Clark, a security professional at Fortinet and AI enthusiast, presents a captivating look into how AI is revolutionizing network engineering. He showcases tools like Google's Notebook LM, which creates mind maps, and demonstrates AI capabilities that streamline network configurations for Fortinet devices. The conversation touches on Andy's journey from AI skeptic to enthusiast using AI for SaaS development. Ethical dilemmas and security concerns are also explored, emphasizing the importance of safe AI practices in today's tech landscape.

Muna Chimso, a Network Automation Engineer at Google originally from Nigeria, shares his fascinating journey from tech curiosity to a cutting-edge career. He reveals how his early experiences fixing phones ignited his passion for technology. Muna discusses the critical importance of combining networking knowledge with coding skills, driven by job market demands. Insights into Google’s Network Residency Program highlight how companies are bridging the gap between network engineers and developers. He offers valuable advice for new engineers to embrace coding and think systemically.

Send us a textConsulting Engineers (CEs) at networking vendors blend deep technical expertise with customer-facing skills to bridge the gap between account managers and specialized solution design. They operate as specialists who support Sales Engineers when customer requirements demand deeper technical knowledge.• CEs often join from traditional network engineering backgrounds or increasingly through vendor graduate programs• The role provides higher impact by influencing entire industries rather than just one company• CE positions typically offer better compensation than operational networking roles• Computer science education rarely covers networking fundamentals, creating an industry knowledge gap• The autonomy of the CE role allows for continuous learning and specialization while maintaining customer contact• Working at a vendor provides exposure to bleeding-edge technology and broader industry perspectives• Soft skills are equally important as technical skills for success in consulting engineeringIf you're interested in transitioning to a Consulting Engineer role, develop your soft skills and build relationships in the networking community, as these connections are invaluable. Reach Colin Doyle and Jared Cordova on LinkedIn to learn more about consulting engineering opportunities.This episode has been sponsored by Meter. Go to meter.com/aone to book a demo now!  You can support the show at the link below.Support the showFind everything AONE right here: https://linktr.ee/artofneteng

Send us a textThe divide between network engineers and developers has long been a source of frustration, misunderstanding, and blame in the tech world. When applications fail, the classic refrain "it's the network" often echoes through organizations, leaving network engineers scrambling to prove their innocence while developers remain convinced of their code's perfection.In this enlightening conversation, former Cisco developer advocate Erika Dietrick joins hosts Andy Lapteff and Jeff Clark to unpack the root causes of this technological rift. Erika offers a rare dual perspective, having worked both as a software engineer and in Cisco's Technical Assistance Center (TAC). She explains how educational paths create fundamentally different mindsets: "Developers learn to code, period. We do not learn how our computer works. We do not learn how the network works."Andy shares his personal struggles with learning automation, admitting to starting and quitting "every Python class on planet Earth." This prompts Erika's most valuable insight – that learning to "think like a developer" matters more than syntax or commands. The conversation explores how network engineers often find themselves drowning in daily operational tasks while being expected to add coding skills "for no more money," creating resistance to automation despite its potential benefits.The discussion takes unexpected turns through topics like cultural differences between teams, the challenges of breaking technical silos, and how AI might actually help bridge these gaps without replacing human expertise. Erika outlines her upcoming free course designed specifically for network engineers learning to code with AI – addressing the exact educational gap that has frustrated network professionals for years.Whether you identify more with Andy's automation struggles or Jeff's enthusiasm for Python scripting, this episode offers practical perspectives on healing the developer-networker divide. Subscribe to Erika's Youtube channel here: here:https://www.youtube.com/@erika_thedevSubscribe to our podcast for more conversations that tackle the human side of technology and join our Discord community at linktr.ee/artofneteng.This episode has been sponsored by Meter. Go to meter.com/aone to book a demo now!  You can support the show at the link below.Support the showFind everything AONE right here: https://linktr.ee/artofneteng

Send us a textNetwork engineers have traditionally drawn a line between "our tools" and "developer tools," often rejecting powerful solutions that could dramatically improve our workflows. But what if we thought about tools the same way tradespeople do? A plumber wouldn't refuse to use a hammer just because it's "for carpenters" – so why do we resist Git?In this eye-opening discussion, we explore how Git – the version control system created by Linux founder Linus Torvalds – can transform how network teams manage configurations, collaborate on changes, and maintain system history. Far from being "just for developers," Git provides elegant solutions to problems network engineers face daily.Think about how many times you've emailed configuration files with names like "config_v2_final_REALLY_FINAL.txt" to your team, trying to track which version is current. As our guest William Collins puts it, "If you're versioning in the file name, you've already lost." Git eliminates this chaos by providing a structured approach to tracking changes that's actually remarkably similar to how routing protocols work – distributed nodes maintaining a consistent state through carefully managed updates.We break down the differences between Git (the technology) and platforms like GitHub (commercial services built on Git), demonstrate how branching and pull requests can formalize peer review of network changes, and show why you don't need to understand every Git command to start benefiting from it today. Whether you're backing up configurations, collaborating on documentation, or building automation workflows, Git provides the structure and accountability that network operations desperately need.Ready to stop emailing configurations and embrace a better way? Listen now to discover why Git isn't just for developers – it's for anyone who wants to work smarter.This episode has been sponsored by Meter. Go to meter.com/aone to book a demo now!  You can support the show at the link below.Support the showFind everything AONE right here: https://linktr.ee/artofneteng

Send us a textHave you ever felt like your networking knowledge stops at layer three? You're not alone. In this eye-opening episode, we dive deep into the world of firewalls with security experts Jeff Clark and Matt Lushner, exploring why these critical devices are no longer just "edge protection" but have evolved into sophisticated security platforms that every network engineer should understand.From simple port filtering to next-generation capabilities like deep packet inspection and application awareness, we unpack how modern firewalls have transformed network security. Matt and Jeff expertly guide us through complex concepts like zero trust architecture, explaining how firewalls now integrate with active directory, endpoint protection, and threat intelligence to create comprehensive security ecosystems.Ever wondered what a DMZ actually does? Or how firewalls can inspect encrypted traffic? We tackle these questions and more, making security concepts accessible for network professionals looking to expand their skillset. The conversation reveals why network engineers are uniquely positioned to excel in firewall management – your understanding of traffic flows and routing gives you a head start in the security world.The traditional boundaries between networking and security are blurring, with firewalls now replacing routers in many environments and security considerations becoming embedded throughout the network rather than just at the perimeter. Whether you're curious about career progression into security or just want to better understand how your network's protections function, this episode provides the perfect introduction to the fascinating intersection of networking and security.This episode has been sponsored by Meter. Go to meter.com/aone to book a demo now!  You can support the show at the link below.Support the showFind everything AONE right here: https://linktr.ee/artofneteng

In this enlightening discussion, Jeff Clark, an expert in network automation, shares his transformative 'selfish automation' approach, turning time-consuming tasks into quick solutions. Colin Doyle, a principal consulting engineer at Nokia, delves into the evolution of intent-based networking, reshaping the automation landscape. They tackle the psychological barriers engineers face, like fear of job displacement and coding aversion, while emphasizing practical starting points and community support as essential for overcoming resistance to automation.

Send us a textWith the rise of artificial intelligence and its significant demands on network performance, experts are increasingly asking whether Ethernet can catch up to InfiniBand as the preferred choice for high-performance computing.Join us as industry veterans Mike Bushong and Dr. Jay Metz share their insights on the necessity of open, flexible, and scalable networking solutions. Discover why many believe that Ethernet could be the platform of choice moving forward. As they dissect the need for innovation, collaboration, and competition within the ecosystem, our guests provide a forward-looking perspective on the future of network engineering.This engaging discussion ultimately encourages listeners to rethink their understanding of Ethernet's potential, examining the increased complexity required to meet the evolving demands of modern computational tasks like AI and HPC. For more details about what the work UEC is doing, go to https://ultraethernet.org/This episode has been sponsored by Meter. Go to meter.com/aone to book a demo now!  You can support the show at the link below.Support the showFind everything AONE right here: https://linktr.ee/artofneteng