Cisco Live 2026: What the WWT Networking Team Learned in Las Vegas
Key themes from the week
Across every discipline represented on the WWT Networking team, a few themes defined the week. Cisco Cloud Control was the defining platform announcement, unifying management across networking, security, data center, and collaboration in a single interface with AI agents built in. The statistic that AI agents generate 450% more traffic than humans performing the same tasks was cited by multiple team members as the forcing function that makes network modernization an immediate business priority. Hardware announcements spanning the Catalyst 9550, the 9177 outdoor Wi-Fi 7 access point, advances in SRv6 and Routed Optical Networking, and early moves toward quantum-safe cryptography all reinforced that the infrastructure layer is keeping pace with the agentic era it is being asked to support.
Team thoughts & highlights
The perspectives below reflect first-hand observations from across the team.
Christine Fierro, Sr. Director - Networking
All things AI, agentic, and agents were front and center this year at Cisco Live US and it was hard to ignore! Every keynote, session, and conversation included some form of AI and how it impacts the network, assists users, or accelerates work. During the day-one keynote, Jeetu Patel shared a striking statistic: agents generate 450% more traffic than a human. That stat alone reframes how we think about infrastructure investment and puts the network squarely back at the center of the AI conversation.
While much of the industry buzz centers on AI and security, the foundational elements of the network that tie everything together remain essential. Cisco reinforced that message with announcements spanning new smart switches, secure routers, and outdoor Wi-Fi 7 access points, purpose-built additions to their growing portfolio of agentic-era infrastructure.
The star of the show, however, was Cisco Cloud Control. A single interface to manage the entire Cisco estate is a true game changer. The ability to view networking, data center, security, and collaboration devices in one place, and collaborate in real time through the built-in AI Canvas, brings much-needed simplicity to a complex environment. Every demo shown during the keynotes ran through Cisco Cloud Control, and it was impressive to see how easily tasks could be completed without the swivel-chair workflows of the past.
Cisco took this a step further with the announcement of Cloud Control Studio, which allows users to build their own apps and agents within Cisco Cloud Control and share them through the Cloud Control Marketplace. That extensibility is what transforms a management platform into an ecosystem, and it signals where Cisco is taking the operator experience next.
Beyond the technical aspects, my favorite part of CLUS is the opportunity to spend time in person with my team, colleagues, and Cisco. While we regularly collaborate virtually, nothing truly replaces building relationships face to face.
Bob Hrbek, Campus & Branch Sr. Practice Manager
Throughout the keynotes, one message landed fast: AI agents have changed the physics of the enterprise network, and campus is now center-stage. Cisco kept it concrete. Agents run nonstop and throw off about 450% more traffic per task than a human, inverting the upstream/downstream ratio our networks were built around, so the access layer becomes the real constraint on AI adoption. Their answer is AgenticOps, headlined by Cisco Cloud Control: one place where human operators and AI agents jointly run, watch, and defend everything from networking to security to observability. It entered US Controlled Availability that morning, with global GA in July. Another piece that stuck was the AI Canvas, a multiplayer workspace where operators and agents share the same live telemetry, context carrying across shift handoffs. The hardware backed the thesis: the new Catalyst 9550 Smart Switches bring 400G and 6.4 Tbps capacities to the campus with an 8x jump in routing scale on Cisco's own Silicon One ASICs, plus a Wi-Fi 7 refresh with the 9177 outdoor AP.
The sharper story was security folding into the network. They extended Live Protect from the data center down to the Catalyst 9350 and 9550: agents detect vulnerable IOS XE and NX-OS versions from existing inventory and push compensating controls before a patch exists, using eBPF, with no reboots or maintenance windows, expanding to SD-WAN this summer. It all clicked into one picture. AI is the workload driving the upgrade, the operator helping run the network, and the defender shielding it between patches, all on one platform. That's the elevator pitch in their go to market messaging. Customers can tie a plain refresh need (400G, Wi-Fi 7, aging Catalyst gear) to the agentic-readiness and zero-day-resilience themes their leadership already cares about, instead of pitching switches and security as separate line items.
Sam Clements, Technical Solutions Architect
The Wi-Fi 7 train is running full steam ahead at this point. Cisco started the year by finishing out the refresh of their indoor portfolio and saved the best for last! Launched at Cisco Live 2026, outdoor coverage for a pervasive, campus-wide deployment is now possible with an AP designed from the ground up to be deployed in the wild. The Cisco Wireless 9177 Series Access Point is a 12 spatial stream Wi-Fi 7 AP with integrated GPS/GNSS and a variety of antenna configurations including the integrated Omni, integrated Directional, and External N-Type connectors. This single AP can be deployed regardless of the management solution (Cloud or On Prem) and further carries forward Cisco's single global SKU and true hardware portability across the portfolio.
Speaking of hardware portability across the portfolio, large campus are now looking at cloud managed operations with the addition of the Campus Gateway into the Cisco portfolio. This platform, launched last year, is based on the underlying hardware of the Cisco 9800 Series Wireless LAN controllers. Cisco is now extending true deployment flexibility between cloud and on-premises options by allowing convertibility between the 9800 WLC and the Campus Gateway for management in the Meraki cloud. This brings another bridge to campus users looking to adopt cloud-based operations, enable AI Ops, and simplify campus deployments - all without needing to procure additional hardware.
These two things highlight Cisco's commitment to a truly flexible solution. Regardless of operational management requirements, Cisco is laser focused on ensuring that hardware only needs to be purchased once. You the operator are given full flexibility to deploy on premises or in the cloud - or to switch as your business needs evolve - giving users an unprecedented level of flexibility.
Nathan Nielsen, Principal Solutions Architect
My week at Cisco Live centered on one idea that kept surfacing across nearly every session and hallway conversation I had, and that idea was the Unified (Secure) Branch. It was the through-line of my own demo, and it turned out to be the lens most of my peers were using to talk about where the network is headed.
The point I worked hardest to land in my demo was that complexity does not have to mean complicated. A multi-site campus and branch deployment spans the Meraki dashboard, Cisco ISE, Catalyst Center, and SD-WAN, and stitching segmentation policy across all four domains by hand is genuinely hard work. What I wanted the audience to see is that the underlying sophistication can stay fully intact while the operator experience gets dramatically simpler. A single no-code workflow handled what used to take days of careful, error-prone configuration across separate consoles.
Jeetu Patel framed the same tension in the opening keynote when he called for simplicity without losing sophistication. That phrase stuck with me because it captures the real challenge ahead. With the pace of AI advancement, and agentic AI in particular, the network is only going to grow more complex underneath us. The job now is to give engineers a simple way to design, deploy, and manage that network without stripping away the capability that makes it valuable.
The platform answer to that challenge came through clearly all week. Cisco Cloud Control was heard loud and clear as the place where multi-domain management and telemetry come together. Seeing every keynote demo run through a single interface reinforced what I was trying to show on a smaller scale. When the orchestration layer absorbs the complexity, the people running the network can finally keep up with what is being asked of them.
Bryan Ussery, Technical Solutions Architect
The highlight of CLUS for me was the Secure networking half day instructor led labs. This lab encompasses most of Cisco's core Campus/Branch technologies such as Evpn vxlan, SD-WAN, DUO, Cisco Secure Access (SSE), using the Pseudoco use case storyline. Most importantly this year all of these different technologies were configured using Cisco Cloud Control which has moved from concept into reality at a blazing fast pace. One could say it took this AI overlay to finally unite the Cisco ecosystem, but it sure feels like we are there. Cloud control retains the look and feel of the products while offering real tangible benefits of centralized control and AI automation.
The second most impactful experiences from CLUS were around post quantum cryptography and quantum networking in general. Quantum networks are not going to replace classical networks any time soon but we are finally at a point in history where large companies and nation states have quantum computers that can break classical encryption keying mechanisms such as RSA, Diffie Hellman and Elliptical Curve. Having spent the past decade building enterprise wide area networks across the vulnerable internet, Cisco is taking this threat very seriously and I sat through at least 4 different sessions around Cisco's Quantum strategy at large. 2026 is the year Cisco is tacking this problem across the WAN first, with more less vulnerable technologies coming in 2027.
Mike Rice, Technical Solutions Architect
Another Cisco Live is in the books! This year I had the opportunity to present at the WWT Theater in the WWT Booth, covering the topic of Smarter Spaces and Seamless Experiences. The session focused on implementing Wayfinding, Asset Tracking, and Smart Buildings, and included an overview of Occupancy Analytics for Facilities, Building Planners, and Real Estate organizations. I was truly honored to present and especially enjoyed the conversations with customers afterward about the real-world challenges they're facing in their own implementations.
For my learning sessions this year, I focused on UWB (Ultra Wideband) and URWB (Ultra Reliable Wireless Backhaul). Definitely not the same thing, as the presenters were quick to point out at the start of each session (which I got a kick out of). My biggest takeaway on the URWB side was understanding how MPO (Multipath Operation) works to improve both reliability and link speed. On the UWB side, the coverage of design principles, testing, and validation tools was eye-opening. I'm excited to see how our wireless tool providers build on this technology going forward.
Another item of note was Cloud Control and AI Canvas. I like where this is going. Potentially a big differentiator for Cisco. It will change the way internal teams work together to resolve complex technical issues.
Jennifer Huber, Technical Solutions Architect
My favorite sessions from Cisco Live this year were a practitioner panel on wireless architecture, the other a lifecycle management walkthrough inside Catalyst Center. The architectural headline is that Meraki and Catalyst now share a common operating system. Cisco is committing to cloud-first feature delivery without dropping on-prem support, and AI-driven packet capture illustrates the pattern: it shipped in Meraki first and is now making its way to Catalyst Center. Customers choosing between the two platforms should decide based on desired operational control, not on concerns about feature divergence. The phrase I heard several times was simplicity without sacrificing sophistication.
The design conversation was most detailed around load-bearing wireless environments. Healthcare, warehousing, and large venues all came up as cases where secondary AP coverage and deliberate roaming design remain non-negotiable. MLO and higher spatial-stream radios are additive but do not substitute for physically diverse coverage when clinical robots or voice handsets are on the same network. Ultra Wide Band (UWB) is expected to deliver centimeter-class RTLS accuracy and is roughly a year from mainstream hardware availability. Wi-Fi Fine Time Management (FTM) facilitates realtime location tracking (RTLS) in many deployments but is not the long-term answer for healthcare RTLS workflows.
On the Catalyst Center side, the distinction between intent-based networking and campus automation matters because the transition is one-directional. Per-device config is available now at roughly 90 percent feature parity with the controller GUI, and multiple-device config using a golden-config model is expected in the second half of 2026. Brownfield AP plug-and-play is supported in campus automation mode but requires a non-obvious template structure that catches first-time deployments off guard.
Wi-Fi 7 device penetration in the field remains around 15 percent, which means infrastructure upgrades will continue to outpace client adoption for some time.
Nathan Litz, Technical Solutions Architect
In the world of data center networking, the shift toward a common, automated operating model was the focal point of Cisco Live 2026. The event highlighted a major architectural evolution aimed at resolving data center fragmentation by focusing heavily on operational simplicity, open standards, and seamless management across both traditional enterprise workloads and high performance AI-supportive clusters.
Cisco Cloud Control serves as the foundational command center for the new AgenticOps operating model. This platform consolidates telemetry across networking, compute, security, and observability into a single platform. It allows human engineers to work collaboratively alongside autonomous AI agents within a shared operational context. These agents can detect anomalies, identify root causes, and propose remediations, giving operators the flexibility to automate repetitive network tasks, and quickly resolve issues in the network.
Complementing this operational shift is the Cisco Nexus One architecture, which unifies data center networking under an open standards framework. Nexus One bridges the gap with Cisco ACI by allowing its proprietary constructs to fully interoperate with open standards constructs, such as VXLAN Group Policy Option (GPO) for segmentation needs. By natively integrating these multi-tenant capabilities with VXLAN-EVPN architecture, Cisco delivers a sustainable architecture that preserves backward compatibility for existing deployments while maintaining robust zero-trust security.
Cisco Nexus Hyperfabric serves as the cloud-managed operating model for the Nexus One platform, simplifying the fabric lifecycle. Beyond automated design and zero-touch provisioning, the platform has expanded its operational scope. The platform now includes comprehensive NXOS image management capabilities directly through the cloud interface, ensuring consistent software compliance. Additionally, Hyperfabric incorporates advanced hardware monitoring, giving engineers real-time visibility into the health of physical components like optics and power systems to drastically reduce maintenance overhead.
Chuck Johnson, Core Networking Practice Manager
Cisco Live 2026 reinforced something WWT's Core Networking practice has been seeing in the market. Cisco's Product Roadmap and WWT's ability to design, validate, and deploy against it puts both organizations in a strong position to help customers protect and accelerate their AI infrastructure investments.
The conversation has shifted from AI strategy to AI execution. The question is no longer whether AI requires a different kind of network. It is whether your organization is ready to build one. The dollars are moving toward partners with demonstrated solutions, not roadmaps.
AI data center investment is accelerating and it is not slowing down. But the wide area network connecting those investments is where execution gaps are starting to appear. Organizations that wait to address WAN modernization are building a bottleneck into the middle of their AI strategy, falling behind competitively, accumulating technical debt, and constraining the very AI initiatives their boards are funding. For WWT's Core Networking practice, this is where Segment Routing, Converged Optical over IP architectures, and ATC-validated designs become business execution conversations. The advantage is not in explaining what an AI-ready network looks like. It is in showing up with one that is already proven and ready to deliver for our customer's specific business outcomes.We also had the opportunity to validate our own plans and bring field-driven input to Cisco's teams. Whether it was about specific product feedback or market opportunity the openness and mutual respect were clear.
Curt Wagner, Core Networking Sales Specialist
Cisco Live last week in Las Vegas reinforced something I already believed — the network is no longer just plumbing, it's the critical infrastructure AI runs on. Jeetu Patel made the case clearly: AI agents generate 450% more traffic than humans doing the same tasks, and that demand is only accelerating. For our Core Networking practice, the implications are real. Cisco's Silicon One architecture is now the common foundation across hyperscale and enterprise, and the new Cloud Control platform unifies everything — Nexus, Catalyst, routing, security — under a single AI-native control plane with agentic automation, digital twins, and natural-language troubleshooting. The conversation with customers has shifted. It's not about speeds and feeds anymore; it's about building programmable, observable, self-healing infrastructure ready for the agentic era.
What I took away as much as anything, though, was the value of being in the room. The hallway conversations with customers revealed challenges and priorities that never make it into a formal meeting — the real friction, the real skepticism, the real buying signals. Time with Cisco's product teams gave me early visibility into where the roadmap is heading. And reconnecting with peers and partners reminded me that trust built face-to-face accelerates everything that comes after. That relationship capital is hard to put on a slide, but it's some of the most valuable work we do.
John Chiarini, Principal Solutions Architect
When perusing and selecting the sessions for this year's Cisco Live I knew I wanted to focus on IPv6 and IPv6-Segment Routing (SRv6). I quickly noticed there were more sessions on the topic than I would have expected, reinforcing the Core Networking team's assertion that SRv6 adoption is quickly moving to the mainstream.
SRv6 received extensive coverage as Cisco's unified transport answer for both enterprise and service provider networks. Three real-world enterprise use cases were presented — critical infrastructure, manufacturing, and transportation — each showing MPLS-to-SRv6 migration or IPv6-native deployments using SRv6 to simplify the network, reduce service provisioning complexity, and improve resilience. A dedicated SRv6 troubleshooting session was available for the first time, indicating operational maturity and that this technology is being deployed in production, not just being evaluated.
Another notable advancement presented was the integration of SD-WAN with SRv6, enabling expanded and more granular SLA policies (voice, critical data, bulk, best-effort) to be enforced end-to-end, which has been a significant capability gap. Cisco also positioned SRv6 as the right foundation for quantum-safe networking by pairing it with NIST-standardized post-quantum cryptography for IPsec and MACsec. Cisco Live 2026 made a compelling case that IPv6 and SRv6 migration is a viable mainstream choice and not just a service-provider technology.
Tyler Tappy, Technical Solutions Architect
Cisco Live 2026 was a great week — honestly one of the better ones in recent memory if optical and transport networking is your world. I packed my schedule pretty heavily around those tracks and walked away with a lot to think about.
The biggest theme I kept running into, across multiple sessions, was Routed Optical Networking. RON has been a buzzword for a while now, but the conversations this year felt more mature — less "here's the vision" and more "here's how operators are actually deploying it." The interactive session comparing RON vs. traditional optical architectures was a highlight for me. It got into the real tradeoffs, not just the marketing pitch, and the room had some genuinely good pushback and debate.
The optics side of things was equally compelling. The 400G/800G/Terabit pluggable session laid out where the industry is heading fast, and the expert panel on optics for AI fabrics connected some important dots. If you're supporting customers building out AI infrastructure, the optical layer is no longer an afterthought — it's central to the whole design conversation. Co-packaged optics, coherent pluggables, spectrum flexibility — these aren't future topics anymore.
What I always appreciate about Cisco Live, though, is that the sessions are only part of the value. Some of my best conversations happened between sessions — with Cisco architects, customers, and peers who are dealing with the same challenges we are every day. That's where you get the real intel. Overall, a solid week and a lot to bring back to the team.
Conclusion
The phrase that surfaced most often across sessions and conversations was simplicity without sacrificing sophistication. That tension is the core challenge facing network operators today, and it was the lens through which Cisco framed nearly every announcement. For WWT, it is also the lens through which we help customers translate those announcements into designs that are proven, deployable, and built for what comes next. If you want to explore what an AI-ready network looks like for your organization, reach out to our Networking practice to start the conversation.