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Intent-Based Networking Is No Longer Optional: Why Juniper Apstra Is Winning in the Modern Data Center
Intent-based networking is no longer a future vision—it's a present-day necessity. As data centers evolve to support hybrid cloud, AI workloads, and multi-vendor complexity, legacy, configuration-driven models are breaking down. Forward-looking organizations are turning to intent-based networking to regain control, accelerate operations, and reduce risk—with Juniper Apstra leading the way as a proven platform for modern data center transformation.
Hands-On Lab Workshop: Juniper Mist Campus Fabric – EVPN Multihoming
Join us for an interactive, hands-on workshop exploring the Juniper Mist Campus Fabric EVPN Multihoming solution. This session introduces how Mist's cloud-native architecture simplifies campus operations, enhances resiliency, and enables scalable, policy-driven networking across modern enterprise environments. Attendees will work within the Mist platform to understand how campus fabric technologies streamline onboarding, configuration, and operations by leveraging automation and AI‑driven insights. This workshop provides practical exposure to designing and deploying reliable, modernized wired campus fabric using EVPN Multihoming.
Campus and Branch Briefing
Organizations depend on their campuses and branches not only as operational hubs but as vital touchpoints for employees and customers. A poor experience at these locations can erode brand trust, while a seamless, technology-driven experience enhances productivity, satisfaction, and loyalty. With the campus and branch increasingly reliant on robust networks, the stakes for getting it right have never been higher
Decoupled by Design: Why Cloud-managed Networks Still Require On-premises Data Plane Aggregation
With Cisco's Campus Gateway and Juniper's Mist Edge converging on the same architectural principle, centralized data-plane aggregation is now an expectation.
Mist Campus Fabric - EVPN Multihoming
The Mist Campus Fabric lab is a capability of the ATC designed to provide an environment to gain experience with the features of the Mist Campus Fabric "EVPN Multihoming" solution. This solution simplifies campus operations, improves resiliency, and enables scalable, policy-driven networking across modern enterprise campus environments.
What's new
5 Reasons Now Is the Right Time for Juniper and Apstra Data Center Networking
Data center networking is undergoing a significant transformation driven by AI workloads, operational challenges and the need for flexible, efficient network management. Juniper Apstra, combined with Mist AI and Marvis, offers a modern approach to address these evolving demands.
Decoupled by Design: Why Cloud-managed Networks Still Require On-premises Data Plane Aggregation
With Cisco's Campus Gateway and Juniper's Mist Edge converging on the same architectural principle, centralized data-plane aggregation is now an expectation.
Hands-On Lab Workshop: Juniper Mist Campus Fabric – EVPN Multihoming
Join us for an interactive, hands-on workshop exploring the Juniper Mist Campus Fabric EVPN Multihoming solution. This session introduces how Mist's cloud-native architecture simplifies campus operations, enhances resiliency, and enables scalable, policy-driven networking across modern enterprise environments. Attendees will work within the Mist platform to understand how campus fabric technologies streamline onboarding, configuration, and operations by leveraging automation and AI‑driven insights. This workshop provides practical exposure to designing and deploying reliable, modernized wired campus fabric using EVPN Multihoming.
Data Center Networking Market Scan Workshop
The Data Center Networking Market Scan Workshop empowers organizations to make informed, strategic networking decisions. By aligning technology with business outcomes, it reduces risk and enhances operational efficiency. Ideal for leaders in technology and operations, it supports modernization, automation, and future-ready infrastructure planning.
Why Networking Must Evolve Now: 3 Key Takeaways from HPE Tech Jam 2026
At HPE Tech Jam 2026, networking emerged as mission-critical infrastructure powering AI, hybrid cloud and digital operations. As Praveen Jain highlighted, rising complexity and scale demand automation and intent-based networking. Platforms like Juniper Apstra enable resilient, AI-ready data center networks—giving modern enterprises a critical competitive edge.
Intent-Based Networking Is No Longer Optional: Why Juniper Apstra Is Winning in the Modern Data Center
Intent-based networking is no longer a future vision—it's a present-day necessity. As data centers evolve to support hybrid cloud, AI workloads, and multi-vendor complexity, legacy, configuration-driven models are breaking down. Forward-looking organizations are turning to intent-based networking to regain control, accelerate operations, and reduce risk—with Juniper Apstra leading the way as a proven platform for modern data center transformation.
AI Infrastructure Is Changing—and the Network Is Now Part of the Performance Engine
AI infrastructure is shifting from disconnected components to integrated systems where compute, storage, software, and networking are optimized together for scalable performance. As AI moves into production, the data center network becomes a critical driver of efficiency, directly impacting GPU utilization, latency, and overall workload performance. Modern AI environments demand high east-west traffic handling, strong observability, resiliency and automation. For enterprises, networking is no longer just connectivity—it is foundational to delivering predictable AI outcomes, improving operational simplicity and maximizing the value of AI investments.
Partner POV | Expanding customer choice in Wi-Fi 7 with Juniper AP27 High-Performance Access Point
Wi-Fi 7 is revolutionizing connectivity with higher throughput and lower latency, meeting the demands of AI and real-time applications. HPE's new AP27 access point offers cost-effective, reliable performance, enabling organizations to standardize on Wi-Fi 7. With AI-driven management, networks become adaptive and autonomous, optimizing user experiences and IT operations.
Partner POV | Building secure, AI-native networks: Four imperatives for the agentic era
AI is evolving fast, and your network has to keep up. How? Prioritize four imperatives to help ensure your
setup can deliver performance, flexibility, and security—at scale.
Mist Campus Fabric - EVPN Multihoming
The Mist Campus Fabric lab is a capability of the ATC designed to provide an environment to gain experience with the features of the Mist Campus Fabric "EVPN Multihoming" solution. This solution simplifies campus operations, improves resiliency, and enables scalable, policy-driven networking across modern enterprise campus environments.
Juniper Mist Campus Fabric - EVPN Multihoming
This learning path covers deployment of the Juniper Mist Campus Fabric using EVPN Multihoming architecture. Users learn how Mist automates fabric provisioning, segmentation, and high-availability access design. Leveraging EVPN-VXLAN overlays and cloud orchestration, this solution simplifies campus operations, improves resiliency, and enables scalable, policy-driven networking across modern enterprise campus environments.
Juniper SSR SD-WAN
Juniper's SD-WAN solution offers a unique approach to networking with Secure Vector Routing, transforming the way the edge devices communicate across the WAN. This Learning Path is designed to equip users with the fundamental knowledge to stand up, program, and operate a Juniper SD-WAN Fabric.
Intent Based Networking with Juniper Apstra
This lab will enable a student to build a basic Multi-Site fabric using Apstra for complete end-to-end connectivity.
ATC+
Segment Routing Inter-Op Lab With Cisco & Juniper
Service providers and other large organizations rely on MPLS quite often on multiple platforms to deliver mission critical applications and services. Segment Routing is the next generation technology that replaces MPLS, and here we look at implementing L3VPN's with Segmenting Routing on both Cisco and Juniper Routers.
AMD and HPE Expand Collaboration to Advance Open Rack-Scale AI Infrastructure
HPE will be one of the first OEMs to adopt the AMD "Helios" architecture, an open, full-stack AI platform engineered for large-scale AI workloads.
Juniper SD-Branch
This SD-WAN Learning Path will take the user through the configuration of the Juniper Mist platform. Juniper Mist is an AI-native networking platform using Marvis AI. Next-generation AI abilities allow customers to experience the foundation of a self-driving network. Utilizing data from devices such as APs, switches, and SSRs, Mist optimizes user experience and simplifies operations from client to cloud.
Juniper Mist Foundations Lab
The Juniper Mist Foundations Lab is designed to provide an environment to gain hands-on experience with the features of the Mist Management Portal, Mist AP's and the Juniper EX Switch line.
Restoring Network Reliability for a Tribal Casino
A standardized network gives a Tribal casino the visibility and stability it needs to keep gaming, hotel and back-office operations running smoothly.
Apstra Networking a Use Case inside the AI Proving Ground
In this article, we will detail how and why we used Apstra, combined with Dell and Cisco switching, to create our backbone networking environment for the AIPG (AI Proving Ground). This backbone connects our GPUAAS, LLMAAS, VMware and OpenShift environments with a single common fabric.
Juniper SSR SD-WAN Foundation Lab
The Juniper SSR SD-WAN Foundations Lab is a capability of the Advanced Technology Center (ATC) designed to showcase the concept of a Juniper Session Smart Network and demonstrates how it functions in a real-world scenario. The environment that supports the lab is completely virtual, removing any hardware dependencies associated with physical infrastructure.