The AI-native wired access solution from HPE Juniper Networking is designed to simplify wired networks and improve both user and IT operator experiences.

It brings together three main elements:

• Cloud-native Juniper EX Series Switches – Purpose-built for modern campus and branch environments, with options for access, multigig access, aggregation, and core. Models include EX400, EX4100/EX4100-F, EX4400/EX4400-24X, EX4600, EX4650, and QFX51xx. These support features like Wi‑Fi 7-ready multigig ports, PoE/PoE+ (802.3at) and PoE++ (802.3bt), and high-speed uplinks up to 100GbE.
• Juniper Wired Assurance (AIOps) – Uses rich telemetry from EX switches and Mist AI to automate operations and improve visibility. It helps reduce mean time to repair (MTTR) and gives IT teams insight into end-user experience.
• Juniper Access Assurance (cloud-based NAC) – A cloud-native, microservices, API-first network access control solution that focuses on secure onboarding and policy enforcement for guests, IoT, BYOD, and corporate devices.

Together, these components help you:

• Reshape wired operations with AI-driven automation, open APIs, and self-driving actions.
• Scale more easily using cloud-based EVPN-VXLAN campus fabric management and NaaS consumption models.
• Strengthen security with zero trust principles, identity-based segmentation (e.g., VLAN assignment and user roles), and integrations with cloud identity, UEM, and MDM platforms.

Because the solution is cloud-native, you can also benefit from up to 10x more feature updates per year with zero scheduled downtime, and frequent enhancements delivered via a resilient microservices architecture.

Mist AI and Juniper Wired Assurance are designed to help IT teams move from manual, reactive operations to more automated, proactive management of the wired network.

Key capabilities include:

• Service Level Expectations (SLEs) – You can define and monitor wired SLEs for metrics such as throughput, successful connects, switch bandwidth, and switch health. This shifts the focus from device status to actual user and device experience.
• Dynamic packet capture & network rewind – The system can automatically capture packets at the time of an incident and store them in Mist. The “network rewind” capability lets operators review what happened during intermittent issues that were previously very hard to diagnose, helping reduce MTTR and avoid unnecessary truck rolls.
• AI-native campus fabric management – IT teams can onboard devices using a simple QR code, define EVPN-VXLAN intent in the cloud, and then verify and apply that intent at scale. This helps streamline campus fabric deployment and ongoing changes.
• Virtual network assistant (Marvis AI) – Marvis uses natural language processing (NLP) so operators can ask questions in plain language and get context-aware answers. Marvis Actions for wired can automatically surface issues such as missing VLANs, bad cables, negotiation mismatches, port flaps, high CPU usage, stuck ports, traffic anomalies, misconfigured ports, and loops.
• Marvis Minis (digital experience twins) – These AI-native “minis” proactively test and diagnose issues like authentication failures before users are impacted.

For deeper visibility, AI switch insight and Juniper Premium Analytics provide port-level views of CPU, memory, bytes transferred, traffic utilization, and power draw, along with extended trend data and analysis.

All of this is built on a microservices cloud architecture that delivers new enhancements and bug fixes almost weekly, without disrupting the network. Services scale elastically as needed, so you avoid the cost and complexity of monolithic hardware upgrades.

Juniper Access Assurance is a cloud-based NAC solution that helps you reimagine how you secure and manage user and device access across the wired network.

It focuses on three main areas:

1. Zero trust, experience-first access
   
   • Centers on secure onboarding and offboarding for guest, IoT, BYOD, and corporate-managed devices.
   • Uses identity-based controls so that access is granted based on who or what the device is, not just where it connects.
2. Simplified policy and operations
   
   • Cloud-native, microservices, API-first design removes the need for traditional on-prem NAC infrastructure used by many ZTNA vendors.
   • Supports easy policy creation and enforcement, simplifying design, deployment, and day 0/1/2 operations.
   • Network policy enforcement can automatically assign users and devices to specific segments (e.g., VLANs) and apply appropriate user roles.
   • Root cause identification in one click is enabled by the Proactive Analytics and Correlation Engine (PACE), which helps quickly pinpoint and fix underlying issues.
3. Stronger security posture and compliance
   
   • Deep integration with leading cloud identity providers, unified endpoint management (UEM), and mobile device management (MDM) platforms helps reduce the attack surface.
   • These integrations streamline endpoint management, support compliance efforts, and can improve overall productivity across the organization.

Because Access Assurance is delivered from the cloud, it offers inherent high availability and can scale as your environment grows, without requiring additional hardware. You can also consume it as part of HPE’s Network as a Service (NaaS) model, selecting the subscription services you need and adding or removing cloud services as business requirements change.