Networking HPE Mist Networking Wired Assurance
HPE Mist Networking Wired Assurance brings self-driving networking and agentic AI to enterprise switching. With support for HPE Networking EX Series switches and HPE Networking CX Series switches, it simplifies network management at scale—delivering automation, efficiency, and consistently assured experiences.
Harness the power of AIOps
The HPE Marvis AI Assistant transforms the way IT teams interact with enterprise networks. Marvis includes a unique suite of features and capabilities that enable IT teams to pinpoint "needle in the haystack" issues impacting user experience and leverage self-driving actions for successful troubleshooting.
Easily build and deploy campus and branch networks
Create consistent configurations for a range of campus and branch architectures. HPE Networking CX Series access switches, HPE Networking EX Series switches, and HPE Juniper Networking QFX Series switches are part of an expanded portfolio of options.
Boost visibility with wired SLEs
Understand exactly how your wired network is performing, with no more guesswork about the quality of experience for users, wired devices, and IoT endpoints and whether you’re meeting service-level expectations (SLEs).
Easily implement inline and fabric-based segmentation
Gain end-to-end wired visibility into network health and user experience. Enable microsegmentation across your wired network to control east-west and north-south traffic, and prevent lateral movement across campus and branch networks.
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HPE Networking CX switches managed by HPE Mist
HPE Self-driving Networks go into high gear with expanded access switch portfolio options manageable by HPE Mist.
FAQs
How does AI-assisted troubleshooting improve operations?
AI-assisted workflows use high-resolution telemetry and cloud-based analytics to identify and resolve issues faster.
Instead of relying on manual CLI and logs, teams get: Real-time insights into network behavior, guided recommendations via HPE Marvis AI Assistant, automated or assisted remediation actions.
Why is "experience-first operations" important?
Traditional monitoring focuses on device health, but that doesn't always reflect actual user experience.
An experience-first model uses analytics and SLEs (Service Level Expectations) to: Measure user and device experience directly, Correlate data across the network, Help IT teams manage toward outcomes—not just infrastructure status.
Can organizations modernize gradually, or is a full migration required?
Modernization does not require a full replacement. A microservices-based model allows organizations to: Start with cloud-native assurance for access switching, Gradually adopt AI-driven operations, Extend capabilities over time without disruption.
What problem does a microservices-based wired architecture solve?
A microservices-based architecture helps modernize wired networks by enabling scalable deployment, continuous innovation, and service-level isolation. Instead of relying on monolithic systems, it allows organizations to adopt new capabilities incrementally and evolve toward more automated and AI-assisted operations over time.
How does zero-touch provisioning improve network deployment?
Zero-touch provisioning simplifies Day 0 operations by automating switch onboarding using cloud-based workflows and QR code setup. This reduces: Manual configuration and staging, Deployment errors, Time required to bring new sites online. With HPE Networking switches and HPE Mist Wired Assurance, teams can deploy access switching more consistently and efficiently across locations.
What switch health metrics are available?
Businesses adopt edge computing when digital initiatives intersect directly with physical operations. Manufacturing lines, retail stores, logistics hubs, hospitals, and energy sites generate large volumes of data that often must be acted on immediately. From a business perspective, edge computing improves operational efficiency, resilience, and cost control. Local processing reduces dependency on constant connectivity, limits bandwidth consumption, and supports data sovereignty requirements as edge deployments scale beyond early pilots into broader production environments.
What third party APIs are supported?
Harness the power of 100% open and programmable APIs to fully automate the switch activation, onboarding, and configuration processes. Integrations include ServiceNow and Splunk, which support APIs for automated ticketing, troubleshooting, and more.