Aruba Pitches Cloud-Native Edge Architecture
What happened
Aruba is promoting a next-generation platform built on a cloud-native architecture for edge services, positioning the edge as an extension of a unified cloud fabric. The strategy emphasizes seamless orchestration of resources across devices, edge locations, and the cloud. The platform is designed to support policy-driven autonomy for critical workflows in environments like warehouses and logistics hubs.
Why it matters
- The architecture is managed through Aruba Central, a cloud-native single-pane-of-glass console for overseeing WLAN, LAN, and SD-WAN operations across campus, branch, and remote locations. This platform is built on a microservices architecture to provide scale and resiliency. - Aruba ESP integrates AIOps to identify and resolve network issues, with the company claiming it can provide recommendations with over 95% accuracy. This is designed to automate troubleshooting and optimize the network before users are impacted. - The platform is offered through HPE GreenLake as a Network-as-a-Service (NaaS) subscription, allowing for a pay-per-use model for on-premises and hybrid workloads. This includes pre-configured service packs for use cases like indoor/outdoor wireless and SD-Branch. - For security, Aruba ESP is built on a Zero Trust framework, providing role- and device-based network access control through its ClearPass Policy Manager. This extends to securing IoT devices by profiling and automatically classifying everything that connects to the network. - In retail and logistics environments, the platform supports AI-powered analytics at the edge, with specific hardware like the compact CX 8325H switch designed to connect with servers like the HPE ProLiant DL145 for real-time AI applications. - The system is designed to support a large number of IoT devices by transporting their data over the enterprise WLAN, with specific integrations for access control, industrial, and building management systems. - Key competitors for Aruba's edge and SD-WAN solutions include Cisco (with its Meraki and Catalyst platforms), Fortinet, Juniper Networks (which acquired Mist), and Palo Alto Networks. - Recent enhancements include Aruba Central NetConductor for simplifying policy provisioning and automating network configurations, as well as self-locating indoor access points with built-in GPS.
Key numbers
- Aruba ESP integrates AIOps to identify and resolve network issues, with the company claiming it can provide recommendations with over 95% accuracy.
- In retail and logistics environments, the platform supports AI-powered analytics at the edge, with specific hardware like the compact CX 8325H switch designed to connect with servers like the HPE ProLiant DL145 for real-time AI applications.
What happens next
- Aruba is promoting a next-generation platform built on a cloud-native architecture for edge services, positioning the edge as an extension of a unified cloud fabric.
Quick answers
What happened in Aruba Pitches Cloud-Native Edge Architecture?
Aruba is promoting a next-generation platform built on a cloud-native architecture for edge services, positioning the edge as an extension of a unified cloud fabric. The strategy emphasizes seamless orchestration of resources across devices, edge locations, and the cloud. The platform is designed to support policy-driven autonomy for critical workflows in environments like warehouses and logistics hubs.
Why does Aruba Pitches Cloud-Native Edge Architecture matter?
The architecture is managed through Aruba Central, a cloud-native single-pane-of-glass console for overseeing WLAN, LAN, and SD-WAN operations across campus, branch, and remote locations. This platform is built on a microservices architecture to provide scale and resiliency. Aruba ESP integrates AIOps to identify and resolve network issues, with the company claiming it can provide recommendations with over 95% accuracy. This is designed to automate troubleshooting and optimize the network before users are impacted. The platform is offered through HPE GreenLake as a Network-as-a-Service (NaaS) subscription, allowing for a pay-per-use model for on-premises and hybrid workloads. This includes pre-configured service packs for use cases like indoor/outdoor wireless and SD-Branch. For security, Aruba ESP is built on a Zero Trust framework, providing role- and device-based network access control through its ClearPass Policy Manager. This extends to securing IoT devices by profiling and automatically classifying everything that connects to the network. In retail and logistics environments, the platform supports AI-powered analytics at the edge, with specific hardware like the compact CX 8325H switch designed to connect with servers like the HPE ProLiant DL145 for real-time AI applications. The system is designed to support a large number of IoT devices by transporting their data over the enterprise WLAN, with specific integrations for access control, industrial, and building management systems. Key competitors for Aruba's edge and SD-WAN solutions include Cisco (with its Meraki and Catalyst platforms), Fortinet, Juniper Networks (which acquired Mist), and Palo Alto Networks. Recent enhancements include Aruba Central NetConductor for simplifying policy provisioning and automating network configurations, as well as self-locating indoor access points with built-in GPS.
