EDGE
COMPUTING
Extend monitoring to the Edge with Unryo.
Edge Computing creates a monitoring challenge. As more data is generated at the edge, it becomes difficult to ship all telemetry data into a central monitoring solution while keeping up with a real-time monitoring. Another aspect is the continuity: sites still need to be locally monitored even if the connection to the data-center or cloud is down.
Unryo addresses Edge Computing challenges using its unique architecture. The solution includes one or more autonomous Edge Nodes that monitor and analyze data at the edge, combined with a central console that gives teams a very easy way to deploy and manage thousands of edge nodes.
The Unryo Edge Node
The Unryo Edge Node is a container application added to your cloud native deployments at the edge, or if you prefer, one container could be deployed on each edge site to monitor all local components. It collects, reduces, transforms and analyzes data close to the source, in addition of being able to detect anomalies in real time and to remediate issues directly. It then forwards findings and subsets of its data to the central platform for global visibility and historical reporting.
Designed for resource-constrained environments
Edge devices are generally resource constrained. The Unryo Edge Node is a very light, resource-efficient container you can deploy on either low spec Linux devices, on your Kubernetes nodes or as a VM if you’re using virtualization on your edge servers.
Built to handle unreliable connectivity
The Unryo Edge Node works autonomously, to keep monitoring continuity for the local site even under a prolonged connectivity outage situation. The embedded ML/analytic/remediation engine operates locally without external dependencies. Once the connectivity is back, any buffered data is sent to the central platform.
Monitor a wide variety of devices at the Edge
Loaded with best-practice monitors, the Unryo Edge node analyzes metrics and logs in real-time, from a multitude of sources (small IoT sensors, network devices, Kubernetes resources, VMs, high-powered servers, common applications, APIs, etc.). Be informed day one of performance issues, suspicious log activity, capacity risks or traffic distribution.
Bring Anomaly Detection and Remediation at the Edge level
By performing analytics computation directly at the edge, close to the monitored resources, you detect anomalies in real-time and remediate them in seconds. Unryo local analytics and ML uses multiple techniques like baselining, outlier detection and topology awareness. Detected anomalies can trigger an alert to the central platform or a close-loop remediation action right on an edge resource.
Central management of Edge Nodes
The Unryo console controls your distributed edge resources, helping you deploy, maintain and upgrade across large-scale edge sites easier than ever. In a few clicks, push a new monitoring template to thousands of locations at once. Get visual maps on all your deployments, ensuring the entire edge fleet is in good shape.
Dynamic edge observability using templates
When a problem occurs, your operations team may need a deeper understanding on the problematic site or region. In a few clicks, you can push a new monitoring configuration, diagnose the problem, and then return to the default monitoring once finished. This dynamic monitoring can also be automatically triggered.
Holistic visibility, from data center to the edge
All insights and data from edge nodes are stored and consolidated in the platform. Dashboards show everything from the overall view across all sites, down to edge device-level statistics. Every device living at the edge is enriched with metadata tags such as the location or namespace to allow for dynamic grouping, filtering and analytics.
Secure Communications
In edge computing, data may travel between different distributed nodes connected through the Internet and thus requires special encryption mechanisms. Unryo uses a service mesh that secures and encrypts all communications between the edge and the data center or cloud.
UNRYO DIFFERENTIATORS
Cloud-native, CSP-grade platform
Unryo is a unified, container-based platform built on top of a unique (patent pending) connectivity service, that inter-connects every component automatically and securely, while enabling powerful control of the stack.
No Lock-In
With Unryo, data and configurations are yours and always exportable. Unryo’s platform unifies, simplifies, enriches, but never constrains you. You keep full compatibility with open-source products.
No Complex Setup
Unryo is designed to be very easy to operate. Unryo's modern control plane hides all the complexity and enables the system to self-maintain the system. Unryo's service mesh offers a secure transport of data.