Software-Defined Local Status Notification Hardware for Edge Systems
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Solution Overview
Problem
Traditional local status notifications in information handling systems only provide information about local hardware, failing to offer comprehensive system status updates, including cluster-level status data and software components, which limits user understanding and reporting, especially in scenarios like hyper-converged infrastructure where remote management is necessary.
Innovation Solution
The implementation of local status notification hardware that receives configuration definitions from a cloud-based control panel to output non-local status notifications, enabling the display of cluster-level status data, VM workloads, CPU utilization, and other system information, using hardware such as LED lights, speakers, and LCD displays.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Loss of information
If local status notification hardware is used to provide system status information, then users can quickly identify and report issues, but traditional hardware only provides local hardware information and cannot display comprehensive system status including cluster-level data
Solution Approach 1:
A software-defined notification system acts as an intermediary between the local status notification hardware and the comprehensive system management data. The system receives configuration definitions from a cloud-based control panel and translates non-local status notifications (cluster-level events, software component status) into local hardware notifications (LED patterns, speaker beeps, LCD messages), enabling the hardware to display information beyond its traditional local scope.
Solution Approach 2:
The local status notification hardware is enhanced to serve multiple functions: it can display both traditional local hardware status and comprehensive system-wide status information including cluster-level events, virtual machine workloads, and software component health. This multi-functionality is achieved through software configuration that maps various system events to appropriate hardware notification patterns.
2Ease of operation
If cloud-based control panel is used for remote management, then zero-touch operations are enabled, but users cannot receive local visual feedback about system status at the edge device
Solution Approach 1:
The system implements a feedback mechanism where the cloud-based control panel sends configuration definitions to the edge device, which then uses local status notification hardware to provide immediate visual and audible feedback about system status. This allows users to maintain local awareness of system health, events, and alerts while continuing to leverage remote management capabilities for operations.
3Productivity
If comprehensive system status notifications are displayed locally, then issue identification speed increases, but the hardware must be configured to handle multiple notification types and sources
Solution Approach 1:
Configuration definitions are pre-defined and pre-configured in the cloud-based control panel before being deployed to edge devices. These definitions establish the correspondence between various system events (cluster-level events, software component status, hardware alerts) and appropriate notification patterns (LED sequences, speaker beeps, LCD messages). This preliminary configuration eliminates the need for complex on-site setup and simplifies deployment while maintaining comprehensive monitoring capabilities.
Data Source
AI summary
An information handling system may include at least one processor, a memory, and local status notification hardware. The information handling system may be configured to: receive configuration definition information indicating a correspondence between events and notifications that are configured to be output by the local status notification hardware; and cause non-local status notifications to be output by the local status notification hardware in accordance with the configuration definition information.