Peripheral Firmware Update via User Device Bridge
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Solution Overview
Problem
Existing technologies face challenges in efficiently updating firmware for peripheral devices in conference rooms and shared workspaces, especially when these devices are not network-connected, making remote management and remediation difficult.
Innovation Solution
A method and system that involve connecting a user device to shared peripheral devices, establishing a network connection with a cloud-based management service, retrieving firmware version information, and transmitting this information along with location data to the cloud service. This allows for coordinated firmware updates and remediation, even for devices not initially network-connected.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Device complexity
If peripheral devices are not configured for network connection, then device simplicity and cost are reduced, but remote firmware update capability and management efficiency deteriorate
Solution Approach 1:
The patent introduces a user device as an intermediary between the cloud-based management service and the non-networked peripheral devices. The user device temporarily bridges the communication gap, allowing firmware updates to be transmitted to devices that otherwise lack network connectivity. This mediator approach enables remote updates without requiring permanent network infrastructure at the peripheral device location.
Solution Approach 2:
The system performs preliminary actions by establishing a temporary network connection through a user device before the actual firmware update is needed. The management service prepares and transmits firmware updates in advance when a user device is present in the location, rather than waiting for the peripheral device to be directly accessible. This preliminary action ensures updates can be applied even though the peripheral devices remain permanently non-networked.
2Reliability
If manual reactive approaches are used for firmware updates, then device autonomy is maintained, but IT administration efficiency and productivity deteriorate
Solution Approach 1:
The patent implements a feedback mechanism where the management service monitors the status of peripheral devices and automatically initiates firmware update processes when updates are available. The system tracks which devices need updates, notifies appropriate users, and coordinates the update process based on device usage patterns. This automated feedback loop eliminates manual checking and reactive updates, significantly improving IT administration efficiency while maintaining device autonomy through controlled, scheduled updates.
Solution Approach 2:
The system enables self-service by allowing the management service to automatically manage firmware update scheduling and distribution without requiring continuous manual intervention from IT administrators. The system autonomously identifies devices needing updates, prepares appropriate firmware packages, and coordinates delivery through user devices. This self-service capability transforms the update process from manual and reactive to automated and proactive, greatly enhancing productivity.
3Extent of automation
If cloud-based management service is implemented, then firmware update capability is improved, but network infrastructure requirements and system complexity increase
Solution Approach 1:
The patent makes the user device multi-functional by utilizing it both as its primary function and as a temporary network bridge for peripheral devices. The same user device that performs standard computing tasks also serves as a communication intermediary for firmware updates. This universality eliminates the need for dedicated update infrastructure or specialized hardware, reducing overall system complexity while maintaining advanced firmware update capabilities through the cloud-based management service.
Data Source
AI summary
The disclosure relates generally to firmware updates for conference room devices. When there is a firmware problem for a conference room device that needs fixing, it may result in the conference room sitting unused until an end user submits a ticket to information technology (IT). The present disclosure proposes a more proactive approach. For instance, a user may bring a laptop to a conference room for a meeting that uses a meeting application. The laptop may detect the presence of peripherals in the conference room and, in response, iterate through the different peripherals and discover current firmware version and health status for the peripherals. The laptop may then report to an IT server, for each peripheral, 1) peripheral identifier, 2) firmware version, 3) health status, 4) meeting room location. The IT server may then determine if any firmware fixes should be applied.