MxApprove vs IBM Inspector Portable

MxApprove by A3J Group, LLC is a mobile workflow inbox for IBM Maximo Asset Management. Users of IBM Maximo need to approve or reject various system records as they go through standard lifecycles. Examples include approval of Purchase Requisitions to support non-stock purchases for Work Order planning, revisions of Contracts and Purchase Orders, electronic approval of Invoices, revisions of Job Plans, etc. Many times, administrators of IBM Maximo utilize the system's electronic workflow capabilities to standardize and automate the lifecycle of these records. At times during these lifecycles, assignments are made to individuals or groups that require review and approval or rejection of the assignment. That's where MxApprove comes in. Standard functionality within IBM Maximo has users log into the web application on their desktop to access their Assignments Inbox. From there users review and act on those records. In the world of management today, who has time to constantly sit down at their desk and monitor their IBM Maximo inbox? MxApprove allows users to access their inbox, review the records that are assigned to them, and accept, reject, and reassign assignments. All on the go, and all using the authorized IBM Maximo API's. Visit http://a3jgroup.com/mxmobile/ for more information, including the video tutorial.

IBM Inspector Portable app uses complex computer vision models that are developed on IBM Maximo Visual Inspection deep-learning platform to enable the rapid identification of defects and issues by capturing images using an iPhone or iPad. IBM Inspector Portable can also run Core ML models exported from IBM Maximo Visual Inspection, which enables local inferencing on-device without requiring network connectivity. Organizations can license IBM Inspector Portable with MQTT if external systems are required to automatically initiate a procedure using MQ Telemetry Transport (MQTT). IBM Inspector Portable is designed to: • Empower individuals within enterprises to take action in real time in determining if defects, damage, or other anomalies exist • Use CORE ML object detection and classification computer vision models that are trained on Maximo Visual Inspection for inferencing on iPhone or iPad. • Perform multiple inspections in a sequential order as part of a procedure • Commence a procedure manually by entering a unique reference, scanning a barcode, or using optical character recognition (OCR) • Provide users with the capability to monitor their progress through a summary view of all pass or fail results for each step of the procedure