Cellular Message Testing System for Vendor Reliability
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Solution Overview
Problem
Current SMS systems lack real-time reporting of the quality of service for cellular service providers, making it difficult for companies to allocate marketing resources effectively and ensuring message delivery, as they rely on mobile network operators for delivery confirmations without independent performance metrics.
Innovation Solution
A system that sends test messages to testing nodes associated with various cellular service vendors, using a computerized application to provide independent confirmation of message receipt, allowing for real-time quality of service determination and resource allocation based on vendor performance.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If companies rely on mobile network operators for delivery confirmations, then message delivery can be processed through existing infrastructure, but independent performance metrics and real-time quality of service reporting are lost
Solution Approach 1:
The patent introduces an intermediary testing system that independently verifies message delivery by sending test messages through the SMS gateway and receiving confirmations from testing nodes. This intermediary layer provides objective performance metrics without replacing the existing mobile network operator infrastructure, thus maintaining message delivery reliability while recovering independent performance information.
Solution Approach 2:
The system implements a feedback mechanism where testing nodes send confirmation messages back to the centralized testing module, creating a closed-loop verification system. This feedback provides real-time quality of service data including delivery status, response time, and node availability, enabling companies to make informed decisions about vendor selection and resource allocation.
2Measurement precision
If test messages are sent to multiple testing nodes across different vendors, then real-time quality of service data can be collected, but system complexity and resource requirements increase
Solution Approach 1:
The testing nodes are designed to be multi-functional, serving both as regular cellular devices for normal communication and as testing nodes for quality of service verification. The computerized application on these nodes performs multiple functions including receiving test messages, generating confirmation messages, and collecting performance data, thereby reducing the need for dedicated testing equipment and simplifying the overall system architecture.
Solution Approach 2:
The testing nodes automatically perform testing operations without requiring manual intervention. The computerized application on each node autonomously receives test messages, generates confirmations, and reports status to the centralized module, reducing operational complexity and enabling scalable deployment across multiple vendors and geographic locations.
3Measurement precision
If independent testing nodes are deployed across multiple vendors, then objective performance comparison becomes possible, but infrastructure setup and maintenance costs increase
Solution Approach 1:
Existing cellular devices and network infrastructure are utilized for testing purposes, eliminating the need to build separate dedicated testing networks. The testing system leverages the existing SMS gateways, cellular networks, and device hardware, transforming existing resources into multi-purpose assets that serve both commercial communication and quality verification functions.
Solution Approach 2:
The testing infrastructure is designed to be self-maintaining through automated testing operations. The system continuously monitors vendor performance and automatically identifies issues, reducing the need for manual infrastructure maintenance and lowering operational costs over time.
Data Source
AI summary
A process for determining an operational status for a cellular service vendor includes, within a computerized device, sending a test signal comprising a test message to each of a plurality of testing nodes, each testing node being associated with a different cellular service vendor and each testing node including a computerized application configured to provide data back to the computerized device in reply to the test signal independently from data provided by the associated cellular service vendor. The process further includes, within the computerized device, determining a quality of service for each of the cellular service vendors based upon the data provided by the computerized application, generating a computerized display output describing the quality of service for each of the cellular service vendors, and allocating marketing resources based upon the quality of service for each of the cellular service vendors.