IoT Messaging Appliance Edge Relay Architecture
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Solution Overview
Problem
Current messaging systems in IoT environments face challenges such as messages not being relayed to further destinations, lack of easy automatic sending, non-verbalized messages, absence of GPS location information, and failure to integrate with sensor or actuator data, limiting their effectiveness in notifying relevant parties or controlling devices remotely.
Innovation Solution
The Extended-Capability Messaging Appliance (ECMA) system enables secure, audio-capable message delivery to recipients with GPS location information, directly interacting with sensors and actuators, and integrating with IoT devices for immediate action without relying on central servers, using a distributed architecture with AI and Machine Learning for predictive actions.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If messages are sent through central servers in traditional IoT messaging systems, then message delivery is achieved, but server load increases and message relay capability is limited
Solution Approach 1:
The patent segments the centralized messaging architecture into distributed edge appliances (ECMA) that can independently handle message routing and relay operations. Each ECMA unit processes messages locally and can forward them to multiple destinations without requiring constant central server intervention, thereby reducing server load while maintaining reliable delivery through distributed redundancy
Solution Approach 2:
The ECMA appliance acts as an intermediary device between IoT devices and the central server or end recipients. It receives messages from IoT devices, processes them locally (including AI/ML analysis), and relays them to appropriate destinations, eliminating the need for all messages to traverse the central server and reducing overall system complexity
2Adaptability or versatility
If traditional messaging systems are used, then basic message transmission is achieved, but integration with sensor and actuator data is lacking
Solution Approach 1:
The patent merges messaging functionality with sensor data acquisition and actuator control capabilities into a single ECMA appliance. The system combines AI/ML processing, sensor data ingestion, message composition, and actuator command transmission in one integrated platform, enabling rich contextual messages that include sensor readings, location data, and predictive analytics without requiring separate systems for each function
Solution Approach 2:
The ECMA appliance is designed as a universal platform that can perform multiple functions: receiving messages from IoT devices, processing sensor data, generating AI/ML-based predictions, composing contextualized messages, relaying them to multiple destinations, and sending commands to actuators. This multi-functional design eliminates information loss by handling all data types within a single system
3Productivity
If messages are sent immediately without processing, then response time is fast, but message quality and contextualization are poor
Solution Approach 1:
The ECMA appliance performs preliminary AI/ML processing, sensor data analysis, and message contextualization locally before message transmission. By pre-processing data and generating predictive insights at the edge, the system prepares high-quality contextualized messages in advance, enabling fast transmission of rich information without requiring extensive post-processing or central server analysis
Data Source
AI summary
To effectively operate in an increasingly prolific Internet of Things environment, one best has the ability to message, whether device status, actions taken, recommendations for actions or other information to those with a need to know or respond to device-execution instructions. Traditional messaging such as texting and e-mail typically are limited in that they can neither provide automatic audio output to the recipient nor can they may be automatically relayed or contain execution instructions for target devices. The present invention is an appliance that communicates with other IoT devices that provides Extended-Capability Messaging with these capabilities and can include AI and optionally configured in a secure version. Artificial-Intelligence elements of a variety of types can be included in Extended-Capability Messaging Appliances and these and other AI elements constitute a Hybrid AI Backbone. The Hybrid AI Integrator in takes results from multiple Artificial Intelligence elements and develops one or more conclusions.