IoT Messaging Appliance for Relay, GPS, and Actuator Control
Find Innovative SolutionsGenerate Solutions
Solution Overview
Problem
Current messaging systems in IoT devices face challenges such as messages not being relayed to further destinations, lack of verbalization, absence of GPS location information, non-integration with sensor or actuator data, and inability to carry instructions to sensors and actuators, limiting effective communication and control.
Innovation Solution
The Extended-Capability Messaging Appliance (ECMA) enables secure, audio, and text-based messaging with GPS coordinates, directly interacting with sensors and actuators, and integrating AI for predictive actions, supporting IoT devices with AI capabilities for efficient edge computing.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If messages are sent using traditional IoT messaging systems, then basic communication is achieved, but messages cannot be relayed to further destinations and lack extended capabilities
Solution Approach 1:
The system segments messaging functionality into separate components: ECMA devices handle message generation and local processing, while designated relay devices handle forwarding to further destinations. This segmentation allows each component to specialize in specific tasks, enabling message relay without requiring all devices to have full relay capabilities.
Solution Approach 2:
The patent introduces ECMA devices as intermediary components between traditional IoT devices and message destinations. These intermediaries add extended capabilities including message relay, audio conversion, GPS integration, and sensor/actuator control, allowing basic messaging systems to achieve advanced functionality through the mediator layer.
2Use of energy by moving object
If IoT devices communicate using standard protocols, then power consumption is reduced, but integration with sensors and actuators is limited
Solution Approach 1:
ECMA devices are designed as universal intermediaries that can integrate with multiple types of sensors and actuators while maintaining efficient LPWAN communication. The device provides a standardized interface that works with various sensor types (temperature, humidity, motion, etc.) and actuator types, allowing low-power communication without sacrificing integration versatility.
3Device complexity
If messaging systems use text-only communication, then device complexity is minimized, but audio communication capability is absent
Solution Approach 1:
The messaging system dynamically adapts its communication format based on the capabilities of the receiving device. ECMA devices can send messages as text to simple devices and as audio to devices with speakers, automatically adjusting the communication format without requiring complex configuration or sacrificing either text or audio capability.
4Device complexity
If IoT devices operate without GPS integration, then device complexity is reduced, but location information is unavailable
Solution Approach 1:
ECMA devices serve as intermediaries that incorporate GPS functionality and automatically attach location data to messages. Traditional IoT devices without GPS can still provide location information through their ECMA intermediaries, which add this capability transparently without requiring the original devices to be modified or made more complex.
5Device complexity
If all IoT communication is handled by central servers, then device complexity is minimized, but system efficiency and response time are reduced
Solution Approach 1:
The system segments communication handling between ECMA devices and central servers. ECMA devices perform local message processing, relay decisions, and sensor/actuator control without requiring all communications to route through central servers. This segmentation enables faster local responses while maintaining centralized coordination when needed, improving overall system efficiency without significantly increasing device complexity.
Data Source
AI summary
Operating effectively in an increasingly prolific Internet of Things environment, one needs the ability to message, whether device status, actions taken, recommendations for actions or other information to those with a need to know and support responses to actionable messages. Texts and e-mail are limited; they can neither provide other outputs, be targeted in intelligent fashion nor selectively relayed or contain execution instructions for target devices. The present invention is an Extended-Capability Messaging Appliance (ECMA) that communicates with other IoT devices that provides these capabilities and can include AI. ECMA and non-ECMA AI elements can constitute a Hybrid AI Backbone. The Hybrid AI Integrator receives results from multiple A elements and develops one or more conclusions. An ECMA may be configured as a Body-Area Network for individuals or a Business-Area Network for industry and other commercial applications with an AI Agent called BANDIT that processes requests from a user.