Executive Overview

This proposal outlines SenseMi's plan to revolutionize utility management through the deployment of aLoRaWAN and NB-IoT-based network. This network will integrate various types of energy meters—smart,digital, and mechanical—across residential, commercial, and industrial sectors, enhancing theirfunctionality using advanced AI-driven meter reading modules. This strategic initiative is designed toupgrade how utilities are managed and analyzed, extending beyond cities to encompass a broader range ofareas. Our approach promises to make utility infrastructure smarter, more efficient, and cost-effective.

Project Overview

Our proposal addresses the growing needs for smarter infrastructure solutions driven by urbanization andtechnological advancements. By leveraging LoRaWAN technology coupled with NOL Mesh Networkcapabilities, we enhance meter functionality across residential, commercial, and industrial sectors, therebyensuring comprehensive, efficient, and reliable data management systems.

• Objective:

Implement a city-wide LoRaWAN network enhanced with Meshtastic meshnetworking to connect energy meters and other smart devices, enhancing meter functionality anddata management.

• Scope:

Installation of LoRaWAN Gateway Modules in strategic locations, integration of NOLMesh Network nodes for extended coverage, reader and communication modules in existing meterinfrastructure, and deployment of AI technology for advanced meter reading.

At SenseMi Solutions, we offer two groundbreaking innovations:

➢ Modular Digital Energy Meter:

Our modular digital energy meter is a cutting-edge device designed to help utility companies efficientlymeasure and manage electricity, gas, and water consumption. This versatile and cost-effective solutionenables utilities to modernize their infrastructure and optimize resource management. With a modularapproach, our digital meter allows utility companies to initially invest in the base unit and seamlesslyupgrade to smart capabilities as needed, ensuring a future-proof investment.

➢ Smart Conversion for Mechanical Meters:

Our second innovation transforms traditional mechanical meters into smart meters, bringing the advantagesof modern technology to existing systems. By integrating our smart modules with conventional meters,utility companies can achieve precise and efficient energy management without the need for completesystem replacement. This upgrade ensures accurate data collection and enhanced operational efficiency,providing a smart, sustainable solution for energy management.

These solutions reflect our commitment to innovation, flexibility, and cost-efficiency, helping utilitycompanies navigate the transition to smarter, more efficient energy management systems.

Detailed System Description

• LoRaWAN Gateway Module:

Acts as a central hub for meters in close proximity, capable oftransmitting data to utility servers via a 4G network, reducing the need for individual SIM cardsand connections for each meter.

• NOL Mesh Network Integration:

Utilizes low-power, long-range mesh networking to extendconnectivity between meters, especially in areas where direct LoRaWAN connection might be weakor unavailable. This integration ensures that data from every meter, regardless of its location, iscaptured efficiently.

• Reader and Communication Modules:

Specifically designed for digital and mechanical meters,these modules employ advanced AI and neural networks to interpret and transmit meter dataefficiently.

• NB-IoT Integration:

: For areas beyond the LoRaWAN and NOL Mesh Network coverage, NB-IoTtechnology will ensure reliable connectivity.

Strategic Implementation Plan

Infrastructure Assessment:

Conduct detailed surveys to identify optimal locations for the installation ofLoRaWAN Gateways and NOL Mesh Network nodes.

Technology Development:

Design and develop AI modules tailored to integrate seamlessly with existingmeter types and networking technologies.

Module Development and Testing:

Develop and rigorously test the AI-driven reader and communicationmodules alongside NOL Mesh Network technology.

Pilot Testing:

: Implement a pilot program to test system reliability and efficiency in a controlledenvironment, focusing on interconnectivity and data accuracy.

System Integration:

Sequentially integrate meters with the new modules, connecting them to thecombined LoRaWAN and NOL Mesh Network.

City-Wide Deployment:

Expand the network across the city, ensuring comprehensive coverage andconnectivity with minimal disruption and maximum integration efficiency.

Monitoring and Optimization:

Continuously monitor the system and optimize performance based on dataanalytics.

Financial Overview and Investment Opportunity

‍

• Capital Requirements:

Outline initial and operational cost estimates, highlighting the economicbenefits of reduced infrastructure and operational expenditures.

• Return on Investment:

Project potential savings and earnings, emphasizing the cost-effectivenessand long-term financial benefits of the proposed system.Competitive Advantage and Market Potential

• Innovation:

First-to-market advantage with advanced AI integration in traditional and smart metersystems.

• Market Growth:

Tap into the expanding global market for smart utility solutions, projected toincrease substantially over the next decade.

• Regulatory Compliance:

Ensure adherence to all relevant environmental and safety standards,enhancing marketability and public trust.

• Efficiency:

Streamlined data collection and management.

• Cost-Effectiveness:

Reduced operational costs due to centralized data transmission and minimizedphysical infrastructure.

• Scalability:

Flexible architecture that can expand to include more devices and cover larger areas.

• Sustainability:

Enhanced capacity to manage resources effectively, leading to reduced waste andenergy usage.

Conclusion

SenseMi is poised to lead the transformation in urban utility management through the strategic applicationof LoRaWAN and AI technologies, now enhanced by and NOL Mesh Network’s innovative meshnetworking. Our proposal promises to deliver a smarter, more connected, and more sustainable cityinfrastructure.