The SHARC (Simple Hardware Adapter for Remote Communications) is an innovative IoT sensor adapter developed by Mr. IIoT to simplify industrial sensor connectivity and data acquisition. Here are the key features and benefits of the SHARC:Key Features1. Universal Connectivity: SHARC can connect to various sensor types, including analog (0-10V, 4-20mA) and discrete (PNP, NPN) inputs.2. Power Options: The device can be powered via Power over Ethernet (PoE) or an existing 24 Vdc supply.3. Communication Protocols: SHARC uses MQTT for data transmission, making it compatible with numerous software platforms and business systems.4. Network Connectivity: Supports 100 Mbit Ethernet, built-in Wi-Fi, and Low Energy Bluetooth (BLE).5. Configurability: Software-configurable input purpose, scaling, and calibration.6. Sensor Loss Detection: Alerts users to potential sensor issues.ApplicationsSHARC is versatile and can be used for various industrial applications, including:- Capturing production counts- Monitoring facility air pressure- Measuring motor loads- Determining machine utilization rates- Tracking operating time of equipmentBenefits1. Simplicity: SHARC simplifies the process of adding sensors and collecting data, making it accessible to anyone who can operate a screwdriver.2. Cost-Effective: It provides a more affordable solution compared to traditional machine connectivity methods, especially for legacy equipment.3. Flexibility: SHARC can be used as a standalone device or integrated with existing infrastructure.4. Quick Implementation: Installation and configuration can be completed in as little as five minutes.5. Interoperability: The device is compatible with various software platforms and can easily integrate into existing data models and standards like MTConnect, OPC-UA, and SparkplugB.Patents:- 62/393148, Embedded systems and methods for improving maintenance and data acquisition in manufacturing operations.

The "5C" closed-loop feedback approach to Industrial Internet of Things (IIoT) implementation, developed by Chris Misztur, consists of five key stages: Connect, Collect, Combine, Compute, and Convey. This method is designed to transform raw data into actionable knowledge, facilitating improved decision-making and operational efficiency in industrial settings.1. Connect: Establish connections between devices and systems to enable data flow. This involves integrating various hardware and software components to ensure seamless communication.2. Collect: Gather data from connected devices. The focus here is on capturing the most relevant data directly from processes, minimizing human intervention to ensure accuracy.3. Combine: Integrate collected data from different sources to create a comprehensive dataset. This step often involves merging operational data with business data to provide a holistic view of the system.4. Compute: Analyze the combined data to derive insights. This involves processing the data using various analytical tools and techniques to identify patterns, trends, and anomalies.5. Convey: Communicate the insights gained from the analysis to stakeholders in a clear and actionable format. This step ensures that the information is accessible and can be used for informed decision-making.Overall, the "5C" approach aims to streamline IIoT implementations by systematically transforming data into knowledge that can drive continuous improvement and innovation within industrial environments.Patents:- US11034329B2, Wheel fastener alarm.- WO2020061175A1, Inventory management and scheduling.