Smart Manufacturing Unleashed: How IoT Accelerates Performance

1. How IoT Technology is Revolutionizing Manufacturing Efficiency and Problem Solving • Unlocking new levels of productivity and innovation by leveraging IoT to address manufacturing challenges and streamline operations. Presented By: Olivia Wilson Get Started

2. INTRODUCTION The Internet of Things (IoT) is changing how manufacturing works by connecting machines, sensors, and systems through smart technology. This network allows different parts of the production process to "talk" to each other. As a result, manufacturers can automate tasks and run operations more smoothly. With IoT, companies can see what’s happening on the factory floor in real time. They can track performance, spot issues early, and make quick decisions based on live data. This helps improve efficiency, reduce downtime, and deliver better results.

3. 01 02 03 Sensors & Actuators: Capture real-time data such as temperature, pressure, and machine performance. Connectivity: Uses protocols like Wi-Fi, 5G, and LPWAN to transmit data between devices and cloud systems. Data Platforms & Analytics: Centralized platforms store, process, and analyze data to derive actionable insights for decision-making. WHAT IS IOT IN MANUFACTURING? The Industrial Internet of Things (IIoT) refers to the use of connected devices, sensors, and intelligent systems within industrial environments—especially manufacturing. It enables real-time data collection, communication, and automation across machines, production lines, and enterprise systems. IIoT transforms traditional manufacturing into a smart, data-driven ecosystem.

4. Operational Delays • High Energy Consumption • Manual Data Delays Without smart monitoring, machines break down unexpectedly, causing costly stops and lost time. Old systems don’t track energy use well, wasting power and raising costs. Paper-based data is slow and error-prone, making decisions take longer and less accurate. TRADITIONAL MANUFACTURING PAIN POINTS • Lack of Real-Time Visibility Old systems delay issue detection and responses, lowering productivity. In today’s competitive industrial landscape, manufacturers are expected to deliver greater efficiency, consistent quality, and rapid adaptability. Achieving these goals depends on real-time insights and data-driven operations. However, reliance on legacy systems and manual workflows continues to limit operational visibility and responsiveness. These constraints hinder productivity and place traditional manufacturers at a strategic disadvantage in the digital era.

5. How IIoT Drives Efficiency in Oil & Gas IoT boosts manufacturing efficiency by reducing downtime and optimizing resources through real-time data. It improves production speed, lowers costs, and enhances quality. By providing clear operational visibility, IoT enables better decision-making and continuous improvement. Key Efficiency Gains Enabled by IoT: • Reduced Downtime: Predictive maintenance decreases unexpected equipment failures, minimizing costly production stoppages. • Improved Asset Utilization: Real-time asset tracking ensures machines and tools are used optimally, avoiding idle time. • Faster Decision-Making: Instant access to data accelerates problem-solving and operational adjustments. • Enhanced Quality Control: Automated monitoring detects defects early, reducing waste and rework.

6. Measurable Efficiency Gains Through IoT Industrial IoT helps manufacturers improve equipment reliability, efficiency, and product quality. Using connected devices and real-time data, it cuts costs and speeds up time-to-market, giving businesses a competitive edge. • Reduced Downtime by up to 40%: Predictive maintenance spots problems early, cutting costly stoppages. • Improved OEE: Real-time data boosts machine performance and quality. • Faster Time-to-Market: Automation speeds up production and launches.

7. Technological Enablers Accelerating Maintenance Evolution Cybersecurity Best Practices Scalability and Interoperability Encryption, access control, and continuous monitoring protect sensitive data and prevent breaches. Flexible, scalable solutions support business growth and work across different devices and standards. Integration with Legacy Systems Vendor Ecosystem and Platform Selection Seamless connection of new IoT platforms with existing equipment ensures smooth operations without disruption. Choosing secure, compatible, and scalable platforms is key for a reliable IoT infrastructure.

8. Digital Transformation in Manufacturing with IoT IoT is driving digital transformation in manufacturing, making factories smarter and more efficient through connected devices and real-time data. 1. Real-Time Data Collection 2. Predictive Maintenance 3. Smart Automation IoT sensors collect and transmit real-time data from machines, processes, and environments, offering complete visibility into production performance. Connected systems detect anomalies and predict equipment failures before they occur, reducing unplanned downtime and maintenance costs. IoT enables seamless automation by connecting machines, systems, and software—streamlining workflows and accelerating production timelines.

9. THE FUTURE OF IOT IN SMART MANUFACTURING The future of smart manufacturing is being shaped by the rapid evolution of IoT technologies. As factories embrace more intelligent, connected systems, they are moving closer to achieving fully autonomous, self-optimizing operations. • Edge Computing: Speeds up decisions by processing data near the source, reducing delays. • Digital Twins: Virtual replicas optimize performance and enable predictive maintenance. • 5G Connectivity: Fast, low-latency networks power real-time IoT and advanced automation.

10. Unplanned Downtime: IoT Solution: Predictive alerts & condition monitoring Prevents equipment failure by detecting issues early and enabling proactive maintenance. Inefficient Resource Use: IoT Solution: Smart metering & automated tracking. Optimizes energy and material usage, reducing waste and costs. Quality Control: IoT Solution: Real-time inspection via sensors & vision systems. Ensures consistent product quality with instant detection of defects. HOW IOT SOLVES COMMON MANUFACTURING CHALLENGES

11. Cybersecurity in IoT Manufacturing • Edge Security • Protects data directly on devices, reducing risk before it enters the broader network. IoT in manufacturing increases cyber risks due to more connected devices. Protecting data and IP requires strong, proactive cybersecurity measures. • Encryption & Authentication • Secures data transmission and ensures access is limited to verified users and devices. • Network Segmentation • Isolates critical systems from general operations to contain potential cyber threats. • Regular Firmware & Security Updates • Keeps systems secure by patching vulnerabilities with timely updates and fixes.

12. THANK YOU! Embracing IoT in manufacturing is not just a technological shift—it’s a strategic advantage. From predictive maintenance and real-time quality control to enhanced safety and cybersecurity, IoT is transforming the way factories operate. +1 (510) 956 6572 www.rejigdigital.com