How IoT Helps Overcome Semiconductor Shortages

1. IoT-Driven Strategies for Automakers • Transforming Challenges into Opportunities with Smart Technology

2. Introduction • The global semiconductor shortage continues to disrupt the automotive industry, causing delays and rising costs. As vehicles become more reliant on advanced electronics, demand for chips is growing. IoT offers a way forward—enhancing supply chain visibility, optimizing resources, and reducing production bottlenecks. This presentation explores the shortage’s causes, its impact on automakers, and how IoT can help overcome these challenges. • www.rejigdigital.com

3. IoT Solutions for Chip Shortage • The semiconductor shortage continues to disrupt automotive manufacturing, but IoT offers smart solutions to reduce delays and strengthen supply chain resilience. • Real-Time Shipment Tracking: Monitor semiconductor shipments globally using IoT sensors to detect delays, damages, or route changes, enabling timely production adjustments. • Smart Inventory Management: Use IoT-enabled warehouse systems to optimize stock levels, prevent shortages or overstocking, and maintain component quality through environmental monitoring. • Predictive Maintenance:Deploy IoT sensors onfactory equipment to predictfailures beforethey occur,reducing unplanned downtime duringcritical chip shortages. • www.rejigdigital.com

4. Production Delays Affecting Vehicle Manufacturing • Production delays are significantly impacting vehicle manufacturing due to thesemiconductor shortage. Automakersare facing halted assembly lines, reduced output, and extended lead times, which have caused delays in vehicle deliveries and disrupted overall production schedules. • Supply Chain Disruptions Caused by Chip Shortage • The chip shortage is slowingcarproduction and increasing costs. It’s also making inventory and supply planning more difficult for automakers. • www.rejigdigital.com

5. Inventory Management: Inventory Management: Inventory Management Cold Chain Monitoring Predictive Analytics: Improved Efficiency • Optimizing Supply Chain Management with IoT IoT enables real-time monitoring, providing end-to-end visibility from raw material procurement to product delivery. IoT-driven insights help forecast demand and maintenance needs, reducing downtime and optimizing production schedules. IoT sensors track inventory levels, monitor goods in transit, and identify bottlenecks, allowing for dynamic adjustments. In industries like food, pharmaceuticals, and chemicals, maintaining precise temperature and conditions during transit is crucial for product quality and compliance. • www.rejigdigital.com

6. Automation vs. Manual Processes • The debate between automation and manual processes is key for efficiency and cost optimization, with both playing important roles in different contexts. • Manual processes offer customization, flexibility, and adaptability, making them ideal for tasks requiring human judgment, creativity, or high-quality control. They are particularly beneficial for small businesses or situations where personalized service and detailed attention are needed. • www.rejigdigital.com

7. IoT for Quality Control and Defect Detection Precision is critical in semiconductor manufacturing. Even minor defects can significantly affect chip performance, leading to costly issues. Traditional quality control methods often detect problems too late, limiting response time. IoT is revolutionizing this process. The impact is substantial—faster defect detection, reduced waste, and improved reliability. Early identification not only cuts costs but also maintains consistent product quality, a vital factor amid global semiconductor shortages. IoT sensors and analytics enable real-time monitoring of semiconductor production, detecting issues through temperature and vibration data. AI-powered vision systems catch microscopic defects early, ensuring higher quality and less waste. • www.rejigdigital.com

8. Predictive Maintenance: Leveraging real-time data from sensors embedded in vehicles, automakers can predict potential failures and schedule maintenance before issues arise. This not only reduces downtime and repair costs but also enhances vehicle longevity, improving customer satisfaction and brand loyalty. Autonomous Vehicles: Data is at the core of autonomous vehicle development. By analyzing data from cameras, radar, and lidar sensors, automakers are refining self-driving technologies, enabling vehicles to navigate and make decisions without human intervention. Data-driven insights also play a critical role in improving safety features and compliance with regulations. • Data-Driven Solutions for Automakers • Data-driven solutions are transforming the automotive industry by improving operations, vehicle performance, and customer experiences.ThroughIoT and AI, automakers are unlocking new possibilities for innovation and engagement. • www.rejigdigital.com

9. How IoT Helps Overcome Semiconductor Shortages The semiconductor industry faces challenges from supply chain disruptions and high demand, but IoT is helping by optimizing production and improving supply chain visibility. 1. Enhanced Supply Chain Visibility 2. Predictive Maintenance for Manufacturing Equipment 3. Optimizing Production Processes 4. Smart Inventory Management 5. Supply Chain Resilience Through Data-Driven Decisions 6. Collaboration Across the Value Chain

10. info@rejigdigital.com +91-7433973355 www.rejigdiital.com • Transform Your Business with Rejig Digital At Rejig Digital, we are dedicated to helping businesses unlock their full potential through cutting-edge IoT solutions, digital transformation, and data-driven strategies. Our mission is to empower enterprises to navigate the challenges of today’s rapidly evolving market landscape, ensuring long-term success and growth.