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Your Complete Guide To Scaled Agile Framework Certification
Posted by Marbenz Antonio on February 10, 2022
The way businesses make, produce, and distribute their products is changing as a result of Industry 4.0. New technologies, such as the Internet of Things (IoT), cloud computing and analytics, as well as artificial intelligence and machine learning, are being incorporated into manufacturing facilities and processes.
Advanced sensors, embedded software, and robots are used in these smart factories to gather and analyze data for better decision-making. When production data is coupled with operational data from ERP, supply chain, customer service, and other business systems, it creates a whole new level of visibility and insight from previously segregated data, resulting in even more value.
Increased automation, predictive maintenance, self-optimization of process improvements, and, most importantly, a new level of efficiency and responsiveness to consumers that were previously unattainable via the use of digital technology.
The manufacturing industry has an excellent potential to enter the fourth industrial revolution by developing smart factories. Analyzing the massive volumes of big data gathered from factory floor sensors allows for real-time awareness of production assets as well as tools for minimizing equipment downtime by doing predictive maintenance.
In smart factories, high-tech IoT devices are used to increase production and quality. Manufacturing mistakes are reduced and money and time are saved by replacing manual inspection business models with AI-powered visual insights. Quality control workers may set up a smartphone connected to the cloud to monitor industrial operations from nearly anywhere with a small cost. Manufacturers can spot mistakes sooner rather than later, when repairs are more expensive, by using machine learning algorithms.
All sorts of industrial organizations, including discrete and process manufacturing, as well as oil and gas, mining, and other industrial divisions, can benefit from Industry 4.0 concepts and technology.
Smart factories focus heavily on the Internet of Things (IoT). Sensors on the manufacturing floor are outfitted with an IP address that allows machines to communicate with other web-enabled equipment over the internet. Large volumes of important data may be gathered, analyzed, and transferred as a result of this mechanization and connectedness.
Any Industry 4.0 plan must include cloud computing. Engineering, supply chain, production, sales and distribution, and service must all be connected and integrated for smart manufacturing to be fully realized. That is made feasible via the cloud. Furthermore, cloud computing allows for more efficient and cost-effective processing of the normally vast quantity of data that is saved and evaluated. Using cloud computing, small and medium-sized businesses can save money on their start-up expenses since they can customize their needs and scale as they grow.
Manufacturing businesses may use AI and machine learning to make the most of the massive amount of data that is created not just on the factory floor, but also throughout their business divisions, as well as from partners and third-party sources. Operational and business processes may be automated and visibility, predictability, and automation can be achieved via the use of AI and machine learning. During the manufacturing process, for example, industrial machinery is prone to failure. Businesses may use data from these assets to undertake machine learning-based predictive maintenance, resulting in increased uptime and efficiency.
To meet the needs of real-time production processes, some data analysis must be done at the “edge,” or at the point where data is generated. This reduces the time it takes for a response to be generated from the moment the data is created. The identification of a safety or quality concern, for example, may need immediate action with the equipment. The time it takes to transport data from the factory floor to the business cloud and then back to the factory floor may be too long, and it all depends on the network’s stability. By using edge computing, data is kept close to its source, decreasing security issues.
The relevance of cybersecurity or cyber-physical systems has not always been recognized by manufacturing organizations. However, the same factory or field (OT) connection that allows for more efficient production operations also opens up new avenues for malware and hostile assaults. It is critical to adopt a cybersecurity solution that includes both IT and OT equipment while conducting a digital transformation to Industry 4.0.
Manufacturers have been able to build digital twins, which are virtual clones of processes, manufacturing lines, factories, and supply networks, as a result of Industry 4.0’s digital revolution. Data from IoT sensors, gadgets, PLCs, and other internet-connected things is used to construct a digital twin. Digital twins can be used by manufacturers to help them raise their efficiency, streamline their processes, and develop new goods. Manufacturers can evaluate modifications to a manufacturing process by simulating it, for example, to see whether they can reduce downtime or increase capacity.
For industrial organizations, a substantial quantity of big data is generated via embedded sensors and networked gear. Manufacturers may use data analytics to look into past trends, spot patterns, and make smarter decisions. To get deeper insights, smart factories may also integrate data from other sections of the company as well as their wider ecosystem of suppliers and distributors. Manufacturers can make production decisions based on sales margins and personnel by looking at data from human resources, sales, or warehousing. As a “digital twin,” a complete digital replica of an operation can be constructed.
The network architecture of the smart factory is based on interconnectivity. Other manufacturing assets, as well as other components of the enterprise software stack, such as enterprise resource planning (ERP) and other business management software, can ingest and use real-time data received from sensors, devices, and machines on the factory floor right away.
Smart factories can manufacture things that are more cost-effectively tailored to fit the demands of specific clients. Manufacturers in several industries seek to reach a “lot size of one” in a cost-effective manner. Manufacturers may readily develop small quantities of unique things for specific clients by employing powerful simulation software tools, new materials, and technologies like 3-D printing. Industry 4.0 is about mass customization, whereas the previous industrial revolution was about mass manufacturing.
Integrated with production operations as part of a strong Industry 4.0 strategy, industrial operations rely on a transparent, efficient, and cost-effective supply chain. Manufacturers’ ability to procure raw materials and supply completed goods is altered as a result of this. Manufacturers can better organize delivery by sharing some manufacturing data with suppliers. Deliveries can be redirected or delayed to save time and money if a production line is disrupted, for example. Companies may also utilize predictive shipping to distribute finished items at the right moment to fulfill customer demand by monitoring weather, transportation partner, and store data. The technology of blockchain is gaining traction as a way to make supply networks more transparent.
For factories looking to take advantage of Industry 4.0, creating a hybrid multi-cloud IT infrastructure is a critical part of their digital transformation. When a corporation manages its computing workloads in two or more public and private clouds, it is referred to as a hybrid multi-cloud. Because some environments are more suited to or more cost-effective for specific workloads, they may optimize their workloads across all of their clouds. Existing workloads may be moved from their on-premises location to the best potential cloud environment for manufacturers aiming for digital transformation and a safe, open environment.
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