FDT Communication DTM. Field device integration plays an important role in the world of industrial automation to ensure easy and efficient configuration, calibration, diagnostics and monitoring of the low level industrial assets like flowmeter, valve, actuator, etc.
EDDL, FDT/DTM™ (Field Device Tool/Device Type Manager) and FDI (Field Device Integration) are three existing device integration enablers in the process and discrete industry. Increasingly complex and sophisticated field devices have led to device-specific software applications that access and analyze information about the device and its condition. With that focus in mind, FDT/DTM technology is a communication framework that facilitates the integration of various devices like sensors, actuators, and I/O devices. 10 Important Steps to Build a Smart Factory - Industrial digital transformation refers to many development and progress arrangements towards new plans of action and revenue streams comprising three major columns; automation, improved manufacturing cycles, and production advancement.
The Coronavirus pandemic has disturbed almost every business regardless of type and size, and manufacturing is no exception. Amid the social distancing and mandated closures, manufacturers have had to face disruptions in supply chains, inventory shortages, limited availability of employees, and a lot more. During these 1.5 years of surviving this global pandemic, manufacturers realized the sheer importance of introducing automation into manufacturing processes.
With lockdown and social distancing measures, manufacturers started rethinking about restructuring their operations and rely more on automation. Digital Transformation and Industry 4.0 Digital transformation is imperative to make the industries able to harness the power of Industry 4.0. Start Small. Trends in Industrial Sensors. What is the Need for DevOps in Manufacturing Industries? - What is the Need for DevOps in Manufacturing Industries?
(Role of DevOps in Industrial Software Development) From deploying robots to automation to software development, there are several ways manufacturing industries are working faster and smarter. The main reason behind these developments is the easy collaboration of developers and operations teams who no longer have to use a siloed approach to software updates and changes. Overcoming the Security Challenges of IIoT Edge Devices - IIoT edge devices play a key role in processing, handling, and delivering an enormous amount of data coming from a vast array of field devices installed across the plant(s).
It has opened great opportunities for both revenue generation as well as cost optimization by gathering critical field information. Though industries can reap a plethora of benefits from edge computing, it is also subject to many security vulnerabilities. IoT edge devices are the target for attackers since these devices are the entry/exit point for data flow between the IT and OT worlds. A minor leakage of critical field data may cause a huge loss to the enterprise. How to Select the Right Edge Device Manager for My IIoT Network? - Smooth IIoT operations go far beyond deploying smart devices and flawless networking capabilities.
To harness the power of IIoT with multiple edge devices scattered over distributed locations, an edge device manager solution is highly crucial. These edge device managers not only automate the firmware, software, and security patch updates, but also enable secure provisioning, and much more that save operational expenses a big time. How OPC UA is an Important Aspect in Industrial Automation. 5 Mistakes to Avoid When Migrating a Legacy Application to Cloud - Industries are gearing up to embrace the changes that IR4.0 demands, which has pushed the need to modernize their existing services and system portfolio.
Adapting legacy systems such as SCADA, DCS to the service-oriented digital streams is a challenging task for companies, especially those in the manufacturing sector. One of the major concerns while adapting the new-age automation systems is to re-engineer the existing systems and upgrade them to a newer version. This upgrade is referred to as ‘Migration’. When the migration strategies of the legacy applications make use of cloud computing technology, the whole process is referred to as cloud migration. Simply put, cloud migration is the process that essentially involves cloud integration of legacy applications by formulating process objectives that aim to deliver desired functionalities and improves efficiency in processing the data.
What are factors to be considered while migrating applications to the cloud? OPC UA Tunneller and its role in migrating from Classic OPC to OPC UA - OPC Classic is the most widely used technology for linking different automation devices in the world.
It is an open, secure, and reliable technology for sending data in factories, enterprise applications, and the cloud. Numerous OPC–based systems are in use throughout the globe, allowing for the safe and reliable exchange of data between industrial software components. OPC Drivers and Certified Products. The growing demand for plant wide machine data exchange, remote data access, agility for faster time to market and integration of automation in higher enterprise level systems is driving the development of new OPC server products with fully integrated OPC UA capabilities.
Whether it is for fast and easy integration of various OPC UA Servers with Client/Server, Pub/Sub or TSN communication models, our OPC certified products help in optimizing your server communication up to your business enterprise systems. Our range of OPC product development solutions includes but not limited to embedding OPC UA cloud connectivity, OPC servers for PLC communications or integration of different fieldbus technologies and standard industry protocols into your OEM products. Our server products are compatible in heterogeneous plant networks with controllers and devices from a wide variety of vendors like Rockwell, Siemens, Schneider, and others.
OPC Products provided by Utthunga uOPC® Modbus Server. Various Database Technologies for Developing Industrial Applications - Database management systems exist in various forms and sizes, from complicated to basic, from expensive to inexpensive.
It is critical to consider how the database technology you select will scale as the size of your data grows and how it will interact with any applications you employ to query your data. The database technology landscape in industries has changed considerably in the last decade. Database technology has morphed into several different forms that assist in defining how data is stored, accessed and utilized inside an organization. A Quick Overview of a Few Industrial Safety Protocols -
Industrial safety protocols are communication protocols used to send information critical to the safe operation of machinery in manufacturing lines, process plants, and other industrial settings.
They are intended to detect communication issues such as message corruption, delay, insertion, loss, and repetition. Control, safety, synchronization, and motion are just a few of the automation applications it may link via the Common Industrial Protocol. A primer on the technologies enabling Edge Analytics - Edge analytics is a sophisticated data analysis technique that allows users to access real-time processing and extraction of unstructured data collected and stored on the network’s edge devices. Edge analytics enables the automated analytical processing of produced data in real-time. The substantial rise in edge analytics applications is due to the widespread use of the internet of things (IoT), widely acknowledged by industries as the most important tech trend due to the broad range of IoT services and domain capabilities.
How industry 4.0 shaping the Manufacturing Industry. Role of Product Engineering Services - What is Product Engineering? The term product engineering refers to the development of a product from concept to manufacturing and release of the product to the market. With product engineering, all the services, right from the innovation phase to the product deployment and testing phase, come under one umbrella. Product engineering takes care of the entire product life cycle including innovation, design, development of the mechanical/electronic/software components, as well as the testing and deployment of the product.
Industrial Protocol Simulator. Protocol simulators and slave simulators help create virtual representations of industrial assets. Protocol Simulator toolsnot only simulate the communication/connectivity aspects but can simulate functional aspects of an industrial asset by virtue of simulating field conditions. IIoT Applications Development. Introduction IIoT is quite the buzz right now. Beyond the noise and the hype, there is actually serious promise in the adoption and implementation of IIoT tools and technologies in the manufacturing world. Industry verticals like process, factory, power & utilities, building automation are using IIoT applications that help in asset management, supply chain management, remote monitoring, predictive maintenance, operational efficiency and informed decision making.
Steps to Obsolescence Management in Industry 4.0 - What Is Obsolescence Management? One of the prominent effects of industry 4.0 is the massive change to the industrial equipments usage and their management. This involves not only maintaining their aging electronic components but also adding new ones, while ensuring it doesn’t disrupt their existing operations. Not only this; the adoption of the new age technologies has been accelerated by Industry 4.0 trends. This has pushed industries towards chalking an obsolescence management strategy. The International Institute of Obsolescence Management defines “obsolescence” as an activity when electronic components age and require replacement or repair. Role of OPC UA in OPAF (Open Process Automation Forum) Standard -
Open Process AutomationTM Standard (O-PASTM Standard) or “Standard of Standards” as it’s popularly known is an initiative to create a new age automation system with a different architecture than the existing process automation systems that uses Distributed Control Systems (DCS) and Programmable Logic Controllers (PLCs). Azilen Services. Testing as a Service (TaaS) DevOps A Quick Primer V1. Build Vs. Buy an Edge Device Stack. Find Out What Suits Your Business. - Optimizing data transmission from field devices to the cloud in a way that can enable quick response time and reduce network congestions have been the prime motives behind inventing this emerging technology called Edge Computing.
Edge computing has become popular in IIOT networks as it offers a viable solution to emerging network problems in factories. What is the Need for DevOps in Manufacturing Industries? - A Guide to Managing Industrial IoT Edge Devices - Industrial IoT (IIoT) brings together machines, cloud computing, analytics, and people to enhance the productivity and functionality of industrial processes. With IIoT, companies can transform business models and improve performance alongside decreasing industrial waste. 5 Important Considerations Before Modernizing Your Legacy Industrial Software Applications - Introducing innovative business practices is common among industries, thanks to the changing market landscape demanding for newer, better, and focused solutions.
Dell surveyed 4000 global business leaders among which 89% agreed that the pandemic has forced the need for a more agile and scalable IT environment. As per the statistics of Dell’s Digital Transformation Index 2020, 39% of companies already have mature digital plans, investments, and innovations in place, which is 16% higher than in the year 2018. Having said that, the industries must have robust and flexible backend systems to handle newer processes and technology.
Blog 23 8 Advantages of IO Link. Key Benefits of Industrial Data Migration Services in Oil & Gas Industry - Accelerate Software Product Engineering Services Through DevOps V1. Accelerate Software Product Engineering Services Through DevOps - DevOps is a philosophy that drives companies towards faster project completion and is now entering its second decade. Over the years this has steadily gained momentum, owing to the massive acceptance by big and small organizations globally. A research report by Grand View predicts that the DevOps market will reach US$12.85 billion by 2025. Containerization in Embedded Systems: Industry 4.0 Requirement - Role of Product Engineering Services - Utthunga Top Factors That Affect the Industrial Product Design V1. 5 practical applications of IIoT in industrial automation - Software Testing in Industry 4.0 - The fourth edition of the Industrial Revolution, or Industry 4.0, as it is commonly known is here to stay. Top 4 IIoT advantages for Oil and Gas industry -
Top 4 IIoT advantages for Oil and Gas industry - Top 10 Tips for Industrial PCB Design - Top 10 Considerations While Implementing OPC UA - What is the Significance of Regression Testing in Agile? - Top Five Thumb Rules of Intrinsic Safe Product Design - Top Five Thumb Rules of Intrinsic Safe Product Design - How Embedded OPC UA can Enhance Potential for Interoperability - Artificial Intelligence in Industrial Automation: A Primer -
How IO-Link Protocol enhances Factory Automation and Benefits End Industries? - Importance of Cybersecurity in IIoT - EtherCAT Implementation Strategies - Ethernet-APL (Advanced Physical Layer) and its relevance to Industries - Smart Test Automation for Desktop/Software Devices For Global Engineering Teams - Role of Protocol Simulators In Product Development And R&D - Energy Harvesting in Wireless Sensor Network - Digitalization101 The Industrial Automation Context converted. Product Pre-Compliance Testing. Embedded Hardware Engineering Services. Embedded Firmware Development Services. Embedded Product Engineering Services. Embedded Engineering Services. OPC UA Embedded Server. OPC UA Application Development Services. OPC UA Architecture Consultation.
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