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Continuation: How different are projects dealing with #scada #operational technology from typical IT projects? Strategic Business Solutions #scada guide provides insight into this topic as well as real life examples of projects featuring #scada and leveraging Project Management Institute terminology. · SCADA: SCADA projects often have long lifespans (multi-year, even decades) with infrequent major updates due to the emphasis on stability and reliability. · IT: IT projects typically involve shorter development cycles, frequent software updates, and an acceptance of iterative change to meet evolving requirements. The lifespan of a SCADA project can vary greatly depending on the industry and application but typically ranges from 10 to 20 years. A real-life example is the use of SCADA in water treatment and distribution 🚰. For instance, a SCADA system implemented in a municipal water supply network would monitor and control the entire water flow process, from purification to distribution. Over time, the system would undergo updates and maintenance to adapt to new technologies and requirements, extending its operational life. The longevity of SCADA projects is a testament to their robustness and adaptability in various industrial environments, ensuring efficiency and safety in operations over many years. #projectmanagement #businessanalysis #it

Defining requirements for a SCADA Master Plan involves identifying, analyzing, prioritizing and documenting the needs and expectations of the stakeholders. It is a collaborative exercise of envisioning the future state and ensuring that any improvement identified achieves that vision. Achieving a vision is as much a factor of how the system will be utilized as it is necessity in order to qualify and quantify the funding that will be required. Requirements for how the system will look and operate should be defined for every category in the current state assessment (summarized section in a previous posting). Strategic Business Solutions #scada #requirementsgathering #envisioning #collaborative

🚀 Exciting News: New Blog Post Alert! 📝 Hey LinkedIn fam, I hope you're all doing fantastic! I wanted to share some exciting news—I've just added a new post to my blog. 🎉 In this latest article, I added the basics of Supervisory control and data acquisition (SCADA). So it will help newcomers to understand the basics of SCADA, Different Scada components and use cases I'd love for you to check it out and share your thoughts. Your feedback means the world to me. Here's the link to the post: https://lnkd.in/d3kfaHu7 If you find it valuable, don't hesitate to give it a thumbs up, leave a comment, or share it with your network. Let's keep the conversation going! Thank you for your continued support. 🙏 Stay tuned for more exciting content coming your way soon! #NewBlogPost #Blogging #SharingKnowledge #LinkedInFamily #scada #adms #automation

Let's dive into the world of Supervisory Control and Data Acquisition (SCADA) systems. 🌐 These systems are the linchpin for monitoring, controlling, and optimizing industrial processes. SCADA systems encompass the complete synoptic view of installations, data collection and registration systems, and reporting systems to effortlessly leverage data. A SCADA system can incorporate one or more of these components. ⭐ Advantages of SCADA Systems : 🔹Centralized Real-time Monitoring : SCADA systems provide operators with a centralized real-time view of all processes or installations. 📊💼 🔹Informed Decision-Making : With access to real-time data, operators can make informed decisions to correct or prevent process issues. 📈🚀 🔹Streamlined Maintenance : SCADA systems facilitate quick problem identification, improving maintenance planning. ⚙️🔧 🔹Scalability : They can easily evolve to accommodate new functionalities, installations, or systems. 🔄🛠️ In summary, SCADA is more than a mere monitoring system; it's a powerful tool that equips industries with the information needed to control, adapt, and advance their processes. 📈💡 BAIPS can assist you by offering advice, defining, and integrating SCADA systems for all your processes. 🤝 #SCADA #IndustrialAutomation #DataAnalytics #BAIPS

Discover how Neo Consulting's innovative SCADA model, conceived in 2014, has preempted industry standards, aligning with the new ISA112 draft. Our layered approach demystifies SCADA complexities, proving our leadership in control system engineering. Have a read of our latest blog to see how our foresight is aligning with global benchmarks. #NeoConsulting #SCADA #ElectricalEngineering #ISA112 #EngineeringExcellence #TechLeadership

Are you interested in improving production automation systems? Thanks to modern technologies, monitoring and controlling manufacturing processes have never been so easy. Our team used the Ignition SCADA software for several project implementations. SCADA has become a universal link between people and machines. The provided software allows us to visualize the production process no matter where you are located and what edge devices you use. Our infographic demonstrates a set of benefits from implementing SCADA solutions. #scada #ignition #automation

What Is SCADA Automation | CitizenSide: Data Quality and Integrity: SCADA systems rely on accurate and reliable data for effective decision-making. Organizations must establish processes ...

The primary purpose of supervisory control and data acquisition (SCADA) software is to collect and present data to operators to enhance process control. Today, with #SCADA being easy to implement, it has become an essential tool for all manufacturers committed to excellence. While the market for SCADA is well-established, the technology is continuously progressing and enhancing. Read this Control Engineering article to know 7 key SCADA developments that today's manufacturers should know. ➡ https://okt.to/1MUGXz #Automation #AutomationExcellence #MitsubishiElectric #Manufacturing

DM Allison Kenny To learn how she can help you build your SCADA team and help automate your office.

The primary purpose of supervisory control and data acquisition (SCADA) software is to collect and present data to operators to enhance process control. Today, with #SCADA being easy to implement, it has become an essential tool for all manufacturers committed to excellence. While the market for SCADA is well-established, the technology is continuously progressing and enhancing. Read this Control Engineering article to know 7 key SCADA developments that today's manufacturers should know. ➡ https://okt.to/PcDrab #Automation #AutomationExcellence #MitsubishiElectric #Manufacturing