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The design phase is the most critical and most vulnerable stage of any HMI/SCADA project. Architectural decisions made early directly influence scalability, usability, and long-term maintainability. A well-designed system can evolve as requirements change; a poorly designed one quickly becomes rigid, costly, and difficult to modify. In HMI/SCADA applications, design extends far beyond screen layout. […]

Industrial automation has reached an inflection point. What were once standalone SCADA and HMI systems have evolved into intelligent, connected platforms that now sit at the center of modern operations. Today, these systems are no longer just visualizing data; they enable faster decisions, deeper insight, and more resilient production environments. At the core of this

As we move through 2026, the acceleration of artificial intelligence is fundamentally reshaping the global technology landscape, and nowhere is that transformation more visible than in data centers. AI models are growing larger, more complex, and dramatically more power-hungry, driving unprecedented demand for compute capacity, electrical infrastructure, and intelligent energy management. To keep pace, the

As we enter 2026, manufacturing and industrial leaders are navigating a landscape shaped by converging forces: accelerated adoption of artificial intelligence, ongoing geopolitical uncertainty, increasing sustainability requirements, and renewed focus on industrial policy and supply-chain resilience. These pressures are not theoretical; they are directly influencing how plants are designed, operated, and modernized. The past few

Following our recent webinar on “From the Shop Floor to the Cloud: Maximizing OEE Everywhere”, many attendees asked insightful questions about how InsightView fits into modern manufacturing strategies. As demand for OEE software continues to grow, driven by smart manufacturing initiatives, real-time performance requirements, and the need to reduce downtime, manufacturers are evaluating how best

Linux is no longer just an operating system; it has become the quiet powerhouse driving today’s industrial transformation. From real-time control on the factory floor to edge AI running on compact embedded devices, and now with the growing influence of open-source initiatives like the Linux Foundation’s Margo project, Linux is redefining how manufacturers close the

After reading a recent LinkedIn post by ADISRA’s partners in Singapore and Malaysia, EDEX TECHNOLOGY SDN BHD (Malaysia) and EDEX TECHNOLOGY PTE LTD  (Singapore), one point stood out clearly: OEE through the “rearview mirror” helps us understand what has happened. Still, it is far less valuable unless we also uncover why it happened. Actual improvement does not

As we celebrate Thanksgiving here in the United States, we want to take a moment to express our sincere gratitude to all of our customers, partners, and colleagues around the world. No matter where you are located, we truly appreciate your trust, your collaboration, and your continued support throughout the year. Your feedback, innovation, and

The Overall Equipment Effectiveness (OEE) software market reached $65.7 billion in 2024 and is expected to grow to $117.67 billion by 2029, underscoring the rapid global shift toward real-time performance monitoring and data-driven manufacturing. At its core, OEE is a foundational metric that measures how effectively equipment operates relative to its full potential. It is

We are thrilled to see another wave of insightful questions from our users, system integrators, and partners. Keep them coming! Every question gives us a chance to explore new ways ADISRA SmartView is helping you design, deploy, and maintain smarter, more connected industrial applications. In this latest installment of our “Your Questions Answered” series, we

Analytics have become the engine behind smarter automation, predictive insights, and continuous optimization as smart sensors, IIoT devices, and AI/ML continue to redefine the industrial landscape. From mixing and blending to packaging and distribution, industrial analytics enables food processors to see more, understand faster, and act smarter. Industrial analytics refers to the technologies and processes