Software Toolbox Technical Blog

Welcome back to our Summer of IoT blog series! In this third installment, we continue our journey through the fascinating world of IoT, delving deeper into the transformative technologies Software Toolbox has to offer for shaping our connected future. Today, we will be highlighting the TOP Server MQTT Client driver and demonstrating how it can effortlessly integrate real-time data from MQTT brokers into your existing industrial automation systems, such as your HMI, SCADA, MES, or Historian.

Welcome to the kickoff of Software Toolbox’s Summer of IoT blog series! Over the next few blog posts, we’ll discuss how our products can play a role in the exciting world of Internet of Things (IoT), but more importantly, how they can be used to further your success in Industry 4.0 and Digital Transformation initiatives. The IoT landscape has grown exponentially over the past decade, transforming industries by connecting devices, systems, and people in unprecedented ways. IoT is reshaping how we interact with technology. At Software Toolbox, we recognize the power of IoT and are committed to providing solutions that facilitate this technological revolution.

Originally developed by the American Heating Refrigerating and Air Conditioning Engineers, BACnet (short for Building Automation and Control Network) is a communications protocol primarily used in building automation systems to control the data exchange between different devices and components. If you're reading this, you’re likely familiar with the building automation and control industry and might have a BACnet controller being used in your industrial process.

The TOP Server OPC server is known for its ability to collect real-time data from a wide range of devices, using off-the-shelf industry standard protocols. However, challenges arise when not all devices can consistently share data in real-time due to limitations in connectivity mediums or networks. This is particularly evident in critical SCADA-heavy industries like Power & Utilities, Renewable Energy, Oil & Gas and Water/Wastewater, where precise control of polling is crucial due to their limited bandwidth availability. With traditional cyclic polling, for example "once an hour", you can end up with high bandwidth utilization at the top of an hour and the communications link being idle the rest of the time. Rather than do that, it's better to spread that usage out over the full hour.

The TOP Server Scheduler Plug-In is used to accomplish this spreading out of polling. With it, users can create a customized polling schedule for these devices for any TOP Server driver, which in turn optimizes communications between your SCADA, HMI, MES, or Historian and devices in the field. This eliminates the need to rely on your client applications or direct device configurations to achieve reliable collection crucial operational data from field devices.

Software Toolbox’s solutions play a pivotal role throughout multiple renewable energy sectors. However, our solutions don't only help with the day-to-day creation of renewable energy but also the supply chains that enable the creation of these energy sources, reducing cost and increasing efficiency across all levels of your business via automation.

Last week, we shared a specific use case of how our software is being used to help reduce waste and energy usage. In this final post of our Environmental Sustainability series, we will explore additional ways our software can be, and has been, used across the entire automation pyramid to reduce waste and increase efficiency. Chances are, this is something you are already very familiar with. But for those of you who are not, the automation pyramid functions as a conceptual blueprint utilized in industrial automation representing the different levels of data transfer necessary for automation. This pyramid likely aligns with the different areas within your business.

There is significant growth in companies offloading their applications, data management, files, and content to cloud hosted systems. While this is great for a multitude of reasons, have you wondered what impact that might have on your business reaching its sustainability goals? That's where we have some good news – the cloud can be, and typically is, green, because of the economies of scale that large data centers provide. In this second post of our Environmental Sustainability blog series, we'll look at what cloud providers and data centers are doing, how using cloud computing can help reduce your company's energy usage and carbon footprint, and how Software Toolbox's solutions empower them all.

In this first installment of our 2024 Environmental Sustainability Blog Series, we’re going to piggyback on last year’s Waste Reduction blog post, and take things a step farther – how can you incorporate aspects of a circular economy to positively impact your work environment? In this blog post we’ll discuss what a circular economy is, the impact circular economies have on the environment, and how software that leverages OPC Standards and the automation industry can play a pivotal role in fostering its success.

Have you ever been confused on the difference between Modbus offsets and addresses? I’m sure you may have configured different Modbus devices from different manufacturers who follow different documentation standards, especially for memory mapping. As we all know, that can certainly increase implementation time. In this blog post, we are going to dive into how offsets and addresses compare and differ to hopefully provide a better understanding, cutting down that configuration time when using TOP Server. Before we start comparing offsets and addressing, let’s first get an understanding of what both are.