Software Toolbox Technical Blog

Risk is often defined as the likelihood that something will occur multiplied by the impact it would have. In the world of automation, some of those possible impacts are unexpected downtime, loss of data, theft of information, damage to people and products, and inaccurate data – not to mention the fines and penalties when government regulations are not met.

At Software Toolbox, we understand that data availability, integrity, and confidentiality are of the utmost importance. As the adoption of IIoT grows, so does network exposure, increasing the likelihood of potential security issues. Implementing safe protocols and practices are essential to mitigating these risks.

In today’s industrial environments, securing and streamlining data communication is essential. If you're not familiar with OPC Router, it’s a powerful software solution that integrates various industrial, business, and IoT data sources. With its drag-and-drop visual workflows, scalable configuration templates, and platform-independent browser-based interface, OPC Router helps you connect systems quickly and efficiently.

When combined with Entra ID (formerly Azure Active Directory), OPC Router gains enhanced security and user management features, making it ideal for modern industrial setups. But how do you deploy this combination in a modern environment like a Docker container?

In this blog post, we’ll break down the concepts of Docker and Entra ID and guide you through implementing them in your OPC Router system. But before diving into the specifics, it’s important to understand the foundational terms.

Welcome back to our Data Storage Deep Dive series, where we have been exploring the possibilities of integrating our variety of industrial automation software solutions with historians to allow for a deeper understanding of trends within your data. In our previous installment, Software Toolbox Helps You Fly Higher with Canary Historian, we demonstrated how TOP Server, OmniServer and DataHub can collect data from unique sources with different communication needs to Canary Data Historian for aggregation and analysis. Today, we are going to look at how OPC Router can be used to extract the historical data and expose it in an intuitive format for any OPC UA Client to consume.

Welcome to the kickoff post of our Data Storage Deep Dive blog series! In this series, we will explore the crucial role of data storage solutions and Historians in industrial automation. Over the coming weeks, we’ll be looking into how solutions delivered by Software Toolbox can be utilized with Historians, helping you make the most of your industrial data.

Though you may have never needed to contact Software Toolbox for support, it’s always smart to be ready for any challenges that might arise. That’s why it’s helpful to know the resources you have at your disposal, should you ever need to connect with our experienced support team to overcome any challenges when using our solutions.

At Software Toolbox, we are committed to providing our users with timely and high-quality responses to their support incidents. While your question or issue might not always be completely resolved after the first response, you can expect to receive our initial response within 2 regular business hours after submitting a question, although it often happens much sooner! We even have some tools that can help speed up this process.

As a part of our Tech Support Corner blog post series, this blog post covers how the OPC Router’s Application Report helps us help you by allowing you to provide much of the information that we need to troubleshoot issues when you initially contact us.

As OPC UA has grown in it's adoption, more device vendors are implementing OPC UA interfaces on their PLCs and other devices to increase interoperability. OPC UA has been proven to be an adaptable specification with its ability to accommodate industry-specific nuances in data formats, leading to implementations that expose information in ways that make practical sense.

As a middleware solution, OPC Router implements a variety of OPC UA features outside of the generic Data Access profile to cast a wide net for devices it can support.

Welcome back to our Summer of IoT blog series! We hope that last week’s introduction to the series created excitement as we continue to explore how our IoT solutions can help you achieve even greater success with your Industry 4.0 and Digital Transformation initiatives.

In today's video blog, we will be integrating REST with MQTT by using OPC Router to connect to a RESTful API service and publish data to HiveMQ's MQTT Broker. Although we will use a public webservice to illustrate the concept, the steps we take would be the same for any OT or IT data source that can serve data via a RESTful web service/API.

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.