Software Toolbox Technical Blog

When your industrial operations depend on continuous OPC UA client-server communication, even short disruptions can ripple into major consequences. OPC UA session timeouts act as a built-in heartbeat, ensuring clients and servers know if communication has stalled so resources aren’t wasted on dead connections.

But here’s the catch: poorly tuned OPC UA timeouts can trigger needless disconnects, looping reconnections, or hide real failures that delay recovery. In critical industrial automation environments, a few minutes of uncertainty can mean lost production, safety risks, or compliance issues.

In this blog, we’ll show you why OPC UA timeouts are worth your attention, and how the right practices and tools can save you from downtime, data gaps, and unnecessary headaches.

Welcome back to our blog! In our previous post, Protecting Historical Data Integrity Using Store & Forward, we walked through several architectures that leverage Cogent DataHub to securely historize data while minimizing the risk of data loss. Today, we will expand on this concept by putting it into practice.

Why It Matters

Even a brief connection outage can lead to gaps in historized data, compliance risks, and lost insights. Store and Forward ensures your data is continuously captured and preserved, buffering data during interruptions and forwarding seamlessly once connections recover, so your operations stay resilient and reliable.

Are you looking for a simple way to bring live process data into Power BI for dashboards and visualization? OPC Router’s REST plug-in provides a flexible and secure way to push data from your industrial systems to Power BI using its Streaming Dataset API.

In this blog, we’ll walk you through the steps of setting up a live connection between OPC Router and Power BI using the REST interface, so you can transform your raw data into real-time insights for your team.

While this blog is geared towards existing Router users, Even if you’re new to OPC Router, this walk through can show you what’s possible when combining live industrial data with Power BI. If you’d like to explore OPC Router further, check out our getting started videos—they’ll give you the foundation you need to begin building your own real-time dashboards.

Software Toolbox attends a wide variety of customer and networking events throughout the year. Each one gives us valuable opportunities to connect with our customers, exchange ideas with peers, and gather feedback that helps us improve what we do. Some stand out because of the conversations they spark, the insights they deliver, or the energy they generate within the community. OT SCADA CON was one of those connection sparking events. In this blog, I will share some of the key takeaways I brought home from the experience.

OT SCADA CON: Fast-Paced Learning, Real-World Insights

OT SCADA CON is a unique, community-driven conference organized by the Automation Ladies and their volunteers, bringing together professionals from across the industrial automation space. While the name highlights Operational Technology (OT) and Supervisory Control and Data Acquisition (SCADA), the event essentially covers everything in the world of SCADA and beyond. Launched just last year, the conference has already doubled in size.  

In today’s fast-evolving oil and gas industry, accurate and reliable Electronic Flow Measurement (EFM) data is critical for custody transfer, regulatory compliance, and optimizing production. Yet accessing and managing that data, locked inside flow computers and RTUs can be a complex challenge.

In this blog, you’ll discover how Software Toolbox’s EFM Solutions simplify integration, ensure data reliability, and leverage open standards to seamlessly connect control systems, SCADA platforms, historians, accounting systems, and enterprise infrastructure, unlocking the full value of your flow measurement data.

Welcome back to the Summer of IoT Blog Series. In this blog we’ll explore how Cogent DataHub’s External Historian and built-in Store and Forward features ensure efficient data flow without risking network security at the plant or enterprise level.

As organizations work toward Industry 4.0 and digital transformation, ensuring secure and reliable OT/IT convergence is essential for breaking down data silos and creating cohesion between your business systems. IoT devices provide real-time data and connectivity to transform traditional industrial operations. Complementing this, historians serve as centralized data repositories that store and organize time-series data from IoT devices and other sources. Together, the data from both fuels advanced analytics, automation, and smart decision-making across the enterprise.

Welcome to the Summer of IoT! As part of our Summer of IoT blog series, we spotlight practical ways to simplify and accelerate your digital transformation journey. In this second post, we’re diving into how OPC Router Docker Containers make industrial connectivity more flexible and easier to manage. Whether you're optimizing existing systems or exploring new technologies, our goal is to give you real-world strategies to make IoT adoption smarter and more efficient.

In industrial automation, efficiency is everything—whether it’s edge applications on the plant floor or in the solutions that keep operations running smoothly. For many, managing OPC Router installations has always meant dealing with servers, complex configurations, and time-consuming updates. But it doesn’t have to be that way.

In this blog, I’ll introduce you to OPC Router Docker Containers: what they are, why they matter, and how they can help you streamline your industrial connectivity with less hassle and greater flexibility. We hope you’ll learn:

• What OPC Router in a Docker container means
• Why it can save you time, simplify updates, and improve scalability
• How it fits into modern, flexible industrial architectures

Time is money. Let’s help you save both.

Welcome to the launch of Software Toolbox’s Summer of IoT blog series for 2025.

In the coming posts, we’ll explore how our solutions support the evolving world of the Industrial Internet of Things (IIoT), and more importantly, how they can help you advance your Industry 4.0 and digital transformation goals with practical, proven tools. We begin the series by exploring Unified Namespace (UNS), what it means, why it matters, and how Software Toolbox makes it practical for real-world industrial environments.

Unified Namespace, Real Results: Lessons and Tools that Deliver

In today’s fast-evolving industrial landscape, seamless connectivity and data integration are critical for operational success. At Software Toolbox, our solutions are designed to empower businesses by enabling UNS connectivity, bridging the gap between diverse systems and helping with efficiency, interoperability, and scalability.

Personally, as a presenter and attendee of ProveIt! 2025 and an attendee of 4.0 Solutions’ Edge Integration to UNS Workshop, I have had a lot of exposure to the topic of UNS this year. In this blog post, I will share not only what I have learned surrounding the topic, but how Software Toolbox’s solutions fit into the picture.