Our team faced the challenge of developing the complete brain for an autonomous rover, a system that required visual perception and real-time decision-making on low-power hardware. This case study is a technical deep dive into our process: from the implementation of the Mask R-CNN segmentation model for accurate object identification, to the acceleration of performance on a Raspberry Pi using a Coral TPU accelerator. Discover how we overcame the challenges of model optimization and quantization in TensorFlow to deliver a robust and efficient Edge AI solution for intelligent automation.

In the industrial sector, all manufacturing processes and items are documented. In this blog, we present the benefits of using the JSON Schema standard and the power of this technology when integrated with the Formly library to visualize and manage paperless documentation, eliminating large volumes of physical paper.

The digitalization of production processes in a manufacturing industry is a complex task that requires meticulous planning and precise execution. Each phase of the project is crucial to ensure a successful and sustainable transformation.

What is Domain-Driven Design and the principle of clean architectures? In this series of posts, we explain what it is, why we like it, and how to apply it. In this new post, we get to work modeling a specific functionality following the DDD philosophy.

What is Domain-Driven Design and the principle of clean architectures? In this series of posts, we will explain what they consist of, why we like them, and how to apply them. To start, in this article, we will define basic concepts about layered architecture.

As we know you like to stay up to date with the latest technology applied to your factory, the term machine learning won’t be unfamiliar to you. You’ve probably heard it many times and might even know its basic principles. But do you truly know in which aspects of your plant it’s really useful and how this is possible? Don’t put it off any longer and dive into this reading with us.

Quality in a business involves much more than simply having “attractive” products. In fact, it is one of the key aspects of business success. Therefore, you should spare no effort in keeping the parameters that define it perfectly under control. What benefits can you enjoy with a 100% effective quality control system? What lies behind it all? What role does digitalization play? Let’s dive into the subject.

If you’ve made it here, it’s because the acronym GMP has crossed your path. Some time ago, we would have assumed you belonged to the pharmaceutical or food sectors, but now everything has changed. Why? Due to the current health situation, many companies in the industrial sector must comply with GMP regulations. Below, we explain what lies behind these initials, their purpose, and how digitalization contributes to them. Will you join us?

All successful companies are already familiar with and use it. We’re talking about Big Data, and you’ve probably heard it thousands of times in recent years, but… do you really know how the industry leverages this technology? Are you aware of the great power contained within these 7 letters? If you read this article, you’ll discover the aspects of Big Data that are truly useful for your smart factory.

Productive environments need now more than ever to establish and maintain measures that promote hygiene and health safety within them. To monitor and improve these conditions, internal audits are highly useful, as well as the tools that allow for their planning and management. What are their main functions, and which aspects should they primarily focus on?

For the industry, being digital is more than just an empty label or a trend; it is a necessity for its survival. If this were not the case, industries would not invest a significant portion of their efforts into implementing actions aimed at their digital transformation. In this article, we discuss the level of adaptation of this sector to the available technologies, as well as some interesting measures being taken for this purpose.

There are many methodologies that can help us meet the planned schedule for our product. Many of them have been covered previously, but it is worth revisiting them with a focus on the approach of this article.

You probably already have a clear understanding of what Lean Manufacturing is, but you might be wondering… How do I apply it? What do I need for it? There are various options, depending on many factors. Now is the time to bring you a compilation of the fundamental Lean Manufacturing tools.

We all strive to perform our work better, faster, and by making the most of the resources available to us. To achieve this in a factory and take a significant step towards becoming a Smart Factory, applying Lean Manufacturing can be highly beneficial. But how can this be accomplished? Here are some key insights on the subject.

The companies within the aerospace sector continue their drive to evolve towards more innovative products and working methodologies. What trends will shape the development of new solutions in this industry? Here are the most notable ones.

For years now, Japan has been a leader in industrial manufacturing. Therefore, we can learn a lot from them and their working methodologies. Among these, 5S and Poka Yoke are some of the most popular. Want to know why and how they work? This is your article.

The industrial production of goods goes hand in hand with the requirement to meet certain quality standards. Higher quality leads to greater benefits for both the industry and the end consumer. But how do we achieve it? It is a complex process, yet a highly rewarding one. Let us explore it in greater depth.

At Sixphere, we strongly believe in agile management models and how they make daily business life easier. That’s why we always keep them in mind in all our innovation processes. Among the many agile models available, today we bring you the well-known Kanban. Let’s explore it!