"Our participation in UAO represents another significant step in our commitment to delivering open and flexible solutions based on industry standards, enabling industrial organizations to innovate more rapidly and with reduced risk." - David Purón, CEO at Barbara.

According to Gartner, 13% of organizations implementing IoT projects already use digital twins, while 62% are planning or establishing them. Despite this growth, industrial sectors like energy, water infrastructure, and process manufacturing face challenges in adopting digital twin solutions. This article explores potential solutions.

The 181 zettabytes of data generated annually by over 13 billion devices exceeds global internet bandwidth, posing challenges for cloud computing due to high costs, latency, and security concerns. Edge computing processes data locally, offering efficient, secure analysis without constant connectivity. Barbara’s Industrial Edge Management and Orchestration Platform simplifies managing this infrastructure by providing cloud-like capabilities on-premises and bridging the IT-OT gap.

AI EdgeLabs, a next-generation edge cybersecurity solution provider, and Barbara today announced the partnership to guarantee a more secure environment for the clients utilizing Barbara Edge Orchestration platform.

Despite the vast amount of data collected by the industry in recent years, less than 25% is ever processed. This is often due to enterprises lacking the necessary infrastructure to effectively utilize their data. In this article, we will explore the digital journey of a Power Grid operator, from its initial stages till deploying machine learning at the edge.

One of the most transformative technologies that have emerged in recent years is software containerization, which revolutionizes the way industrial companies develop, deploy, and manage their software solutions. Kubernetes is very useful for large, cloud-dependent workloads like web applications, but it is not optimal for smaller, more industrial-oriented workloads that must operate in complex, isolated environments.‍ In this article we explain why.