The first fully automated downhole job from shore
We’re proud to play a role in the world’s first fully automated downhole offshore operation, controlled entirely from onshore.
We’re proud to play a role in the world’s first fully automated downhole offshore operation, controlled entirely from onshore.
We use standardized, open technologies to give customers full freedom in future choices. Based on IEC PAS 63131, our function blocks ensure access to all sensor parameters, supporting condition-based maintenance.
Our library includes ready-made HMI solutions and proven methods for easy reuse across projects. With OPC UA, we enable secure, seamless data exchange between OT and IT systems.
In short, our standardized approach supports full integration, scalability, machine learning applications, and advanced data analysis.
We help you unlock the full potential of the data from sensors and instruments in your process plants and machines – turning raw signals into valuable insights. If necessary, we add new sensors. This gives you the ability to robotize your facilities, integrate multiple processes into unified systems, perform maintenance based on real-time equipment condition, optimize operations using data insights, and seamlessly transfer process data to your business systems (ERP). The gains are significant; better efficiency, higher accuracy, and improved quality – all of which support a more sustainable operation.
In addition to our expertise in automation software, we have extensive knowledge in sensor technology. This foundation has enabled us to develop a condition-based maintenance solution, as well as a cloud-based system for efficiently transferring process data to business systems (ERP) – leveraging the principle that it’s far easier to push “known” data than to extract “unknown” data.
Yes, but we never start from scratch. Building on international standards, we’ve developed a robust set of functional blocks that serve as the foundation for any project. Our extensive library includes proven solutions for on-screen presentation and a wealth of methodology, all designed for seamless reuse across industries.
To ensure a fully secure data transfer between remote and local locations, all communications pass through an encrypted tunnel. As an additional measure, the site network can be fully disconnected from the internet with a key switch, ensuring access only when explicitly granted. The system is designed to work with unstable and low-bandwidth links, with data and logic buffered locally to ensure operations do not break when the connection does.
We recognize that IEC 62443 is a comprehensive series of international standards dedicated to cybersecurity for industrial automation and control systems (IACS). Our team is well-equipped to support responsible process owners in effectively implementing and maintaining compliance with these standards.
In addition to engineering, programming, procurement and assembly, we also handle installation, testing, and commissioning – delivering a complete, end-to-end solution. To save resources, we prioritize remote testing and commissioning via secure network connections minimizing the need for on-site presence.