Services
Software Development
We are specialized in developing advanced software and technology including performance critical real-time applications, mathematically complex software such as sensor fusion, motion control, simulation and numerical optimization problems, real-time 3D visualization and simulation including virtual- and augmented reality, 3D computer vision algorithms and software for positioning, object recognition, automation and surveillance. Our team has experience with C++, C#, VB.NET, Java, Python, SQL, PHP, ASP.NET and more.
We have specific domain knowledge within the oil- and gas industry and our team has been part of multiple research and development projects within the industry.
Visual Studio C#/C++
Our main software development tool is Visual Studio, and we specialize in C#/.NET Framework development, including unmanaged and managed C++. We have deployed multiple solutions utilizing both C# and/or C++ in single solutions and applications.
Server-client solutions
Our team has worked on several server-client projects. We can provide solutions that are available on all mobile and stationary platforms, ranging from ASPX, Silverlight and Flash to Android, iPhone and iPad.
Robot vision
We have several years of experience with research and development of computer vision software and algorithms, including robot vision, pattern recognition and artificial intelligence. Our team has extensive industrial experience and are specialized with MSc- and PhD degrees within the area.
We offer our expertise to customers in need of automated intelligent analysis of images and video streams in real time. Examples of use are automated production monitoring, 3D positioning, object recognition, natural feature-based camera tracking, surveillance, quality control and entertainment.
SLAM
Simultaneous Localization And Mapping is a technique that enables feature recognition, matching and 3D positioning at the same time as an environment is mapped. The technique is often used for autonomous robots and unmanned vehicles.
3D vision for automation
3D vision technology has made quantum leaps the last 3-4 years, and opens up possibilities for non-contact measurements for automation and control of machinery and vehicles.
Non-contact measurement
Certain situations do not allow sensors to be located nearby or attached to the object or phenomena to be measured. Measurements are still possible using sensors such as cameras, 3D cameras, ultrasound sensors, laser range finders, laser scanners and thermal cameras to be utilized.
By combining non-contact measurement techniques with control engineering and sensor fusion, challenging systems and environments can be analyzed, monitored and controlled with the help of advanced pattern recognition and artificial intelligence.
We combine sensor knowledge with software development services.
Light Amplification by Stimulated Emission of Radiation
Laser light is transmitted in one straight beam, all light has the same wavelength, and all waves are synchronized. This gives the laser beam a very high intensity and a very long range.
Thermal imaging
Thermal imaging enables detection of gas leakages, fatigue fractures and cracks in metal and rigid structures. Thermal imaging is well suited for detection of vehicles and personell in sea water during day and night.
Sensor fusion
Utilization of multiple sensor technologies allows for more robust and accurate measurements and control systems. Our team has experience in combining several sensor technologies to create new intelligent sensor solutions that solves existing problems in a new and revolutionary way.
Our hands-on experience with multiple sensor technologies allows us to choose optimal sensor technologies for each application, and the best sensor fusion for each case.
We implement mathematical models, statistical methods and numerical solvers to improve measurements and provide optimum control.
2+2=5?
Every sensor technology have strengths and weaknesses. By choosing the right combination it is possible to create robust and accurate sensing applications by the help of intelligent software algorithms and realistic mathematical models.
Kalman filter
The Kalman filter is commonly used in sensor fusion applications, and is often utilized when combining multiple sensor technologies to produce an accurate and robust output for measurements and control.
Mechatronics
Our team can provide control systems for industrial automation, including motion and vehicle control. We implement and utilize intelligent sensor technologies, mathematical models and artificial intelligence to achieve innovative and state-of-the-art control systems.
We are motivated and eager to help out with challenges ranging from small regulation problems to complex tasks like robot navigation with multiple degrees of freedom.
Robot navigation
Complex tasks like robot navigation require not only a decent toolbox of sensor technologies, but also complex control engineering to realize the measurements into physical action.
Engineering Cybernetics
The science of how dynamic systems like vehicles, airplaines, robots and industrial processes are behaving, and how such systems can be automatically controlled.
Interactive solutions
Industrial systems and technologies should be just as good-looking and simple to use as your favorite mobile phone or Windows application. Whether it is an interactive presentation or a control system with a graphical user interface, the effect and impact of the application is greatly improved by taking care of user friendly and good-looking designs.
We have created several interactive applications and solutions for our customers, ranging from operator panels to Rich Internet Applications (RIA) , touch-based info stations and biathlon training applications.
Touch
Touch is new interaction method, providing simple and effective navigation in applications ranging from control systems to games and entertainment.
Look and feel
We want to provide not only advanced innovative technology, but also a unique and effective user experience. Because of this we put design and usability in top of our list for all applications and projects.
Mechanical prototyping
Together with our partners we can help out in designing, producing and assembling complete mechanical systems with motors, sensor technologies and advanced regulation and control.
Our team and partners have extensive experience from the industry in attacking new challenges, suggesting and implementing solutions from idea stage through early prototypes for proof of concept and all the way to commercializable products ready to launch on the market.
Together with our partners we make sure our solutions work under water or in explosion hazardous areas.
Mechanical engineering
Our partners have extensive experience and competence within 3D CAD engineering, strength calculations and industrial design.
Explosion hazardous areas
We have experience with explosion proof housings and explosion hazardous areas. Together with our partners we make sure the equipment is contained inside ATEX-approved housings.
Case studies
Technology from SCOPOS is attracting attention
SCOPOS AS develops and sells products for decision making support and panoramic HD movies. The company is currently developing a portfolio of products aimed towards the oil- and gas industry through a research project partly funded by Innovation Norway and among other the diving and subsea operations company Technip.
VOCA AS is contributing as a partner in software- and technology development for SCOPOS AS, and the team of VOCA has actively participated in the development of SCOPOS Investigator. Investigator is a custom built camera and measurement device to be used for exploration of modules and installations at the sea floor. In addition to a high definition camera, the Investigator has a 3D camera that scans the scenery and provides x, y and z coordinates in real-time. This makes it possible to measure distances, dimensions and angles within structures on the sea floor.
Subsea gas detection and monitoring
Aquadyne AS has together with VOCA AS received a grant for a pilot project focusing at research and development of subsea gas detection and monitoring technology. The grant was awarded by the CLIMIT program and allows us to develop prototype technology that will aid operators to detect, classify and quantify gas and certain liquids under the sea level.
The project was presented with its own stand in the CCS part at ONS 2010 and caught a lot of attention from visitors. The team is currently focused on experiments on detection technologies, including algorithms and software for the prototype. The results will later on be protected through patent applications before a commercialization plan will be created and implemented.
Offshore crane automation
VOCA AS is running a research and development project aimed at automation of offshore cranes. The company is currently developing a prototype, and is aiming at a pilot installation at an offshore crane by the middle or end of 2011.
The project is partly funded by Innovation Norway, and a new company IMCS AS has recently been established to focus the strengths and speed of development and commercialization.
The team is currently focused at experiments and verification of suggested methods and concepts, and the results so far are promising.
Kongsberg Oil & Gas Technologies
Kongsberg Oil & Gas Technologies AS has contracted multiple software engineers from VOCA AS to implement specific features in the SiteCom Discovery™ application. It was crucial that the hired engineers were experts in .Net development. After the first engineer from VOCA AS got started, Rune Skarbø, department manager of Intellifield Drilling Software, says:
“We demand a lot from our engineers, and we experienced that VOCA had the specialized competence we were looking for. The engineer became productive in record time. He quickly understood the tasks at hand, delivered according to schedule, and became an important contributor in our team. The cooperation has been a success, and I will consider VOCA for potential future needs.”
