3DReshaper is the easy-to-use and versatile software solution dedicated to processing any type of point clouds in a wide array of applications. From point cloud to deliverables, from engineering to heritage, from surveying to manufacturing, 3DReshaper is the complete toolbox to meet your 3D modeling and inspection needs.

Innovative Geotechnics provide geotechnical design tools for pile groups, laterally loaded piles, nonlinear p-y curve generation and rock socket design including single piles or pile groups under lateral and vertical loading based on finite element method. Our programs are focused on the geotechnical analytical knowledge, improving user engagement and reducing potential input uncertainties. All geotechnical programs and software adopt simple input interface for the users to interactively input the analysis information such as soil layer information, soil properties, and foundation parameters.

Innovative Geotechnics provide geotechnical design tools for pile groups, laterally loaded piles, nonlinear p-y curve generation and rock socket design including single piles or pile groups under lateral and vertical loading based on finite element method. Our programs are focused on the geotechnical analytical knowledge, improving user engagement and reducing potential input uncertainties. All geotechnical programs and software adopt simple input interface for the users to interactively input the analysis information such as soil layer information, soil properties, and foundation parameters.

In the never ending quest for faster AutoCAD/BricsCAD systems, users go the extra mile to purchase the fastest hardware.  Faster processors, graphics cards, etc., are implemented in an attempt to speed up the processing of drawings.  These improvements come at great expense and only provide a marginal gain in the amount of time it takes to actually complete a drawing.  This expensive hardware is often underutilized as the operator wastes time doing repetitive tasks in the struggle to finalize a drawing.

Repute provides a rich set of tools for designing/analyzing onshore piles, including:

• various types of single pile, using current and historical design standards (such as Eurocode 7 & BS 8004)
• pile groups under generalized 3-dimensional loading, using linear or non-linear soil models

ReActiv is an interactive computer program for designing reinforced slopes in a wide variety of soil types, using reinforced soil or soil nails. ReActiv's user interface has been designed to make the program simple to use and quick to learn - without sacrificing the level of control over calculations that engineers demand.

​Socrates v10.0 is a comprehensive corrosion resistant alloy (CRA) material selection system for corrosive oil and gas applications. It enables users to make consistent, optimized choices based on real corrosion engineering data and rigorous materials engineering guidelines.​​​ The use of CRAs in oil and gas applications has revolutionized the industry by providing metallurgical solutions to address challenging applications where carbon steel is not a feasible option. It aids decision-making by drawing on proprietary Joint Industry Program (JIP) data, extensive field experience, and the latest NACE MR0175/ISO 15156 service limits.

• find the optimum CRAs for critical, high corrosivity applications, including high H2S and high chloride oil and gas production and transmission systems;
• validate the use of CRAs for existing applications through material and property analysis;\evaluate the potential for CRA equipment failure due to corrosion and cracking.

Are you rebuilding a plant or are you thinking about repowering and retrofitting? Are you looking for a tool to plan, design and optimize your power plant? If it can predict the degree of efficiency and behavior in any operating situation, the better? Then you are right with us, because the right software for your needs is only available from STEAG. We are developer, monitoring center and sole supplier of EBSILON Professional. The innovative system with its functional additional modules is based on the modeling of thermodynamic cycle processes and evaluates them reliably with regard to efficiency and partial load behavior. It maps new and existing circuits of power engineering plants, including conventional power plants, nuclear and solar power plants, desalination plants and fuel cell applications. The great strengths of EBSILON Professional lie in the open and transparent software structure and the extremely fast calculation of the system parameters.

• Convenient analysis and presentation of results.
• Intuitive modeling with graphical user Interface.
• Comprehensive component and material data libraries are available.
• Intelligent fault analysis and online help.
• Open software architecture and powerful Interfaces.
• Multilingual user interface and documentation (German, English, French, Spanish, Turkish and Chinese)

• Individual equipment characteristics in design and off-design mode.
• Full record of all gas, water/steam and electrical flows of the plant.
• Flexibility in equipment arrangement, plant configuration and mix of technologies.
• A powerful, fast and reliable equation-based solver.
• Open architecture to include user-defined models for new technology or vendor data.
• A state-of-the art graphical user interface and a wide variety of output options in graphical and tabular formats and an interface to Microsoft Office Excel.

FB-MultiPier is a nonlinear finite element analysis program capable of analyzing multiple bridge pier structures interconnected by bridge spans. The full structure can be subject to a full array of AASHTO load types in a static analysis or time varying load functions in a dynamic analysis. Each pier structure is composed of pier columns and a cap. This structure is supported on a pile cap and piles/shafts with nonlinear soil. This analysis program couples nonlinear structural finite element analysis with nonlinear static soil models for axial, lateral and torsional soil behavior to provide a robust system of analysis for coupled bridge pier structures and foundation systems. FB-MultiPier performs the generation of the finite element model internally given the geometric definition of the structure and foundation system as input graphically by the designer. This allows the engineer to work directly with the design parameters and lessens the bookkeeping necessary to create and interpret a model. As is a necessity for design-oriented applications, FB-MultiPier automatically generates finite element models given a parametric, geometric definition of the structure and foundation system. Both input and analysis results are handled through a streamlined combination of form-based, 2D graphics, and 3D graphics windows.