Software Development

Why choose Asdea Software?

Software Development for scientific data visualization is our strength. Our expert team of software developers and engineers are fundamental in ensuring excellent results for each customer.

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Our nationally and internationally acquired skills in design and research enable us to offer high-quality software. As engineers and architects working in the field and in research, we know what professionals need.

  • Strong project experience
  • Research experience in the field of numerical methods
  • Application of advanced analysis methods
  • customer communication icon, small graphic of a person, arrows in two directions pointing back and forth from blue dots


    We provide specialized software solutions based on each customer’s unique needs. We work hard to establish clear communication with our clients to establish their goals, needs, and expectations.

  • Study of customer/company needs
  • Study of the target software
  • Identification of the main features of the software
  • Software Design
  • customized software, blue dots coming out of a cd shaped object


    Our custom software solutions are streamlined and simple to use performance products. Each product is specially designed to precisely meet the customer’s needs and to reduce possible input errors.

  • Created and designed around the needs of the customer
  • Streamlined interface
  • Reduced margins of user error
  • Customization
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    We take customer satisfaction very seriously, which is why continued user support from our staff is included in our customized software package. We are always available to enhance your experience with our products.

  • Post-consultancy communication
  • Software use Support
  • Support for software updates
  • Identification of new software functions

  • Soil-Foundation-Structure-Interaction (SFSI) in STKO

    STKO Preprocessor: Preprocessing of a Soil-Foundation-Structure-Interaction (SFSI) model featuring solid elements, beam elements, contact conditions, and highly nonlinear material models for soil liquefaction.

    STKO Postprocessor: Contour plot

    STKO Postprocessor: Contour plot of the strain field in a Soil-Foundation-Structure-Interaction (SFSI) model.

    GEOFORCE ONE Preprocessor

    GEOFORCE ONE Preprocessor: Modeling of a masonry arch retrofitted with Kerakoll strengthening systems.

    GEOFORCE ONE Postprocessor

    GEOFORCE ONE Postprocessor: Nonlinear simulation of the collapse mechanism of a masonry arch retrofitted with Kerakoll strengthening systems.

    Software Development Life Cycle

    The SDLC process is at the center of our software development projects. It helps us guarantee excellent results for our customers.

    -1st phase-

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    This is the most important part of the SDLC process, and it represents the foundation of the requirement analysis. During this stage, the development team begins project planning using input from the customer and information retrieved from the market. The team plans the project’s basic approach and identifies potential risks. It is also important to put together a cost-benefit analysis during the planning stage.

    analysis icon, blue magnifying glass with a graph inside


    The analysis stage involves defining the project goals as functions. First, our team determines what operations the intended application should have. Generally, this analysis requires gathering and interpreting facts by studying end-user information needs, diagnosing issues with the current system, recommending improvements, and removing inconsistencies. Then, the development team determines where obstacles lie and identify ways to address them in the project; think of this as the problem-solution stage. Finally, once the team obtains management approval, the project can begin.

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    In this step, Asdea’s team uses the software requirement specification (SRS) to design the product’s optimal architecture. The requirements in the SRS are important because they inform the design approaches proposed in the Design Document Specification (DDS). Our professionals review this document, and their feedback becomes the basis of the design approach. Risk assessment, market research, design modularity, and time constraints must all be taken into consideration in this phase.

    -2nd phase-

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    This is the beginning of the actual software development. During implementation, Asdea’s team builds the product and creates the programming code to match the specifications outlined in the DDS. Our developers use various programming tools along with high-level programming languages like C++ and Python code for creating the software. By the end of this step, our team has a functional version of the software.

    Testing Icon, clipboard with checkmarks


    In this step of SDLC, the team dedicates itself to testing and checking for errors, bugs and other issues. During the testing phase, the product is checked several times to ensure that defects are reported, tracked and fixed. Finally, our team tests it again until the product meets quality standards.

    Maintenance Icon, A blue screwdriver and wrench crossed


    When testing is complete and the product is ready, it is time for its release into the marketplace. After receiving customer feedback, changes may be made before complete deployment occurs. After the product’s release, maintenance is carried out for the customer. The team makes software improvements or changes as needed. The maintenance phase ensures that our product remains relevant and high quality.

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