Welcome to ONA Toolbox

Developed by OceanDrivers in collaboration with SOCIB, the ONA Toolbox is a groundbreaking tool for climate adaptation planning. Utilizing topo/bathymetry inputs and machine learning simulated storms, it allows users to model the effects of a severe storm under various climate change scenarios.

Beyond storm propagation, modeled through the use of Swan wave simulations and lisflood flood simulations, the ONA Toolbox can also predict future beach erosion. This powerful feature makes it an invaluable asset for long-term coastal management, enabling strategic responses to climate change impacts.

FIND HELP ABOUT THE SOFTWARE

Check the wiki page to understand how the software work.

ONA Toolbox provides differente results

Automátic result generation

Wave height worst moment

Capturing the intensity of a storm’s worst moment, this striking photo showcases the Swan output within the ONA Toolbox, developed by OceanDrivers in collaboration with SOCIB.

Extreme listflood flood

Behold the dramatic aftermath of an extreme flooding event, exemplifying the remarkable capabilities of the listflood flood model within the ONA Toolbox.

Erosion map

The image beautifully depicts the erosion observed in the maximum, minimum, and median scenarios, calculated using the powerful ONA Toolbox software. This visual representation highlights the varying levels of land degradation, providing valuable insights into erosion patterns within the studied area.

2D Cut of wave model

The vertical section presented here displays the outcomes of a wave model, specifically showcasing the rise of sea level. This visual representation, generated through the use of the ONA Toolbox software, provides valuable insights into the vertical dynamics of waves and highlights the changes in sea level across the studied area.

Mean beach erosion

This visualization showcases the mean value of beach erosion and the recoil of beach sand. It offers a comprehensive understanding of the average magnitude of erosion and the subsequent changes in sand deposition along the shoreline. Calculated using the powerful ONA Toolbox software, this information provides valuable insights into the dynamic nature of beach environments.

Our Work

We are proud to introduce our desktop web app, built using our innovative Framework. This self-installable program seamlessly combines the power of two separate models, SWAN and LISTFlood, within a single unified interface. It simplifies the process by automatically generating the necessary configuration files and seamlessly integrating the outputs of each model as inputs for the coupled models.

One of the most intricate aspects of this development is the regridding and reprojection of the diverse outputs onto a map. This complex process ensures that the data from both models align correctly, providing a comprehensive and visually coherent representation of the combined results. Our cutting-edge technology seamlessly handles this intricate step, resulting in a user-friendly interface that simplifies the analysis and visualization of the integrated outputs.

Sofware development

We develop a robust background API using Python, coupled with a dynamic front-end visualization using Vue.js. The integration of these technologies ensures efficient data processing and a seamless user experience. Leveraging websockets for message handling, users can track the execution process in real-time, receiving updates and valuable insights throughout the task. This comprehensive approach combines Python, Vue.js, and websockets to create an efficient and interactive development environment.

Product development

One of our key value additions lies in our expertise in output definitions, aiding users in effectively interpreting the generated maps within our application. These maps, which are a result of our app’s powerful capabilities, provide valuable visual representations of the analyzed data. Additionally, we enhance the user experience by incorporating background maps from external services, further enriching the context and usefulness of the generated visualizations. Together, these features greatly contribute to the overall value and utility of our application..

Research and innovation

The main innovation of this project lies in the real-time interaction achieved between the background processes and the front-end application. This breakthrough feature enables seamless communication and synchronization, allowing users to observe and engage with the ongoing processes as they unfold. By providing real-time updates and feedback, this dynamic interaction greatly enhances the user experience and amplifies the efficiency and effectiveness of the overall system.