Why Dotblocks?
Because real innovation happens when everyone can contribute
Heavy design-to-compute loops
Complex collaboration, heavy tools, and generic solvers stall development and design cycles.
Steep learning curve
Traditional simulation needs heavy training and a strong technical background
Collaboration bottleneck
Traditional software are built for single-user work, making cross-team collaboration on the same project painfully hard.
How it works?
Three steps
to accelerate your workflow
Build.
The Tool Factory allows you to build accessible and highly performant numerical simulation tools.
Lattice Boltzmann Method (LBM)
Boundary Element Method (BEM)
Population Method (PBE)
Immersed Boundary Method (IMB)
Finite Element Method (FEM)
Spectral Element Method (SEM)Use.
Instantly deploy your simulation tools and enable your team to use them wherever they are thanks to a simple interface.
Share.
Share your simulation results and insights with all stakeholders through interactive dashboards and reports.
Application cases
From industry challenges to solutions: explore some of our use cases.
How are our components built ?
Constant scientific monitoring
We track the latest scientific publications, nonstop. We attend top conferences and research congresses and host talks with leading researchers, keeping strong and multi-channel ties to academia around the world.
Best programming languages
Python for flexibility and rapid iteration. Rust for blistering performance and safety. React.js for sleek, refined interfaces users love.
Rigorous validation procedure
We validate algorithms and numerical methods against benchmark cases from the literature and alternative approaches. We stress-test models on numerous industrial scenarios and secure peer confirmation in academic circles.
What they say about DotBlocks
Trusted by industry leaders and top-notch researchers
Working with DotBlocks has been an outstanding experience. Their state-of-the-art numerical methods accelerated our numerical simulations by up to 330X. That level of performance makes it much easier to run the simulation tool directly in our production processes, tightening process control and enabling real-time optimization.
Clear, pragmatic and efficient, exactly what we expect from Industry 4.0.
Lidie Rousseau R&D projet leader ISOVER
Since its creation, I’ve seen in DotBlocks a tremendous opportunity for the numerical simulation of complex processes that are out of reach for traditional approaches. Cutting-edge numerical methods, each relevant to a specific kind of problem, are seamlessly integrated into a modular framework, allowing the creation of custom numerical tools.
It has also been a true pleasure meeting the DotBlocks team, who are exceptionally warm and whose technical expertise commands deep respect.
Daniel Weisz-Patrault CNRS Researcher at Ecole Polytechnique Professor at Ecole Nationale des Ponts et Chaussées
DotBlocks employs state-of-the-art mathematical models for tackling the most difficult problems involving population balances and polydisperse multiphase flows.
Their dynamic research team is highly motivated to tackle real-world R&D problems efficiently and effectively to meet the needs of their industrial customers in a timely fashion.
Rodney Fox Distinguished Professor in Engineering Iowa State University
I had the pleasure of meeting DotBlocks team during scientific discussions on the study methods of the properties of numerical schemes. Thanks to their high-level theoretical and practical expertise across a wide range of numerical methods, this team of young researcher-engineers designs and develops software to accurately simulate industrial processes.
It is a fine example of synergy between applied mathematics and industry, the kind we would like to see more of in our country
Daniel Bouche Research director CEA
I’ve had the opportunity to collaborate with DotBlocks to develop numerical tools utilizing advanced physical models to improve our industrial operations. Their theoretical models are state-of-the-art, on par with the latest academic research, and their numerical implementations and validations are remarkably efficient and accurate. I truly believe in the value of a physical approach to understanding and improving industrial processes.
DotBlocks exemplifies this perfectly.
David Bousquet Industry 4.0 Development Leader ISOVER