DOTBLOCKS is a web‑based, no‑code platform that lets engineers and scientists build and run custom numerical simulations through a drag‑and‑drop interface. Its deterministic solvers run up to 100× faster than traditional codes and automatically record versioned results in the cloud, enabling rapid, collaborative analysis without programming.
Funding
Funding not disclosed
Founders
Product
Problem
Engineers and researchers often rely on traditional simulation software that requires extensive programming, long setup times, and costly high‑performance computing resources, making rapid iteration and collaboration difficult.
Solution
DOTBLOCKS offers a web‑based, no‑code platform that lets users build custom numerical simulation tools through a visual interface in just a few clicks. Its deterministic, state‑of‑the‑art solvers run up to 100× faster than conventional codes, reducing computational expense and enabling rapid parametric studies. The platform automatically records full history and versioning, ensuring traceability and reproducibility across the entire innovation workflow from R&D to operations. Results are stored in the cloud and can be shared instantly with team members, supporting collaborative development and knowledge transfer. Users can access a library of specialized solvers—including lattice‑Boltzmann, CFD, and multiphase flow models—without writing code, while still retaining the ability to fine‑tune physical parameters.
Target Audience
Primary users are engineers, scientists, and R&D teams in industrial sectors (e.g., manufacturing, energy, materials) who need fast, accurate numerical analysis without extensive coding expertise.
Features
- Drag‑and‑drop interface for constructing simulation workflows without programming
- High‑performance deterministic solvers (e.g., LBM, CFD, population balance) delivering up to 100× speedup
- Cloud‑native execution with scalable compute resources and secure, sandboxed environments
- Automatic version control and full history tracking for reproducibility and auditability
- Built‑in collaboration tools allowing teams to share simulations, results, and documentation in real time
- Modular solver library covering fluid dynamics, thermal problems, multiphase flows, and more
- API and export options for integrating simulation outputs into downstream analysis pipelines