Kothar Computing offers the Forge platform, a hardware‑agnostic, modular suite that unifies simulation, visualization, data processing, and authoring for scientific research. By abstracting CPUs, GPUs, AI accelerators, and quantum processors, Forge automatically maps workloads and delivers performance gains of up to 10,000× compared with traditional stacks.
Funding
Funding not disclosed
Founders
Product
Problem
Researchers using scientific computing face long runtimes and complex toolchains when running simulations, visualizations, data processing, and authoring tasks, especially on emerging quantum, AI, and heterogeneous hardware platforms.
Solution
Kothar Computing offers the Forge platform, a hardware‑agnostic, modular software suite that unifies simulation, visualization, data handling, and authoring workflows. By abstracting underlying hardware differences, Forge can dispatch workloads to CPUs, GPUs, AI accelerators, or quantum processors without code changes. Its acceleration engine leverages optimized kernels and parallel execution strategies to deliver speedups of up to 10,000× compared with traditional scientific software stacks. The modular design lets users plug in modern tooling and libraries, creating a single environment for end‑to‑end research pipelines. This reduces integration effort, shortens time‑to‑insight, and enables scientists to explore more complex problems faster.
Target Audience
Primary customers are research institutions, university labs, and industry R&D teams that conduct high‑performance scientific computing across quantum, AI, and heterogeneous hardware environments.
Features
- Hardware‑agnostic acceleration layer that automatically maps code to CPUs, GPUs, AI accelerators, or quantum processors
- Modular architecture allowing seamless integration of third‑party scientific libraries and custom tools
- Unified interface for simulation, high‑performance visualization, large‑scale data processing, and interactive authoring
- Optimized execution engine delivering up to 10,000× performance improvement over conventional stacks
- One‑stop platform that consolidates multiple scientific workflows into a single, cohesive environment