Frequently asked questions.

Neeuman is native engineering and scientific simulation software for Windows and Linux (including Ubuntu). It unifies 3D modeling, prebuilt physics kernels, mathematics, Neeuman DSL, AI-assisted experiment setup, visualization and collaboration in a desktop application.

No. The main modeling and physics simulation editor is native desktop software, not a browser-only web application. Neeuman.com is the product website; connected services can support collaboration.

For supported physics domains, Neeuman offers built-in numerical kernels and configurable experiments. Neeuman DSL and AI assistance help define models, equations, parameters and workflows without rebuilding a physics kernel for every study.

AI helps create, configure, explain and manipulate supported models. The physics kernels and numerical methods calculate simulation states. AI output still requires checking against appropriate model assumptions and tests.

Neeuman aims to combine modeling, its own DSL, existing physics kernels, AI-assisted setup and multi-user experimentation in a unified desktop environment. This is a description of its approach, not a claim that it already matches every validated capability of Isaac Sim, ANSYS or COMSOL.

Yes. Neeuman has run black-hole shadow and gravitational-lensing experiments from different perspectives using modeled curved-spacetime light paths. The public recording is one numerical simulation view, not observed astronomical data or proof that every relativity problem is solved.

No. Neeuman has explored gravity and three-body trajectories, gravitational lensing, tetrahedral soft-body deformation, vehicle motion, manufacturing processes and other modeled engineering scenarios. Depth and validation depend on the specific domain.

A recorded experimental incision study uses volumetric tetrahedral soft-body deformation and contact with a cutting tool rather than an animation-only cut. This is a mechanics experiment, not a clinically certified surgical simulator.

No. The software is designed for numerical experimentation, scientific studies, engineering modeling, collaboration and digital-twin development. Readiness for a particular industrial or safety-critical use depends on verification and validation.

Neeuman Industry is being developed around models connected to live and historical operational data, replay and scenario analysis to explore future states and failure-risk indicators. Real predictive performance depends on the plant, data quality, integrations and external validation.

A universal ranking cannot be justified from marketing claims. Accuracy depends on equations, solver implementation, mesh or discretization, boundary conditions, convergence and validation. Neeuman should be compared on reproducible, application-specific benchmarks; it should not be dismissed as inherently less accurate.

Neeuman has working native software and recorded simulation results. Whether any given deployment is production-ready must be evaluated against its specific requirements and verified outcomes. This website does not claim blanket safety-critical certification or superiority over established specialist solvers.

Public pricing is not currently listed. Access is by invitation through the official early-access form; the absence of listed pricing should not be interpreted as free or paid licensing.

Neeuman was co-founded by Prabhas Joshi (CEO and co-founder) and Priyam Trivedi (CTO and co-founder), working with a broader team. It is being developed as a standalone software venture, not merely a classroom assignment.