The company
NeuroSim is a software product developed by Alsadaany Industries.
NeuroSim turns published neural circuit architecture into an executable model, and gives you the controls to interrogate it.
Research preview. The platform is in active development and its models are early-stage computational prototypes.
The product
NeuroSim is a browser-native neural simulation platform for computational neuroscience and neural-system experimentation. It runs biologically grounded spiking circuits locally, exposes the model state directly, and lets you perturb the circuit and measure what changed.
Four circuits ship today, drawn from the mushroom body, the central complex and the optic lobe, alongside an unstructured control network. Six controlled experiment protocols run against them, each producing measured results rather than illustrations.
Everything computes on the visitor’s own machine. There is no account, no upload and no compute server in the request path.
The company
Alsadaany Industries is a software company specialising in digital twin technology and engineering simulation. It builds synchronised models of factories, terminals, networks and fleets, operations that cannot be tested in production, and validates those models against operational data.
The published positioning is direct: model the system before you commit to it, from an engineering company that ships software. Work spans digital twin platforms, simulation engineering, custom simulation software and technical consulting.
NeuroSim applies that discipline to a nervous system. The engineering questions are the familiar ones: what does the model reproduce, where does it approximate, and what can legitimately be concluded from it.
What is ours
The simulation engine, the accelerated compute backend and its verification, the circuit generators, the visualisation, the experiment harness, the closed-loop agent, and this website.
Not ours: the FlyWire connectome, the hemibrain reconstruction, the published whole-brain model whose constants the engine adopts, the anatomical characterisations of every circuit modelled here, and the scientific simulators referenced as prior art. All of that belongs to its authors and their institutions.
Maturity
This site names no researchers, laboratories, universities, clients, partners, publications, grants or certifications that do not exist, and reports no benchmarks that were not measured.