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hnn-core

Free#51 of 69 in Simulation Software

hnn-core: A specialized toolkit for modeling neocortical circuits and their measurable signals. Ranked #51 of 69 in Simulation Software by our editors (4.0/10); pricing: Open source; best for neuroscience researchers simulating cortical circuits.

4.0/10Editor score
hnn-core4.0 Visit hnn-core

At a glance

  • Editor score
    4.0 / 10
  • Pricing
    Open source
  • Best for
    Neuroscience researchers simulating cortical circuits
  • Paid from
    Free
  • Cloud deployment
    Yes
  • Facts checked
    24 Sep 2026
  • Where it wins

    • Models EEG/MEG dipoles, ERPs, rhythms, LFP, CSD and spiking activity
    • Fits and optimizes model parameters against experimental dipole data
    • Provides Python API, web-based GUI and MPI or Joblib parallel backends
  • Where it doesn't

    • Its focus is limited to computational and experimental neuroscience
    • Requires working with Python and the NEURON simulation environment
    • Support is through community resources and documentation

Our verdict on hnn-core

For researchers studying how neocortical circuits generate measurable brain signals, hnn-core offers a Python API and web-based GUI for biophysically detailed simulation. It models cellular and circuit mechanisms behind EEG and MEG signals, including current dipoles, event-related potentials, and alpha, beta, and gamma rhythms. The package is aimed at computational and experimental neuroscience workflows, rather than general-purpose simulation needs.

Its distinctive strength is the range of outputs and the connection between circuit mechanisms and experimental data. Researchers can examine local-field potentials, current-source density, voltage traces, and spike activity; edit morphology, biophysical properties, and connectivity; and fit or optimize parameters against experimental dipole data. MPI and Joblib backends support parallel simulation. NEURON and MNE-Python integrations place it within established neuroscience workflows, while the GUI is built on Jupyter widgets and Voilà.

hnn-core is open-source Python software, not a commercial subscription, so pricing is not organized into paid tiers. Tutorials, examples, and documented installation workflows provide learning resources, with community and documentation as support channels. That makes it a fit for researchers and teams comfortable with a technical, code-centered workflow who need detailed cortical circuit modeling. It is a poor match for buyers seeking a broad simulation suite, a general-purpose visual modeling tool, or vendor-led support; its value depends on the problem being specifically about neuroscience circuits and their EEG/MEG signatures.

Your product? Our editors can test hnn-core in depth and publish a review, labelled as paid · from $149/mo →

hnn-core pricing

Plans Open sourceFree Free to use — no paid tier required for the core job.
See plans on jonescompneurolab.github.io

hnn-core fact sheet

Free planNot verified
Paid fromFree
Discrete-event modelsNot verified
System-dynamics modelsNot verified
Agent-based modelsNot verified
Finite-element analysisNot verified
Multiphysics simulationNot verified
Cloud deploymentYes
API accessYes
DeploymentCloud, Self-hosted
PlatformsWindows, macOS, Linux
SupportCommunity, Docs
Built forSolo, Small business, Mid-market (editorial estimate)
Integrations2 integrations: NEURON, MNE-Python
PricingOpen source
Websitejonescompneurolab.github.io
Facts checked24 Sep 2026

hnn-core integrations

hnn-core lists 2 integrations on its own site.

  • NEURON
  • MNE-Python

Alternatives to hnn-core

See all hnn-core alternatives →

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Featured on iTechGuides

Featured on iTechGuides — hnn-core 4.0/10

hnn-core is listed in our Simulation Software directory. Add the badge to your site — it links back to this page.

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Reviewed by iTechGuides Editors · Editorial team · Updated Oct 2026

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