Forebrain organoid on the FinalSpark multielectrode array
Forebrain organoid positioned over the recording and stimulation electrodes.Jordan et al. 2024 · CC BY 4.0asset record
Four-site multielectrode array used in the FinalSpark Neuroplatform
The platform MEA accommodates four organoids, with electrode groups beneath each site.Jordan et al. 2024 · CC BY 4.0asset record
Schematic of a remote wetware computing platform
Remote-platform architecture: software controls experiments while the living cultures remain under centralised life support.Biocomputers original schematicasset record

FinalSpark's Neuroplatform combines neural organoids, multielectrode arrays, automated culture support and a software layer that allows external researchers to stimulate and record living networks over the internet.

The 2024 platform paper reports more than 1,000 organoids used over several years, more than 18 terabytes of collected data and organoid lifetimes exceeding 100 days in the best cases. The API supports Python and Jupyter-based experiments, including closed-loop strategies.

Evidence status

Peer-reviewed research-platform description plus current commercial/research access. Individual learning or performance claims still need their own experimental evidence.

Biological substrate
Three-dimensional neuronal organoids
Interface
MEA stimulation and recording
Access
Remote Python/Jupyter environment
Organisation
FinalSpark

Current access plans

FinalSpark currently lists Shared access for one user across four shared organoids and Dedicated access for multiple users across four dedicated organoids. Both routes offer 24/7 remote stimulation and recording through the Neuroplatform; current pricing is provided on contact.

Current access comparison →