Introducing Crypty Ltd and BRAINMAP_SECURE

[CryptyLtd]

@CryptyLtd is now building on GitHub.

Our work focuses on secure AI, scientific computing and reproducible digital systems. One current research programme is BRAINMAP_SECURE,

A computational framework for processing and validating large-scale Drosophila melanogaster connectome simulations.

Our publicly disclosed internal benchmark processed:

• 172,433 connected neuron states
• 11,752,828 directed neuron-pair edges
• 100 simulation timesteps
• 54,467 spike events
• 2,447 descending output spikes
• 1,765 motor output spikes
• 26 effector output spikes

Validation reported zero spike-history differences, zero functional-output differences and zero refractory-state mismatches, with approximately 40% lower internal-dynamics runtime—an internal speedup of 1.67× in the tested configuration.

These figures describe a computational benchmark, not biological fidelity or a peer-reviewed neuroscience result. The implementation, datasets and security-sensitive architecture remain private while validation and release controls continue.

Official BRAINMAP_SECURE GitHub repository:
https://github.com/CryptyLtd/brainmap-secure

Crypty Ltd GitHub page:
https://github.com/Hexagonone

Follow our GitHub activity for future technical updates, sanitized documentation and reproducible research disclosures.