A fruit fly connectome as a drone pilot. Camera -> fly eyes -> spiking brain -> descending neurons -> drone. Live 3D demo in your browser.
A curated list of fruit fly connectome projects: MaleCNS, FlyWire, brain simulations, embodied models, games, and research tools.
Experimental Drosophila-inspired camera-to-robot bridge. Working mock neural backend, optical flow, IMU feedback and UDP motor control. MaleCNS integration planned.
A fruit fly connectome (165k neurons, 25.6M synapses) trained to drive a simulated street from pixels. Code, patches, renderer, results.
Real fly anatomy and model-output starter. Custom license requires web UI and repository attribution.
Autonomous Drosophila melanogaster (MaleCNS v1.0 / FlyWire) connectome agent playing Half-Life via biophysical LIF neural dynamics, 60x60 retina transduction, and DirectInput.
Embodied whole-CNS Drosophila connectome simulation in the browser: 165k-neuron LIF brain (WASM) + MuJoCo flybody + flyvis vision
Interactive whole-brain Drosophila simulation on the real FlyWire FAFB v783 connectome (139,255 neurons) running the Shiu et al. 2024 leaky integrate-and-fire model
Resource-aware open research on neural circuits, bodies, and simulated organisms. Starting with Drosophila.
FlyEye is a browser experiment and developer kit built around a real, signed Drosophila MaleCNS-derived connectome subgraph.