{ "reviewedAt": "2026-09-16", "description": "Source-reviewed directory; experiments not independently reproduced.", "projects": [ { "id": "stonkfly", "title": "Stonkfly", "creator": "Alex Wormuth", "category": "Trading", "repo": "https://github.com/nftechie/stonkfly", "description": "A $100 portfolio. One very small trader. Bitcoin charts become neural inputs; a fixed readout proposes buy, sell, or hold.", "note": "The repository defaults to paper trading and offers optional Coinbase execution. Engineered dopamine inputs and changing synapses have not demonstrated profitable learning.", "dataset": "MaleCNS", "status": "Code available", "checked": "2026-09-16", "post": "https://x.com/wormuth/status/2098012107652391357", "handle": "wormuth", "demo": "https://stonkfly-three.vercel.app/", "tags": [ "Bitcoin", "Full graph" ], "image": "/images/stonkfly.jpg", "repoBranch": "main", "imageSource": "https://pbs.twimg.com/amplify_video_thumb/2097893699925458948/img/LOeUzu35T_s5f70k.jpg", "imageCredit": "Preview from Alex Wormuth’s project post", "imageWidth": 960, "imageHeight": 540 }, { "id": "beat-saber", "title": "Beat Saber fly", "creator": "lyra bubbles", "category": "Games", "repo": null, "description": "Two lightsabers, a tiny fly, and the rhythm-game clip that took over everyone’s feed.", "note": "The creator says the model is overfit to one track, with replay information among its inputs. This is a motor-control experiment, not demonstrated general Beat Saber skill.", "dataset": "MaleCNS", "status": "Creator demo", "checked": "2026-09-16", "post": "https://x.com/_lyraaaa_/status/2097527368919470162", "handle": "_lyraaaa_", "tags": [ "Rhythm", "Overfit demo" ], "image": "/images/beat-saber.jpg", "repoBranch": "main", "imageSource": "https://pbs.twimg.com/amplify_video_thumb/2097526768739737600/img/ciBu9rPeJEMJZdA2.jpg", "imageCredit": "Preview from lyra bubbles’s project post", "imageWidth": 960, "imageHeight": 620 }, { "id": "rubiks", "title": "The Rubik’s Cube fly", "creator": "Nick Walton", "category": "Games", "repo": null, "description": "The little puzzle-solving fly from the viral eight-second video.", "note": "A creator-posted demonstration. No reproducible code or evaluation was located in the reviewed sources; the clip alone does not verify the claimed training or puzzle-solving ability.", "dataset": "Unspecified", "status": "Creator demo", "checked": "2026-09-16", "post": "https://x.com/nickwalton00/status/2098301053372621070", "handle": "nickwalton00", "tags": [ "Rubik’s Cube", "Viral demo" ], "image": "/images/rubiks.jpg", "repoBranch": "main", "imageSource": "https://pbs.twimg.com/amplify_video_thumb/2098300906966241280/img/RzaNBerGnhFEyzbv.jpg", "imageCredit": "Preview from Nick Walton’s project post", "imageWidth": 960, "imageHeight": 540 }, { "id": "neurocraft", "title": "NeuroCraft Fly", "creator": "Evan Smith", "category": "Games", "repo": "https://github.com/evnsnclr/neurocraft-fly-public", "description": "A fly moves into Minecraft, where food, light, brushing, and nearby creatures feed its simulated nervous system.", "note": "The public repository contains footage and project documentation. Runnable mod and companion source are still being prepared. Neural readouts select and modulate scripted body programs.", "dataset": "MaleCNS", "status": "Release pending", "checked": "2026-09-16", "post": "https://x.com/evnsnclr/status/2095975490708291948", "handle": "evnsnclr", "tags": [ "Minecraft", "Full graph" ], "image": "/images/neurocraft.jpg", "repoBranch": "main", "imageSource": "https://pbs.twimg.com/amplify_video_thumb/2095974714162511872/img/xUxhHCi9a5kSbreF.jpg", "imageCredit": "Preview from Evan Smith’s project post", "imageWidth": 960, "imageHeight": 528 }, { "id": "doomfly", "title": "Doomfly", "creator": "Alex Wormuth", "category": "Games", "repo": "https://github.com/nftechie/doomfly", "description": "The internet’s favorite question, answered with a fly: can it run Doom? Game frames enter the modeled eyes; spikes become controls.", "note": "The full retained MaleCNS graph is connected to ViZDoom. The current v6 candidate failed visual, conditioning, and survival validation gates; learned survival has not been demonstrated.", "dataset": "MaleCNS", "status": "Code available", "checked": "2026-09-16", "post": "https://x.com/wormuth/status/2097711063135383642", "handle": "wormuth", "tags": [ "Doom", "Full graph" ], "image": "/images/doomfly.jpg", "repoBranch": "main", "imageSource": "https://pbs.twimg.com/amplify_video_thumb/2097711005941817344/img/G90WiorzYBTsGL0N.jpg", "imageCredit": "Preview from Alex Wormuth’s project post", "imageWidth": 960, "imageHeight": 540 }, { "id": "desktopfly", "title": "DesktopFly", "creator": "Denis Shiryaev", "category": "Worlds", "repo": "https://github.com/DenisSergeevitch/desktop-fly", "description": "A tiny, articulated companion that walks, grooms, sleeps, and flees your cursor on the macOS desktop.", "note": "Combines selected FlyWire circuits with a 1,045-neuron MaleCNS brain-to-leg extract and modeled senses. The larger brain view displays anatomical positions; displayed points are not the simulated circuit size.", "dataset": "FlyWire + MaleCNS", "status": "Code available", "checked": "2026-09-16", "tags": [ "Desktop pet", "macOS" ], "asset": "assets/fly.png", "post": null, "image": "/images/desktopfly.jpg", "repoBranch": "master", "imageSource": "https://raw.githubusercontent.com/DenisSergeevitch/desktop-fly/master/assets/fly.png", "imageCredit": "Preview from Denis Shiryaev’s repository", "imageWidth": 960, "imageHeight": 960 }, { "id": "flyocr", "title": "FlyOCR", "creator": "Jerry Liu", "category": "Tools", "repo": "https://github.com/jerryjliu/fly_ocr", "description": "Give the fly a PDF. This experiment turns individual printed characters into neural activity and reads them back out as text.", "note": "Retains the MaleCNS graph with frozen internal weights and a trained decoder. The README reports 87.6% on a 1,632-glyph benchmark and 5.7% character error on 176 reference characters. These are limited-font, selected-crop experiments. The 3D fly is illustrative animation beside recorded OCR.", "dataset": "MaleCNS", "status": "Code available", "checked": "2026-09-16", "post": "https://x.com/jerryjliu0/status/2099168936059437206", "handle": "jerryjliu0", "tags": [ "OCR", "Full graph" ], "image": "/images/flyocr.jpg", "repoBranch": "main", "imageSource": "https://pbs.twimg.com/amplify_video_thumb/2099168693867692032/img/eFSGinIFxADeISsL.jpg", "imageCredit": "Preview from Jerry Liu’s project post", "imageWidth": 960, "imageHeight": 540 }, { "id": "flyhard", "title": "Flyhard", "creator": "Mark Unthank", "category": "Robotics", "repo": "https://github.com/MarkUnthank/flyhard", "description": "Six legs on a steering wheel. A connectome-based controller steers a virtual Mini Cooper in CARLA.", "note": "The documented result is instructed-angle steering through a simulated foreleg, including held-out targets and grip controls. Speed is scripted; autonomous visual driving remains untested.", "dataset": "MaleCNS", "status": "Code available", "checked": "2026-09-16", "post": null, "handle": "alrightmark", "tags": [ "Driving", "CARLA" ], "image": null, "repoBranch": "main" }, { "id": "fly64", "title": "Fly64", "creator": "Jessica Paquette", "category": "Games", "repo": "https://github.com/ornata/fly", "description": "Mario gets a very unusual controller: a MaleCNS model receiving views from inside Super Mario 64.", "note": "A macOS hobby experiment with engineered sensory and button mappings. The author describes it as unreviewed, AI-assisted code tested on one Mac. Running it requires your own game ROM.", "dataset": "MaleCNS", "status": "Code available", "checked": "2026-09-16", "post": "https://x.com/barrelshifter/status/2097004115826200898", "handle": "barrelshifter", "tags": [ "Super Mario 64", "macOS" ], "image": "/images/fly64.jpg", "repoBranch": "main", "imageSource": "https://pbs.twimg.com/amplify_video_thumb/2097003650820485124/img/85z_Zbx7QDpKHi_i.jpg", "imageCredit": "Preview from Jessica Paquette’s project post", "imageWidth": 960, "imageHeight": 625 }, { "id": "flm", "title": "Fly Language Model", "creator": "Alex Wormuth", "category": "Tools", "repo": "https://github.com/nftechie/flm", "description": "Talk to the fly. A frozen language model gets a small, trained adapter that reads activity from the fly’s connectivity graph.", "note": "Language comes from LFM2.5-1.2B-Instruct. Only the adapter learns; the anatomical graph stays fixed. The associated study does not establish an advantage from fly anatomy.", "dataset": "MaleCNS", "status": "Code available", "checked": "2026-09-16", "post": "https://x.com/wormuth/status/2098532090874560815", "handle": "wormuth", "demo": "https://fly-language-model.vercel.app/", "tags": [ "Language", "Adapter" ], "image": "/images/flm.jpg", "repoBranch": "main", "imageSource": "https://pbs.twimg.com/amplify_video_thumb/2098499401509732352/img/6CpDQvODI8NNIcxS.jpg", "imageCredit": "Preview from Alex Wormuth’s project post", "imageWidth": 960, "imageHeight": 540 }, { "id": "fly-escape", "title": "Help the Fly Escape", "creator": "dzhng", "category": "Games", "repo": "https://github.com/dzhng/fly-escape", "description": "Rearrange a little house, release a swarm, and help as many flies as possible find their way outside.", "note": "A 3D browser game using a selected MaleCNS circuit, Rust/WebAssembly simulation, and authored environments. This is a circuit-based game, not a whole-animal reconstruction.", "dataset": "MaleCNS", "status": "Code available", "checked": "2026-09-16", "demo": "https://fly-escape.vercel.app/", "tags": [ "Playable", "Puzzle" ], "asset": "specs/done/help-the-fly-escape/assets/evidence/34-game-overlays/setup.png", "post": null, "image": "/images/fly-escape.jpg", "repoBranch": "main", "imageSource": "https://raw.githubusercontent.com/dzhng/fly-escape/main/specs/done/help-the-fly-escape/assets/evidence/34-game-overlays/setup.png", "imageCredit": "Preview from David Zhang’s repository", "imageWidth": 960, "imageHeight": 600 }, { "id": "python", "title": "The Python fly", "creator": "nalin", "category": "Culture", "repo": null, "description": "The fly graduates from gaming to typing Python in a miniature programming setup.", "note": "A viral creator video, posted with a reference to Capy. No reproducible code or evaluation was located in the reviewed thread. Programming ability is unverified.", "dataset": "Unspecified", "status": "Creator demo", "checked": "2026-09-16", "post": "https://x.com/lordspline/status/2098445714741166336", "handle": "lordspline", "tags": [ "Coding", "Viral demo" ], "image": "/images/python.jpg", "repoBranch": "main", "imageSource": "https://pbs.twimg.com/amplify_video_thumb/2098420932746645504/img/KEPGiD_NEmiwFcTJ.jpg", "imageCredit": "Preview from nalin’s project post", "imageWidth": 960, "imageHeight": 540 }, { "id": "infinite-sugar", "title": "Infinite Sugar", "creator": "cnqso", "category": "Art", "repo": "https://github.com/cnqso/infinite-sugar", "description": "A quiet terrarium, one fly, and an uninterrupted supply of sweetness. A browser artwork about artificial embodiment.", "note": "FlyWire-derived activity drives feeding and some body motion. Wing movements and small foot shuffles use supplied patterns. Inspired by Harris Rosenblum’s Infinite Pain.", "dataset": "FlyWire", "status": "Code available", "checked": "2026-09-16", "demo": "https://infinitesugar.cnqso.com/", "tags": [ "Playable", "Terrarium" ], "post": null, "image": "/images/infinite-sugar.jpg", "repoBranch": "main", "imageSource": "https://infinitesugar.cnqso.com/", "imageCredit": "Screenshot of cnqso’s project website", "imageWidth": 960, "imageHeight": 860 }, { "id": "fly-lab", "title": "Fly Lab", "creator": "Apolotary", "category": "Art", "repo": "https://github.com/Apolotary/fly-lab", "description": "A fly-powered instrument for Ableton Live, from dark drones to a rotating chamber of musical flies.", "note": "The Dark lab trains a small musical readout over simulated motor circuits. The harmony, rhythm, and gestures are authored; the measured wiring stays fixed.", "dataset": "MaleCNS", "status": "Code available", "checked": "2026-09-16", "tags": [ "Music", "Ableton Live" ], "post": null, "image": null, "repoBranch": "main" }, { "id": "wirehead", "title": "Fly / Wirehead", "creator": "Matty Hempstead", "category": "Culture", "repo": "https://github.com/mattyhempstead/fly-wirehead", "description": "Born to fly. Handed a phone. An observation chamber for a fly watching an endless feed of insect videos.", "note": "Video frames stimulate modeled sensory inputs in a locally running MaleCNS simulation. Body motion and neural telemetry are displayed in a browser; the phone advances every three seconds.", "dataset": "MaleCNS", "status": "Code available", "checked": "2026-09-16", "tags": [ "Doomscrolling", "Full graph" ], "asset": "docs/assets/fly-wirehead.png", "post": null, "image": "/images/wirehead.jpg", "repoBranch": "main", "imageSource": "https://raw.githubusercontent.com/mattyhempstead/fly-wirehead/main/docs/assets/fly-wirehead.png", "imageCredit": "Preview from Matty Hempstead’s repository", "imageWidth": 960, "imageHeight": 627 }, { "id": "fruitless", "title": "Fruitless", "creator": "Nico Christie", "category": "Research", "repo": "https://github.com/nicodunks/fruitless", "description": "An intervention in courtship-related circuitry, visualized with a small fly and recorded neural activity.", "note": "Compares intact wiring with blocked mAL output in a 166,606-neuron model. Results are model-specific changes in candidate-neuron activity, not a demonstration of changing a real fly’s sexuality.", "dataset": "MaleCNS", "status": "Code available", "checked": "2026-09-16", "post": "https://x.com/nicochristie/status/2098106823970828606", "handle": "nicochristie", "tags": [ "Circuit study", "Courtship" ], "image": "/images/fruitless.jpg", "repoBranch": "main", "imageSource": "https://raw.githubusercontent.com/nicodunks/fruitless/main/experiment/followup/figures/cue-response-left.png", "imageCredit": "Preview from Nico Christie’s project post", "imageWidth": 960, "imageHeight": 768 }, { "id": "swat", "title": "Swat", "creator": "hrook1", "category": "Games", "repo": "https://github.com/hrook1/Swat", "description": "Catch it if you can. A browser arcade game that lets you peek into the circuit behind a fly’s escape response.", "note": "Uses a 6,000-neuron MaleCNS subset. Neural activity influences evasion; cruising, animation, and collisions are authored game mechanics.", "dataset": "MaleCNS", "status": "Code available", "checked": "2026-09-16", "demo": "https://fruitfly-tiny-brain.vercel.app/", "tags": [ "Playable", "Circuit subset" ], "asset": "public/og.png", "post": null, "image": "/images/swat.jpg", "repoBranch": "main", "imageSource": "https://raw.githubusercontent.com/hrook1/Swat/main/public/og.png", "imageCredit": "Preview from hrook1’s repository", "imageWidth": 960, "imageHeight": 504 }, { "id": "minecraft-mod", "title": "Fly Brain Minecraft", "creator": "blendi-remade", "category": "Games", "repo": "https://github.com/blendi-remade/fly-brain-minecraft", "description": "An independently released Minecraft mod with fly mobs, a brain view, and live motor-channel readouts.", "note": "A Fabric 1.21.1 mod using a filtered MaleCNS graph and project-defined sensory/motor mappings. This is separate from Evan Smith’s NeuroCraft Fly.", "dataset": "MaleCNS", "status": "Code available", "checked": "2026-09-16", "tags": [ "Minecraft", "Fabric mod" ], "asset": "docs/media/hud-brainview-neuroscope.png", "post": null, "image": "/images/minecraft-mod.jpg", "repoBranch": "main", "imageSource": "https://raw.githubusercontent.com/blendi-remade/fly-brain-minecraft/main/docs/media/hud-brainview-neuroscope.png", "imageCredit": "Preview from blendi-remade’s repository", "imageWidth": 960, "imageHeight": 539 }, { "id": "fly-chess", "title": "Fly Chess Lab", "creator": "tolatolatop", "category": "Games", "repo": "https://github.com/tolatolatop/fly-chess", "description": "A chessboard beside a simulated fly brain. Inspect the spike traces and try disconnecting the network.", "note": "The FlyWire network runs in a browser Web Worker through Rust/WebAssembly. Chess input encoding and move scoring are engineered, and the move readout is untrained.", "dataset": "FlyWire", "status": "Code available", "checked": "2026-09-16", "demo": "https://tolatolatop.github.io/fly-chess/", "tags": [ "Playable", "Chess" ], "post": null, "image": "/images/fly-chess.jpg", "repoBranch": "main", "imageSource": "https://tolatolatop.github.io/fly-chess/", "imageCredit": "Screenshot of tolatolatop’s project website", "imageWidth": 960, "imageHeight": 860 }, { "id": "fly-dino", "title": "Fly Dino", "creator": "Mert Cobanov", "category": "Games", "repo": "https://github.com/cobanov/flyjump", "description": "The Chrome dinosaur gets an 80-neuron controller. Watch the circuit react as the obstacles approach.", "note": "Uses a fixed MaleCNS circuit with simplified leaky tanh dynamics. Training changes a 243-parameter artificial readout; the repository includes benchmarks and silencing controls.", "dataset": "MaleCNS", "status": "Code available", "checked": "2026-09-16", "demo": "https://flydino.cobanov.dev/", "tags": [ "Playable", "Circuit subset" ], "post": null, "image": "/images/fly-dino.jpg", "repoBranch": "main", "imageSource": "https://flydino.cobanov.dev/", "imageCredit": "Screenshot of Mert Cobanov’s project website", "imageWidth": 960, "imageHeight": 860 }, { "id": "super-smash", "title": "Super Smash Fly", "creator": "Nick Walton", "category": "Games", "repo": null, "description": "A second act for the Rubik’s Cube fly: a creator-posted Super Smash Bros. demonstration.", "note": "The creator reports winning two of three matches against bots. Code, controls, and an independent evaluation were not located; treat the performance as an unverified creator claim.", "dataset": "Unspecified", "status": "Creator demo", "checked": "2026-09-16", "post": "https://x.com/nickwalton00/status/2098537903110652087", "handle": "nickwalton00", "tags": [ "Super Smash Bros.", "Viral demo" ], "image": "/images/super-smash.jpg", "repoBranch": "main", "imageSource": "https://pbs.twimg.com/amplify_video_thumb/2098537618095140864/img/P0HPdgsMUWw8zh8K.jpg", "imageCredit": "Preview from Nick Walton’s project post", "imageWidth": 960, "imageHeight": 540 }, { "id": "mario-kart", "title": "Mario Kart fly", "creator": "Nick Walton", "category": "Games", "repo": null, "description": "The fly takes a turn at Mario Kart in a follow-up to the Rubik’s Cube video.", "note": "Creator-posted demo. No reproducible implementation or evidence of general racing ability was located in the reviewed sources.", "dataset": "Unspecified", "status": "Creator demo", "checked": "2026-09-16", "post": "https://x.com/nickwalton00/status/2098462914156065162", "handle": "nickwalton00", "tags": [ "Racing", "Viral demo" ], "image": "/images/mario-kart.jpg", "repoBranch": "main", "imageSource": "https://pbs.twimg.com/amplify_video_thumb/2098462497565274112/img/AqJXpO0Du3FXWkDM.jpg", "imageCredit": "Preview from Nick Walton’s project post", "imageWidth": 960, "imageHeight": 654 }, { "id": "social-flies", "title": "A social network for flies", "creator": "Alex Wormuth", "category": "Culture", "repo": null, "description": "Six simulated flies—three male and three female—get the opportunity to interact in a tiny social network.", "note": "The creator describes separate neural states and memories, with neural activity deciding responses to presentations. No public code link was located in the reviewed announcement.", "dataset": "Male + female connectomes", "status": "Creator demo", "checked": "2026-09-16", "post": "https://x.com/wormuth/status/2098371978612924425", "handle": "wormuth", "tags": [ "Social", "Creator demo" ], "image": "/images/social-flies.jpg", "repoBranch": "main", "imageSource": "https://pbs.twimg.com/amplify_video_thumb/2098271853764874240/img/GiUS31GwbJZVGokb.jpg", "imageCredit": "Preview from Alex Wormuth’s project post", "imageWidth": 960, "imageHeight": 540 }, { "id": "onlyflies", "title": "Onlyflies", "creator": "bloomy btw", "category": "Culture", "repo": null, "description": "A tongue-in-cheek social-platform demo for a fly, complete with twenty simulated subscribers.", "note": "A creator-posted parody. No reproducible source or evaluation was located; inclusion documents the meme, not a verified neural capability.", "dataset": "Unspecified", "status": "Creator demo", "checked": "2026-09-16", "post": "https://x.com/yungcontent/status/2099195369293070727", "handle": "yungcontent", "tags": [ "Parody", "Viral demo" ], "image": "/images/onlyflies.jpg", "repoBranch": "main", "imageSource": "https://pbs.twimg.com/amplify_video_thumb/2099195258659901440/img/gCcp-ASBB6HSN5tC.jpg", "imageCredit": "Preview from bloomy btw’s project post", "imageWidth": 768, "imageHeight": 960 }, { "id": "flyscroll", "title": "FlyScroll", "creator": "ranagwho", "category": "Culture", "repo": "https://github.com/ranagwho/Fruitfly-Doomscroller", "description": "A video feed whose next scroll is influenced by a modeled fly circuit’s changing response to what it sees.", "note": "Uses engineered visual input, novelty calculations, and mushroom-body plasticity. Includes a visual crop and a full-graph option; a maximum-watch timeout also advances clips.", "dataset": "MaleCNS", "status": "Code available", "checked": "2026-09-16", "tags": [ "Doomscrolling", "Video" ], "asset": "docs/flyscroll-demo.gif", "post": null, "image": "/images/flyscroll.jpg", "repoBranch": "main", "imageSource": "https://raw.githubusercontent.com/ranagwho/Fruitfly-Doomscroller/main/docs/flyscroll-demo.gif", "imageCredit": "Preview from ranagwho’s repository", "imageWidth": 960, "imageHeight": 527 }, { "id": "iphone-fly", "title": "iPhone doomscrolling fly", "creator": "Hamudi", "category": "Culture", "repo": null, "description": "A fly, an iPhone Duo, and the scroll that never ends. One of the trend’s miniature workplace comedies.", "note": "Creator-posted video. A reproducible model and code were not located in the reviewed announcement.", "dataset": "Unspecified", "status": "Creator demo", "checked": "2026-09-16", "post": "https://x.com/hamudinaanaa/status/2098446524011397148", "handle": "hamudinaanaa", "tags": [ "Doomscrolling", "Viral demo" ], "image": "/images/iphone-fly.jpg", "repoBranch": "main", "imageSource": "https://pbs.twimg.com/amplify_video_thumb/2098446494605123584/img/fcAO-M-dNaFgO-rk.jpg", "imageCredit": "Preview from Hamudi’s project post", "imageWidth": 960, "imageHeight": 524 }, { "id": "openfly", "title": "OpenFly", "creator": "marketcalls", "category": "Trading", "repo": "https://github.com/marketcalls/openfly", "description": "A MaleCNS-based controller connected to Indian NIFTY options through OpenAlgo.", "note": "The documented default is paper trading. Strategy rules, risk limits, and action decoding are engineered. No profitable edge has been demonstrated.", "dataset": "MaleCNS", "status": "Code available", "checked": "2026-09-16", "tags": [ "Paper trading", "Options" ], "asset": "assets/OpenFly.png", "post": null, "image": "/images/openfly.jpg", "repoBranch": "main", "imageSource": "https://raw.githubusercontent.com/marketcalls/openfly/main/assets/OpenFly.png", "imageCredit": "Preview from marketcalls’s repository", "imageWidth": 960, "imageHeight": 480 }, { "id": "hashfly", "title": "HashFly", "creator": "FutureBit", "category": "Trading", "repo": null, "description": "A Bitcoin-mining-themed fly demo from FutureBit joins the wave of improbable insect jobs.", "note": "A promotional creator demo. The claimed efficiency of hypothetical organic hardware is not a measured result for this software and is not independently verified here.", "dataset": "Unspecified", "status": "Creator demo", "checked": "2026-09-16", "post": "https://x.com/FutureBit/status/2099241052997570816", "handle": "FutureBit", "tags": [ "Bitcoin", "Creator demo" ], "image": "/images/hashfly.jpg", "repoBranch": "main", "imageSource": "https://pbs.twimg.com/amplify_video_thumb/2099239516309688320/img/KbNet0qYlQnqeoOE.jpg", "imageCredit": "Preview from FutureBit’s project post", "imageWidth": 898, "imageHeight": 960 }, { "id": "faiku", "title": "Faiku", "creator": "xyzzyapps", "category": "Art", "repo": "https://github.com/xyzzyapps/faiku", "description": "A fly-font experiment that turns learned outputs into haiku and traces Japanese kana and English letters.", "note": "Includes a full MaleCNS path and a much smaller fallback. Glyphs, rewards, and language mappings are project-defined; this does not show that biological flies compose poetry.", "dataset": "MaleCNS", "status": "Code available", "checked": "2026-09-16", "tags": [ "Poetry", "Lettering" ], "post": null, "image": null, "repoBranch": "master" }, { "id": "fashion", "title": "Fruit Fly Fashion", "creator": "jtc268", "category": "Art", "repo": "https://github.com/jtc268/fruit-fly-fashion", "description": "A six-shirt art experiment whose print placement, scale, and rotation are influenced by fly spike vectors.", "note": "The source describes a full retained MaleCNS simulation based on Doomfly. The fly transforms existing print compositions; it does not originate every aspect of the artwork.", "dataset": "MaleCNS", "status": "Code available", "checked": "2026-09-16", "demo": "https://fruitfly.fashion/", "tags": [ "Fashion", "Generative art" ], "post": null, "image": "/images/fashion.jpg", "repoBranch": "main", "imageSource": "https://fruitfly.fashion/", "imageCredit": "Screenshot of jtc268’s project website", "imageWidth": 960, "imageHeight": 860 }, { "id": "flypong", "title": "FlyPong", "creator": "jonatasperaza", "category": "Games", "repo": "https://github.com/jonatasperaza/FlyPong", "description": "A small MaleCNS circuit tracks a Pong ball, with a research log documenting what did and didn’t work.", "note": "The repository reports sensory responses but no evidence of successful dopamine-based learning in its tested variants. Uses a circuit subset and a simple motor readout.", "dataset": "MaleCNS", "status": "Code available", "checked": "2026-09-16", "tags": [ "Pong", "Circuit subset" ], "post": null, "image": null, "repoBranch": "main" }, { "id": "flydoom-lab", "title": "FlyDoom research framework", "creator": "eganeganegan", "category": "Research", "repo": "https://github.com/eganeganegan/flydoom", "description": "A testbed asking whether the fly’s connection pattern helps a recurrent controller learn simple Doom tasks.", "note": "Includes matched random graphs and conventional-network baselines, with several training modes. It tests an architectural constraint rather than claiming biological brain emulation.", "dataset": "MaleCNS", "status": "Code available", "checked": "2026-09-16", "tags": [ "Doom", "Benchmarks" ], "post": null, "image": null, "repoBranch": "main" }, { "id": "flybrain-arena", "title": "FlyBrain Arena", "creator": "Jhongdlp", "category": "Games", "repo": "https://github.com/Jhongdlp/FlyBrain", "description": "A fly-controlled game boss, an arena, a modeled retina, and live neural readouts.", "note": "Pairs a Rust neural engine with Python training and a Three.js viewer. Biological wiring is combined with modeled dynamics and game-specific inputs and outputs.", "dataset": "MaleCNS", "status": "Code available", "checked": "2026-09-16", "tags": [ "Game boss", "Rust" ], "asset": "assets/pelea.png", "post": null, "image": "/images/flybrain-arena.jpg", "repoBranch": "main", "imageSource": "https://raw.githubusercontent.com/Jhongdlp/FlyBrain/main/assets/pelea.png", "imageCredit": "Preview from Jhongdlp’s repository", "imageWidth": 960, "imageHeight": 600 }, { "id": "connectome-fighter", "title": "Connectome Fighter", "creator": "Unjuno", "category": "Games", "repo": "https://github.com/Unjuno/connectome-fighter", "description": "MaleCNS meets FightingICE in a testbed with an explicit chain from sensory input to fighting-game actions.", "note": "Uses modeled spiking dynamics and project-defined reinforcement and action groups. The public research ledger is distinct from the locally configured live backend.", "dataset": "MaleCNS", "status": "Code available", "checked": "2026-09-16", "demo": "https://unjuno.github.io/connectome-fighter/", "tags": [ "Fighting", "Research ledger" ], "post": null, "image": null, "repoBranch": "main" }, { "id": "craftax", "title": "fly-craftax", "creator": "liuzihe02", "category": "Games", "repo": "https://github.com/liuzihe02/fly-craftax", "description": "A connectome-based experiment in Craftax, an open-ended survival environment.", "note": "Provides PPO training for a descending-neuron readout, baseline comparisons, and a replay viewer. A research prototype rather than a general survival capability claim.", "dataset": "MaleCNS", "status": "Code available", "checked": "2026-09-16", "tags": [ "Survival", "Readout training" ], "post": null, "image": null, "repoBranch": "main" }, { "id": "flyfear", "title": "FLYFEAR", "creator": "furkancak1r", "category": "Games", "repo": "https://github.com/furkancak1r/flyfear", "description": "A first-person horror prototype: find the key while a fly-linked system influences the room’s events.", "note": "A Godot game using a MaleCNS-derived simulation and an external adaptive event-selection layer. The learning layer and authored horror mechanics are distinct from the measured connectome.", "dataset": "MaleCNS", "status": "Code available", "checked": "2026-09-16", "demo": "https://furkancakir.dev/flyfear/", "tags": [ "Playable", "Horror" ], "asset": "reports/game-1080p.png", "post": null, "image": "/images/flyfear.jpg", "repoBranch": "main", "imageSource": "https://raw.githubusercontent.com/furkancak1r/flyfear/main/reports/game-1080p.png", "imageCredit": "Preview from furkancak1r’s repository", "imageWidth": 960, "imageHeight": 540 }, { "id": "flyverse", "title": "flyverse", "creator": "tel-0s", "category": "Worlds", "repo": "https://github.com/tel-0s/flyverse-core", "description": "A room, fruit, wind, and a fly with modeled vision, smell, taste, and movement.", "note": "Supports MaleCNS and female datasets. Sensory physiology, brain-to-body coupling, and motor behavior depend on documented modeling assumptions.", "dataset": "MaleCNS", "status": "Code available", "checked": "2026-09-16", "tags": [ "Room simulation", "Multisensory" ], "asset": "docs/demo_ui.png", "post": null, "image": "/images/flyverse.jpg", "repoBranch": "main", "imageSource": "https://raw.githubusercontent.com/tel-0s/flyverse-core/main/docs/demo_ui.png", "imageCredit": "Preview from tel-0s’s repository", "imageWidth": 960, "imageHeight": 579 }, { "id": "closed-loop", "title": "Closed-Loop Fly", "creator": "ZeroXClem", "category": "Worlds", "repo": "https://github.com/ZeroXClem/closed-loop-fly", "description": "An inspectable loop from a rendered world through compound eyes and modeled neurons, then back to a flying body.", "note": "Combines AbijahKaj’s optic-lobe model with Xenova’s WebGPU simulation. The project documents the interface and distinctions between neurons, directed pairs, and synaptic contacts.", "dataset": "MaleCNS", "status": "Code available", "checked": "2026-09-16", "tags": [ "Browser simulation", "WebGPU" ], "asset": "docs/cruise-intact.gif", "post": null, "image": "/images/closed-loop.jpg", "repoBranch": "main", "imageSource": "https://raw.githubusercontent.com/ZeroXClem/closed-loop-fly/main/docs/cruise-intact.gif", "imageCredit": "Preview from ZeroXClem’s repository", "imageWidth": 960, "imageHeight": 540 }, { "id": "neuroterrarium", "title": "NeuroTerrarium", "creator": "5p00kyy", "category": "Worlds", "repo": "https://github.com/5p00kyy/neuroterrarium", "description": "A miniature laboratory for exploring neural stimuli, movement, and the provenance of a circuit.", "note": "The default 48-neuron terrarium is synthetic. A separate 51-body MaleCNS microcircuit can be inspected and stimulated, but does not drive the fly. Its default pulse test found no topology advantage.", "dataset": "Synthetic + MaleCNS subset", "status": "Code available", "checked": "2026-09-16", "tags": [ "Terrarium", "Circuit subset" ], "asset": "docs/assets/terrarium.webp", "post": null, "image": "/images/neuroterrarium.jpg", "repoBranch": "main", "imageSource": "https://raw.githubusercontent.com/5p00kyy/neuroterrarium/main/docs/assets/terrarium.webp", "imageCredit": "Preview from 5p00kyy’s repository", "imageWidth": 960, "imageHeight": 471 }, { "id": "gnat", "title": "gnat", "creator": "lubabs770", "category": "Worlds", "repo": "https://github.com/lubabs770/gnat", "description": "A fly wandering along your Linux windows, with a brain window you can stimulate.", "note": "A Hyprland/Wayland port of DesktopFly running a 668-neuron circuit. Uses modeled sensory inputs and desktop interactions.", "dataset": "FlyWire subset", "status": "Code available", "checked": "2026-09-16", "tags": [ "Desktop pet", "Linux" ], "post": null, "image": null, "repoBranch": "main" }, { "id": "desktop-linux", "title": "DesktopFly for Linux", "creator": "somsom10", "category": "Worlds", "repo": "https://github.com/somsom10/desktop-fly-linux", "description": "The desktop fly travels to GNOME, with sugar drops, cursor avoidance, and a live circuit display.", "note": "A Python/GTK port using the upstream 668-neuron FlyWire circuit. The source documents X11/Wayland differences and platform limitations.", "dataset": "FlyWire subset", "status": "Code available", "checked": "2026-09-16", "tags": [ "Desktop pet", "Linux" ], "asset": "docs/img/fly.png", "post": null, "image": "/images/desktop-linux.jpg", "repoBranch": "main", "imageSource": "https://raw.githubusercontent.com/somsom10/desktop-fly-linux/main/docs/img/fly.png", "imageCredit": "Preview from somsom10’s repository", "imageWidth": 960, "imageHeight": 540 }, { "id": "flywire-neuro", "title": "FlyWire Neuro", "creator": "pusulamkendim", "category": "Worlds", "repo": "https://github.com/pusulamkendim/flywire-neuro", "description": "A persistent 3D fly and a local spiking simulation, with sensory controls and recordings of each run.", "note": "Descending-neuron activity selects measured or cached motor behavior. The authors identify sensory calibration, movement transitions, and brain-to-body mappings as approximations.", "dataset": "FlyWire", "status": "Code available", "checked": "2026-09-16", "tags": [ "Embodiment", "Local simulation" ], "post": null, "image": null, "repoBranch": "main" }, { "id": "flyboard", "title": "FLYBOARD", "creator": "NullLabTests", "category": "Tools", "repo": "https://github.com/NullLabTests/flybrain", "description": "An arcade-style control panel for stimulating named neuron populations and watching modeled activity spread.", "note": "Runs simplified dynamics on retained MaleCNS connectivity. Buttons inject current directly into specified populations; the display is a model-state viewer, not measured living activity.", "dataset": "MaleCNS", "status": "Code available", "checked": "2026-09-16", "tags": [ "Brain viewer", "CPU" ], "asset": "docs/screens/01_idle.png", "post": null, "image": "/images/flyboard.jpg", "repoBranch": "main", "imageSource": "https://raw.githubusercontent.com/NullLabTests/flybrain/main/docs/screens/01_idle.png", "imageCredit": "Preview from NullLabTests’s repository", "imageWidth": 960, "imageHeight": 525 }, { "id": "chat-fly", "title": "Chat with a Fruit Fly Brain", "creator": "lixiang1076", "category": "Tools", "repo": "https://github.com/lixiang1076/fly-brain", "description": "Describe a stimulus in natural language, then inspect how a FlyWire-based model responds.", "note": "The language interface translates requests into modeled stimulation. Dopamine-learning rules and action interpretations are project-defined.", "dataset": "FlyWire", "status": "Code available", "checked": "2026-09-16", "tags": [ "Language interface", "Simulation" ], "post": null, "image": null, "repoBranch": "main" }, { "id": "mindmeld", "title": "mindmeld-with-fly", "creator": "Decentricity", "category": "Art", "repo": "https://github.com/Decentricity/mindmeld-with-fly", "description": "A terminal-rendered connectome reservoir with recording, replay, and a Muse EEG input path.", "note": "The README documents live Muse and synthetic-band inputs. Reservoir frequencies are properties of the digital model, not measurements of insect brain waves.", "dataset": "MaleCNS", "status": "Code available", "checked": "2026-09-16", "tags": [ "EEG", "Terminal art" ], "post": null, "image": null, "repoBranch": "main" }, { "id": "neurofly", "title": "NeuroFly", "creator": "seven-monarchs", "category": "Worlds", "repo": "https://github.com/seven-monarchs/NeuroFly", "description": "A brain-and-body simulation with split-screen views of navigation, neural activity, and a physical fly.", "note": "A personal research project built with FlyWire, Brian2, and NeuroMechFly. Its author explicitly notes that biological interpretations may be mistaken.", "dataset": "FlyWire", "status": "Code available", "checked": "2026-09-16", "tags": [ "Embodiment", "Simulation" ], "asset": "simulations/preview2.gif", "post": null, "image": "/images/neurofly.jpg", "repoBranch": "main", "imageSource": "https://raw.githubusercontent.com/seven-monarchs/NeuroFly/main/simulations/preview2.gif", "imageCredit": "Preview from seven-monarchs’s repository", "imageWidth": 960, "imageHeight": 720 }, { "id": "webgpu-fly", "title": "WebGPU Fly", "creator": "abgnydn", "category": "Worlds", "repo": "https://github.com/abgnydn/webgpu-fly", "description": "A browser-based fly nervous-system experiment with brain, nerve-cord, and body simulation.", "note": "Combines FlyWire and MANC data through modeled interfaces. Requires WebGPU; the project inventories its approximations in a limitations document.", "dataset": "FlyWire + MANC", "status": "Code available", "checked": "2026-09-16", "demo": "https://webgpu-fly.pages.dev/", "tags": [ "Browser simulation", "WebGPU" ], "asset": "public/readme-hero.svg", "post": null, "image": "/images/webgpu-fly.svg", "repoBranch": "main", "imageSource": "https://raw.githubusercontent.com/abgnydn/webgpu-fly/main/public/readme-hero.svg", "imageCredit": "Preview from abgnydn’s repository" }, { "id": "fruit-fly-lab", "title": "Fruit Fly Laboratory", "creator": "vaibhavkedarisetti", "category": "Worlds", "repo": "https://github.com/vaibhavkedarisetti/fruit-fly-lab", "description": "An interactive FlyWire simulation with modeled sensory stimuli and an inspectable escape pathway.", "note": "Uses the Shiu et al. spiking-model approach. The relationship between modeled descending activity and the digital body is an engineered interface.", "dataset": "FlyWire", "status": "Code available", "checked": "2026-09-16", "tags": [ "Escape circuit", "Simulation" ], "post": null, "image": null, "repoBranch": "main" }, { "id": "axonweave", "title": "AxonWeave", "creator": "dhakalnirajan", "category": "Tools", "repo": "https://github.com/dhakalnirajan/axonweave", "description": "Use MaleCNS connectivity as a configurable layer inside a Python machine-learning model.", "note": "Provides NumPy/SciPy, PyTorch, and TensorFlow paths with explicit policies for signs, parameters, and backend execution. Source anatomy and computational interpretation remain separate.", "dataset": "MaleCNS", "status": "Code available", "checked": "2026-09-16", "tags": [ "Library", "Trainable layer" ], "post": null, "image": null, "repoBranch": "main" }, { "id": "mps", "title": "MaleCNS on Apple MPS", "creator": "seohyunjun", "category": "Tools", "repo": "https://github.com/seohyunjun/mps-malecns-model", "description": "An experimental spiking simulator and 3D activity report designed for Apple Silicon GPUs.", "note": "Uses official MaleCNS data with separately implemented dynamics, signs, normalization, and stimuli. It is a stimulation experiment, not a validated behavioral model.", "dataset": "MaleCNS", "status": "Code available", "checked": "2026-09-16", "tags": [ "Apple Silicon", "Simulation" ], "asset": "docs/images/neural-activity-3d.png", "post": null, "image": "/images/mps.jpg", "repoBranch": "main", "imageSource": "https://raw.githubusercontent.com/seohyunjun/mps-malecns-model/main/docs/images/neural-activity-3d.png", "imageCredit": "Preview from seohyunjun’s repository", "imageWidth": 960, "imageHeight": 771 }, { "id": "fastfly", "title": "FastFly", "creator": "eonfathom", "category": "Tools", "repo": "https://github.com/eonfathom/FastFly", "description": "A GPU simulator optimized for propagation through a sparse fruit-fly connectivity graph.", "note": "Targets real-time or faster execution on consumer NVIDIA hardware. Throughput goals and simplified neuron dynamics do not establish biological fidelity.", "dataset": "FlyWire", "status": "Code available", "checked": "2026-09-16", "tags": [ "CUDA", "Simulator" ], "asset": "fruitfly.jpg", "post": null, "image": "/images/fastfly.jpg", "repoBranch": "main", "imageSource": "https://raw.githubusercontent.com/eonfathom/FastFly/main/fruitfly.jpg", "imageCredit": "Preview from eonfathom’s repository", "imageWidth": 960, "imageHeight": 536 }, { "id": "connectome-os", "title": "Connectome OS", "creator": "ruvnet", "category": "Tools", "repo": "https://github.com/ruvnet/Connectome-OS", "description": "A debugging dashboard for inspecting and controlling neural-circuit simulations.", "note": "The public website is a static interface. Live FlyWire activity requires the Rust backend running locally; opening the hosted dashboard alone does not start a brain.", "dataset": "FlyWire", "status": "Code available", "checked": "2026-09-16", "demo": "https://ruvnet.github.io/Connectome-OS/", "tags": [ "Brain viewer", "Rust" ], "asset": "docs/screenshots/connectome-os-full-flybrain.png", "post": null, "image": "/images/connectome-os.jpg", "repoBranch": "main", "imageSource": "https://raw.githubusercontent.com/ruvnet/Connectome-OS/main/docs/screenshots/connectome-os-full-flybrain.png", "imageCredit": "Preview from ruvnet’s repository", "imageWidth": 960, "imageHeight": 433 }, { "id": "chimera", "title": "CHIMERA", "creator": "caparison1234", "category": "Worlds", "repo": "https://github.com/caparison1234/chimera", "description": "A larval-connectome experiment with a MuJoCo body and a multilingual stimulus interface.", "note": "Uses a 1,373-neuron subset of larval connectivity. Qwen parses language into sensory channels; it is a different dataset and setup from adult MaleCNS demos.", "dataset": "Larval connectome", "status": "Code available", "checked": "2026-09-16", "tags": [ "Larva", "Embodiment" ], "post": null, "image": null, "repoBranch": "main" }, { "id": "train-your-fly", "title": "train-your-fly", "creator": "Eudald Correig-Fraga & collaborators", "category": "Research", "repo": "https://github.com/eudald-seeslab/train-your-fly", "description": "Turn measured FlyWire connectivity and a compound-eye model into a trainable vision system.", "note": "The anatomical graph remains fixed while synaptic gains, optional thresholds, and a readout can be trained. Companion experiments compare real and randomized wiring.", "dataset": "FlyWire", "status": "Code available", "checked": "2026-09-16", "tags": [ "Vision", "Training" ], "asset": "docs/images/pipeline.png", "post": null, "image": "/images/train-your-fly.jpg", "repoBranch": "main", "imageSource": "https://raw.githubusercontent.com/eudald-seeslab/train-your-fly/main/docs/images/pipeline.png", "imageCredit": "Preview from Eudald Correig-Fraga & collaborators’s repository", "imageWidth": 960, "imageHeight": 325 }, { "id": "eon-brain", "title": "Eon fly-brain", "creator": "Eon Systems", "category": "Research", "repo": "https://github.com/eonsystemspbc/fly-brain", "description": "A whole-brain spiking model with multiple computational backends and neuron activation/silencing experiments.", "note": "Builds on the FlyWire-based Shiu et al. model. It provides a simulation framework; the connection map does not supply every biological parameter.", "dataset": "FlyWire", "status": "Code available", "checked": "2026-09-16", "tags": [ "Brain model", "Simulation" ], "post": null, "image": null, "repoBranch": "main" }, { "id": "flybody", "title": "flybody", "creator": "Google DeepMind + HHMI Janelia", "category": "Research", "repo": "https://github.com/TuragaLab/flybody", "description": "The anatomically detailed MuJoCo body behind many of the little digital flies on your feed.", "note": "A body model and reinforcement-learning platform. It provides mechanics and environments, not an automatically connected or uploaded brain.", "dataset": "Body model", "status": "Code available", "checked": "2026-09-16", "demo": "https://www.nature.com/articles/s41586-025-09029-4", "tags": [ "Foundation", "MuJoCo" ], "asset": "fly-white.png", "post": null, "image": "/images/flybody.jpg", "repoBranch": "main", "imageSource": "https://raw.githubusercontent.com/TuragaLab/flybody/main/fly-white.png", "imageCredit": "Preview from Google DeepMind + HHMI Janelia’s repository", "imageWidth": 960, "imageHeight": 470 }, { "id": "neuromechfly", "title": "NeuroMechFly / FlyGym", "creator": "NeLy lab, EPFL", "category": "Research", "repo": "https://github.com/NeLy-EPFL/flygym", "description": "A platform for simulating embodied sensorimotor control with a detailed fly body and physics.", "note": "A scientific body/environment toolkit. It can host neural controllers, but using it alone does not imply a connectome-based controller.", "dataset": "Body model", "status": "Code available", "checked": "2026-09-16", "demo": "https://neuromechfly.org/", "tags": [ "Foundation", "Embodiment" ], "image": "/images/neuromechfly.jpg", "post": null, "repoBranch": "main", "imageSource": "https://raw.githubusercontent.com/NeLy-EPFL/_media/main/flygym/banner_large.jpg", "imageCredit": "Preview from NeLy lab, EPFL’s repository", "imageWidth": 960, "imageHeight": 284 }, { "id": "malecns", "title": "MaleCNS", "creator": "FlyEM + Cambridge + MRC LMB + Google", "category": "Research", "repo": "https://github.com/janelia-flyem/male-cns", "description": "The central resource behind the September wave: an adult male fly’s brain and ventral nerve cord, mapped at synapse resolution.", "note": "The official site dates v1.0 to June 8, 2026 and the Cell paper to September 3. Counts depend on filtering: synaptic contacts and directed neuron-pair edges are different quantities.", "dataset": "MaleCNS", "status": "Research resource", "checked": "2026-09-16", "demo": "https://male-cns.janelia.org/", "tags": [ "Foundation", "Dataset" ], "post": "https://x.com/NewsFromGoogle/status/2095553014715093022", "image": "/images/malecns.jpg", "repoBranch": "main", "handle": "NewsFromGoogle", "imageSource": "https://pbs.twimg.com/media/HRTlPKUWAAQ7xm3?format=jpg&name=medium", "imageCredit": "Google Research / HHMI Janelia and collaborators · original announcement", "imageWidth": 960, "imageHeight": 595 }, { "id": "celltype", "title": "MaleCNS Cell Type Explorer", "creator": "Reiser lab + collaborators", "category": "Research", "repo": "https://github.com/reiserlab/celltype-explorer-drosophila-male-cns", "description": "Look up neuron types, connectivity, anatomical distributions, and morphology in the male nervous system.", "note": "An atlas and query interface for the reconstructed data, not a neural simulation.", "dataset": "MaleCNS", "status": "Research resource", "checked": "2026-09-16", "tags": [ "Atlas", "Dataset" ], "post": null, "image": null, "repoBranch": "main" }, { "checked": "2026-09-16", "dataset": "MaleCNS", "status": "Code available", "repoBranch": "main", "image": "/images/neural-canvas.jpg", "id": "neural-canvas", "title": "Neural Canvas", "creator": "Xenova", "category": "Worlds", "repo": "https://huggingface.co/spaces/Xenova/fruit-fly-simulation/tree/main", "demo": "https://huggingface.co/spaces/Xenova/fruit-fly-simulation", "description": "Paint the neurons, release to stimulate, and watch an articulated fly respond—all in your browser.", "note": "Uses retained MaleCNS connectivity and a simplified spiking model. Neural rates drive crafted body animations; there is no muscle, contact, or aerodynamic simulation and no body-to-brain sensory feedback.", "tags": [ "Playable", "WebGPU" ], "imageSource": "https://cdn-uploads.huggingface.co/production/uploads/61b253b7ac5ecaae3d1efe0c/0V_xp6SNzo4Hovk1KH63I.png", "imageCredit": "Preview from Xenova’s repository", "imageWidth": 960, "imageHeight": 525 }, { "checked": "2026-09-16", "dataset": "MaleCNS", "status": "Code available", "repoBranch": "main", "image": "/images/abijah-fly.jpg", "id": "abijah-fly", "title": "Fruit Fly Brain Research", "creator": "AbijahKaj", "category": "Research", "repo": "https://github.com/AbijahKaj/fruit-fly-brain-research", "description": "Explore how a modeled compound eye and an optic-lobe network can turn a rendered scene into flight-related signals.", "note": "A browser research workspace with a selected MaleCNS visual pathway and simplified dynamics. The body, visual inputs, and motor mappings are explicit modeling choices.", "tags": [ "Vision", "Browser simulation" ], "asset": "docs/how-it-works.png", "imageSource": "https://raw.githubusercontent.com/AbijahKaj/fruit-fly-brain-research/main/docs/how-it-works.png", "imageCredit": "Preview from AbijahKaj’s repository", "imageWidth": 960, "imageHeight": 540 }, { "checked": "2026-09-16", "dataset": "Unspecified", "status": "Creator demo", "repoBranch": "main", "image": "/images/supabase.jpg", "id": "supabase", "title": "The database-deploying fly", "creator": "Supabase", "category": "Culture", "repo": null, "post": "https://x.com/supabase/status/2097999894632149229", "description": "The fly joins the developer tools crowd in Supabase’s miniature database-deployment video.", "note": "A brand-posted creator demo. No reproducible implementation or independent evaluation was located in the reviewed post; it is included as part of the cultural wave.", "tags": [ "Databases", "Viral demo" ], "imageSource": "https://pbs.twimg.com/amplify_video_thumb/2097999302132215808/img/BUaj-6hPuDeKMFb-.jpg", "imageCredit": "Preview from Supabase’s project post", "imageWidth": 960, "imageHeight": 540 }, { "checked": "2026-09-16", "dataset": "MaleCNS", "status": "Code available", "repoBranch": "main", "image": null, "id": "flycoin", "title": "flycoinrh", "creator": "fruitflydev", "category": "Trading", "repo": "https://github.com/fruitflydev/flycoinrh", "description": "A MaleCNS-derived controller mapped to browser actions for a token launchpad, with a separate web-roaming mode.", "note": "The repository documents engineered cursor mappings, browser automation, and transaction workflows. Inclusion records the project, not an endorsement of its tokens or an independently verified financial result.", "tags": [ "Browser control", "Token experiment" ] }, { "checked": "2026-09-16", "dataset": "FlyWire", "status": "Research resource", "repoBranch": "main", "image": null, "id": "flywire", "title": "FlyWire / Codex", "creator": "FlyWire Consortium", "category": "Research", "repo": null, "demo": "https://flywire.ai/", "description": "The adult female brain connectome and the explorer used to inspect its neurons, annotations, and connections.", "note": "The 2024 flagship resource contains 139,255 proofread neurons. This is a different specimen and dataset from the adult male MaleCNS reconstruction.", "tags": [ "Foundation", "Dataset" ] }, { "checked": "2026-09-16", "dataset": "FlyWire", "status": "Research resource", "repoBranch": "main", "image": null, "id": "shiu-model", "title": "The Shiu brain model", "creator": "Philip K. Shiu & collaborators", "category": "Research", "repo": null, "demo": "https://www.nature.com/articles/s41586-024-07763-9", "description": "The 2024 computational study behind many of the scene’s simplified whole-brain spiking simulations.", "note": "The study modeled sensorimotor circuits and experimentally tested feeding and grooming predictions. That validation does not automatically transfer to downstream game, trading, or body-control adaptations.", "tags": [ "Foundation", "Scientific paper" ] } ] }