MaleCNS v1.0 · versioned provenanceMaleCNS v1.0 · 版本化來源

Build behavior
from a real connectome. 從真實連接組
建構可驗證的行為

Acquire neural materials, assemble real-connectome-constrained circuits, eclose them on-chain, and prove what they can do. 取得神經材料，依循真實連接組建構受約束的神經迴路，在鏈上 ECLOSE，並驗證它能做到什麼。

Open the Foundry進入 Foundry → Explore the Connectome探索連接組

Explore and simulate for free. Connect a wallet only when you mint, ECLOSE, verify or trade. 探索與模擬皆免費；僅在鑄造、ECLOSE、驗證或交易時連接錢包。

Drosophila melanogaster · connectome-derived scroll ↓

The process製造流程

Six steps from materials
to a verified circuit 從材料到可驗證的迴路
只需六步

Explore and simulate freely. When you ECLOSE, the required materials are permanently burned and one traceable Neural Circuit is minted on-chain. 自由探索與模擬；執行 ECLOSE 時，所需材料會永久銷毀，並在鏈上鑄造一個具備可追溯來源的 Neural Circuit。

01 ERC-1155

Acquire neural materials取得神經材料

VISUAL, CENTRAL, DESCENDING and MOTOR: four connectome-derived manufacturing resources, acquired with BNB.VISUAL、CENTRAL、DESCENDING 與 MOTOR：四類源自連接組的製造資源，以 BNB 取得。

02 Scientific Mode

Build a neural graph建構神經圖

Start from a template in Brain Canvas. Connect neurons along edges that exist in the versioned connectome.從 Brain Canvas 範本開始，依據版本化連接組中確實存在的連接建構神經圖。

03 Free preview

Simulate for free免費模擬

Send in a stimulus, inspect the response and refine your graph. No wallet needed; a local preview is not a PoB certificate.輸入刺激、檢視反應並優化神經圖。無需錢包；本機預覽不等同於 PoB 憑證。

04 Burn-to-build

ECLOSE on-chain鏈上 ECLOSE

Permanently burn the required materials and mint one Neural Circuit as an ERC-721. This action cannot be reversed.永久銷毀所需材料，並鑄造一個 ERC-721 Neural Circuit。此操作無法撤銷。

05 Proof of Behavior

Prove behavior驗證行為

Test your circuit on public benchmarks and hidden challenges for Head Direction, Sugar Response or Looming Escape.透過頭部方向、糖反應或逼近逃逸任務的公開基準與隱藏挑戰，驗證迴路行為。

06 Own · Trade · Improve

Own, trade and improve擁有、交易與改進

Keep or trade your circuit. To improve an immutable graph, fork a new design and ECLOSE a new circuit.持有或交易迴路。已鑄造的神經圖不可修改；若要改進，需分叉新設計並重新 ECLOSE。

Scientific ground科學基礎

Every neural circuit traces
back to a real connectome 每個神經迴路
都能追溯到真實連接組

FlyFoundry maps every circuit to a versioned fruit-fly CNS dataset, with neuron and type IDs, connectivity rules, graph hashes and provenance. FlyFoundry 將每個迴路映射到版本化的果蠅中樞神經資料集，並記錄神經元與型別 ID、連接規則、圖雜湊與來源。

Dataset versionNeuron / type IDsReal connectivityNeural graphGraph hashCircuit

v1.0

Dataset version資料集版本

Genesis materialsGenesis 材料

Genesis tasksGenesis 任務

Graph → Circuit

Versioned provenance版本化來源

Scientific source: 科學資料來源：MaleCNS Connectome Project ↗

Materials represent protocol manufacturing resources, not ownership of scientific data. Connectome-based simulation is not a complete biological replica.材料代表協議製造資源，不代表科學資料產權。基於連接組的模擬不等同於完整的生物複製。

Brain Canvas

Design a nervous system,
then watch it behave 設計神經系統
觀察它如何運作

Drag neurons onto the canvas, wire them along connections that exist in the connectome, and run the neural circuit against a stimulus before you commit anything on-chain. 將神經元拖曳至畫布，依照真實大腦中的連接方式接線；上鏈前先輸入刺激，觀察神經迴路如何反應。

Scientific mode by default預設科學模式

You can only connect neurons that are actually connected in the connectome.只能連接連接組中確實存在的神經元。

Live behavior preview即時行為預覽

Send a stimulus in and watch the activity travel through the neural circuit.輸入刺激，觀察活動如何在神經迴路中傳導。

Cost before you commit提交前先確認成本

Material consumption is estimated live while you design.在設計過程中即時估算材料消耗。

Provenance on every node每個節點都可溯源

Neuron IDs, synapse counts and dataset version stay visible throughout.神經元 ID、突觸數量與資料集版本全程可見。

Open Brain Canvas開啟 Brain Canvas →

BRAIN CANVAS SCIENTIFIC MODE

STIMULUS → NEURAL GRAPH → OUTPUT

VISUAL→CENTRAL→DESCENDING→MOTOR

Inspect the path. Refine the response.觀察訊號路徑，最佳化行為反應。

Local preview · No wallet required本機預覽 · 無需錢包

Concept illustration of the workflow; not a live editor or a certified result.流程概念示意；並非線上編輯器或已驗證結果。

BNB → Neural Materials → Neural Circuit → Protocol rewardsBNB → Neural Materials → Neural Circuit → 協議獎勵

Protocol rewards

Verified behavior
earns protocol rewards. 可驗證的行為
獲得協議獎勵

BNB buys materials and settles circuit trades. Materials are burned to build circuits. A separate reward token incentivizes verified contributions and pays for formal verification.BNB 用於購買材料並結算迴路交易；材料在製造迴路時銷毀；獨立的獎勵代幣用於激勵可驗證貢獻並支付正式驗證費用。

Earn

Reward verified behavior獎勵可驗證行為

Eligible circuits with an active, unexpired certificate can join one task pool. Burned materials provide Base Power; top original designs can receive a Design Bonus.滿足任務條件且憑證有效、未過期的迴路可進入一個任務池。銷毀的材料形成 Base Power，優秀原創設計可獲得 Design Bonus。

PoB score0.40C + 0.25R + 0.20F + 0.15E

Mining powerBase + Design Bonus

Statuscertificate required

Trade

Trade certified circuits交易已驗證迴路

List a verified ERC-721 circuit for BNB in the Circuit Market; ownership and future reward eligibility transfer with the asset.在 Circuit Market 以 BNB 掛牌已驗證的 ERC-721 迴路；資產轉移時所有權與未來獎勵資格一併轉移。

AssetERC-721

SettlementBNB

Transferowner + eligibility

Maintain

Keep proof current維持憑證有效

Reward tokens support formal verified runs, PoB submission and revalidation. Local Canvas simulation stays free.獎勵代幣用於正式驗證執行、PoB 提交與複驗；Canvas 本機模擬保持免費。

Local simulationFree

Verified runsProtocol fee

RevalidationRequired after expiry

Genesis TasksGenesis 任務

Three behaviors
to prove first 先驗證三種
可重現行為

Defined stimuli. Reproducible responses. Public benchmarks plus hidden challenges.刺激明確、反應可重現；透過公開基準與隱藏挑戰進行驗證。

GENESIS / 01

Head Direction頭部方向

Track a changing heading under defined stimuli and score directional stability. 在明確定義的刺激下追蹤方向變化，評估方向穩定性。

GENESIS / 02

Sugar Response糖反應

Respond to a sugar stimulus with a reproducible output pattern. 對糖刺激產生可重現的輸出模式。

GENESIS / 03

Looming Escape逼近逃逸

Test a defined escape response and inspect correctness, robustness and fidelity. 測試明確定義的逃逸反應，並檢查正確性、穩健性與保真度。

V2 roadmap · planned stagesV2 路線圖 · 規劃階段

PHASE 0

Scientific Playground科學探索沙盒

PHASE 1

Genesis Neural FoundryGenesis 神經工坊

PHASE 1.5

Design competition設計競爭

PHASE 2

Open Labs & Usage API開放實驗室與呼叫 API

PHASE 3–4

Digital Fly & Evolution數位果蠅與演化

PHASE 5

Embodied environments具身環境

Build behavior that can be verified從一條神經迴路開始

Start with one neural circuit. Prove what it can do. 先建構一條神經迴路，再驗證它能做到什麼。

Start building立即開始 → Join the community加入社群

Build behaviorfrom a real connectome. 從真實連接組建構可驗證的行為

Six steps from materialsto a verified circuit 從材料到可驗證的迴路只需六步