Understand the system.
Define your next move.
The framework behind programmable capital and accountable execution.
The Dynamica whitepaper
Read the source framework for strategy classes, the operator cycle, and the ecosystem.
Open documentEvery action has a state.
Review workspace activity and confirmed testnet transactions in separate histories.
Open activityGetting started
- Open the app to compare strategies and build an allocation plan.
- Choose a strategy, set a position limit, and review your allocation. Planning balances stay in your browser and cannot be redeemed.
- Review operator permissions and test assumptions in the strategy laboratory. Calculated scenarios do not predict future returns.
- Connect an EVM browser wallet only when you want to read its address or testnet ETH balance, or deploy a testnet token.
Networks and data
Robinhood Testnet uses EVM chain ID 46630. Mainnet financial writes are disabled. Price requests use CoinGecko’s public API and show the source and retrieval time. Failed or stale requests display unavailable data, never a fabricated zero.
Your workspace
Allocation plans, drafts, and activity stay in your browser, scoped to the connected account and network. Planning actions do not transfer assets or continue after the page closes. Wallet secrets and signing keys are never stored by this application.
Available actions
Connect a browser wallet, read public market data, configure allocation plans, and prepare token deployment on Robinhood Testnet. Onchain vault, liquidity, credit, treasury, and operator transactions are currently unavailable. Venue orders are accessed through the linked venue.
Simulation methodology
The laboratory generates daily returns using a fixed sinusoidal series: 0.0002 + sin(day × 1.618) × risk × 0.003 + cos(day × 0.17) × risk × 0.001. Fees are applied proportionally across the selected period. Maximum drawdown is measured against the highest preceding portfolio value, including initial capital. There is no historical calibration, funding, slippage, or execution model.