Explore unified margin, lending, and shared risk behavior in an EVM-based prime broker system before building the real thing.
Best for: unified margin, lending, and portfolio health. Core question: what changes when margin is unified across products?
Designed for teams thinking beyond one product and toward shared risk infrastructure.
See how a single health view changes account behavior across products.
Explore how collateral backs borrowing capacity and trading resilience.
Model how multiple financial primitives interact on one risk engine.
Test the design logic behind portfolio health instead of siloed product thinking.
This is most useful when you are designing margin systems, lending, or multi-product venues.
Validate shared-risk ideas before turning them into protocol architecture.
Compare unified and siloed models in a more concrete way.
Understand how lending and cross-product health can shape a venue.
This sandbox is strongest when the design question is about portfolio behavior across products.
Compare what happens to the same account under isolated product rules and a shared health engine.
See how lending collateral changes the survival path of a trading account during stress.
Model how losses in one area of the system reduce capacity or safety in another.
This direction becomes credible only when unified margin behavior is inspectable at the account level.
Show exactly which positions, loans, and collateral pools drive account health.
Make the difference between unified and siloed rules visible with the same account state.
Expose how one loss path reduces capacity elsewhere in the shared risk engine.
This sandbox is about seeing how a prime broker system moves as one shared machine.