Define exactly what happens and when
Triggers and responses let you control every interaction in your prototype, from a tap to a system event, with the precision of a real product.
Trigger behaviors from gestures, inputs, timers, and system events
Chain responses to create multi-step interaction sequences
Test edge cases and error states before engineering touches it
Every interaction behaves exactly as specified, every time.
Define exactly what happens and when
Triggers and responses let you control every interaction in your prototype, from a tap to a system event, with the precision of a real product.
Trigger behaviors from gestures, inputs, timers, and system events
Chain responses to create multi-step interaction sequences
Test edge cases and error states before engineering touches it
Every interaction behaves exactly as specified, every time.
Define exactly what happens and when
Triggers and responses let you control every interaction in your prototype, from a tap to a system event, with the precision of a real product.
Trigger behaviors from gestures, inputs, timers, and system events
Chain responses to create multi-step interaction sequences
Test edge cases and error states before engineering touches it
Every interaction behaves exactly as specified, every time.
Define exactly what happens and when
Triggers and responses let you control every interaction in your prototype, from a tap to a system event, with the precision of a real product.
Trigger behaviors from gestures, inputs, timers, and system events
Chain responses to create multi-step interaction sequences
Test edge cases and error states before engineering touches it
Every interaction behaves exactly as specified, every time.
Define exactly what happens and when
Triggers and responses let you control every interaction in your prototype, from a tap to a system event, with the precision of a real product.
Trigger behaviors from gestures, inputs, timers, and system events
Chain responses to create multi-step interaction sequences
Test edge cases and error states before engineering touches it
Every interaction behaves exactly as specified, every time.
Build prototypes that remember and respond
Variables store and update information across components, screens, and devices. Your prototype remembers user state the way the real product would.
Store values that persist across screens and sessions
Drive dynamic UI updates based on real data conditions
Model branching logic, error handling, and conditional flows
Your prototype knows what the user did last and responds accordingly.
Build prototypes that remember and respond
Variables store and update information across components, screens, and devices. Your prototype remembers user state the way the real product would.
Store values that persist across screens and sessions
Drive dynamic UI updates based on real data conditions
Model branching logic, error handling, and conditional flows
Your prototype knows what the user did last and responds accordingly.
Build prototypes that remember and respond
Variables store and update information across components, screens, and devices. Your prototype remembers user state the way the real product would.
Store values that persist across screens and sessions
Drive dynamic UI updates based on real data conditions
Model branching logic, error handling, and conditional flows
Your prototype knows what the user did last and responds accordingly.
Build prototypes that remember and respond
Variables store and update information across components, screens, and devices. Your prototype remembers user state the way the real product would.
Store values that persist across screens and sessions
Drive dynamic UI updates based on real data conditions
Model branching logic, error handling, and conditional flows
Your prototype knows what the user did last and responds accordingly.
Build prototypes that remember and respond
Variables store and update information across components, screens, and devices. Your prototype remembers user state the way the real product would.
Store values that persist across screens and sessions
Drive dynamic UI updates based on real data conditions
Model branching logic, error handling, and conditional flows
Your prototype knows what the user did last and responds accordingly.
Mirror real product logic, no code needed
Formulas and conditions let you replicate the decision-making logic of a finished product. Designers stay in control, engineers stay aligned.
Write dynamic calculations and logic flows without code
Control how the prototype behaves based on any value or state
Reuse logic components across flows for consistency at scale
Logic complex enough for automotive, finance, and IoT built visually.
Mirror real product logic, no code needed
Formulas and conditions let you replicate the decision-making logic of a finished product. Designers stay in control, engineers stay aligned.
Write dynamic calculations and logic flows without code
Control how the prototype behaves based on any value or state
Reuse logic components across flows for consistency at scale
Logic complex enough for automotive, finance, and IoT built visually.
Mirror real product logic, no code needed
Formulas and conditions let you replicate the decision-making logic of a finished product. Designers stay in control, engineers stay aligned.
Write dynamic calculations and logic flows without code
Control how the prototype behaves based on any value or state
Reuse logic components across flows for consistency at scale
Logic complex enough for automotive, finance, and IoT built visually.
Mirror real product logic, no code needed
Formulas and conditions let you replicate the decision-making logic of a finished product. Designers stay in control, engineers stay aligned.
Write dynamic calculations and logic flows without code
Control how the prototype behaves based on any value or state
Reuse logic components across flows for consistency at scale
Logic complex enough for automotive, finance, and IoT built visually.
Mirror real product logic, no code needed
Formulas and conditions let you replicate the decision-making logic of a finished product. Designers stay in control, engineers stay aligned.
Write dynamic calculations and logic flows without code
Control how the prototype behaves based on any value or state
Reuse logic components across flows for consistency at scale
Logic complex enough for automotive, finance, and IoT built visually.
Built for designers. Trusted by teams.
Designers & individual contributors
Model real product behavior without writing a single line of code.
Build complex interactions visually with triggers and responses
Test realistic flows your stakeholders can actually feel
Go from static screens to logic-driven prototypes independently
Designers & individual contributors
Model real product behavior without writing a single line of code.
Build complex interactions visually with triggers and responses
Test realistic flows your stakeholders can actually feel
Go from static screens to logic-driven prototypes independently
Designers & individual contributors
Model real product behavior without writing a single line of code.
Build complex interactions visually with triggers and responses
Test realistic flows your stakeholders can actually feel
Go from static screens to logic-driven prototypes independently
Teams & enterprises
Reduce ambiguity between design and engineering from day one.
Prototypes serve as living specs engineers can reference directly
Reuse interaction logic across products, teams, and markets
Catch logic errors before they become development rework
Teams & enterprises
Reduce ambiguity between design and engineering from day one.
Prototypes serve as living specs engineers can reference directly
Reuse interaction logic across products, teams, and markets
Catch logic errors before they become development rework
Teams & enterprises
Reduce ambiguity between design and engineering from day one.
Prototypes serve as living specs engineers can reference directly
Reuse interaction logic across products, teams, and markets
Catch logic errors before they become development rework
reduction in engineering rework
reduction in engineering rework
50%
less engineering rework
faster design-to-development cycles
75%
faster design-to-development cycles
0
developer hours spent validating interactions