Define exactly what happens and when
Triggers and responses give you control over every interaction, from a tap to a system event, with the same logic a real product uses.
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 give you control over every interaction, from a tap to a system event, with the same logic a real product uses.
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 give you control over every interaction, from a tap to a system event, with the same logic a real product uses.
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 give you control over every interaction, from a tap to a system event, with the same logic a real product uses.
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 give you control over every interaction, from a tap to a system event, with the same logic a real product uses.
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
Your prototype remembers what the user did and responds accordingly. Variables carry state across components, screens, and devices without rebuilding logic for each one.
Store values that persist across screens and sessions
Drive dynamic UI updates based on real data conditions
Build branching logic, error handling, and conditional flows visually
The prototype doesn't just show a state. It remembers how it got there.
Build prototypes that remember and respond
Your prototype remembers what the user did and responds accordingly. Variables carry state across components, screens, and devices without rebuilding logic for each one.
Store values that persist across screens and sessions
Drive dynamic UI updates based on real data conditions
Build branching logic, error handling, and conditional flows visually
The prototype doesn't just show a state. It remembers how it got there.
Build prototypes that remember and respond
Your prototype remembers what the user did and responds accordingly. Variables carry state across components, screens, and devices without rebuilding logic for each one.
Store values that persist across screens and sessions
Drive dynamic UI updates based on real data conditions
Build branching logic, error handling, and conditional flows visually
The prototype doesn't just show a state. It remembers how it got there.
Build prototypes that remember and respond
Your prototype remembers what the user did and responds accordingly. Variables carry state across components, screens, and devices without rebuilding logic for each one.
Store values that persist across screens and sessions
Drive dynamic UI updates based on real data conditions
Build branching logic, error handling, and conditional flows visually
The prototype doesn't just show a state. It remembers how it got there.
Build prototypes that remember and respond
Your prototype remembers what the user did and responds accordingly. Variables carry state across components, screens, and devices without rebuilding logic for each one.
Store values that persist across screens and sessions
Drive dynamic UI updates based on real data conditions
Build branching logic, error handling, and conditional flows visually
The prototype doesn't just show a state. It remembers how it got there.
Mirror real product logic, no code needed
Designers stay in control, engineers stay aligned. Formulas and conditions replicate the decision-making logic of a finished product without touching code.
Write dynamic calculations and logic flows without code
Control how the prototype behaves based on any value or state
Reuse logic components across flows and products without rebuilding from scratch
Logic complex enough for automotive, finance, and IoT built visually.
Mirror real product logic, no code needed
Designers stay in control, engineers stay aligned. Formulas and conditions replicate the decision-making logic of a finished product without touching code.
Write dynamic calculations and logic flows without code
Control how the prototype behaves based on any value or state
Reuse logic components across flows and products without rebuilding from scratch
Logic complex enough for automotive, finance, and IoT built visually.
Mirror real product logic, no code needed
Designers stay in control, engineers stay aligned. Formulas and conditions replicate the decision-making logic of a finished product without touching code.
Write dynamic calculations and logic flows without code
Control how the prototype behaves based on any value or state
Reuse logic components across flows and products without rebuilding from scratch
Logic complex enough for automotive, finance, and IoT built visually.
Mirror real product logic, no code needed
Designers stay in control, engineers stay aligned. Formulas and conditions replicate the decision-making logic of a finished product without touching code.
Write dynamic calculations and logic flows without code
Control how the prototype behaves based on any value or state
Reuse logic components across flows and products without rebuilding from scratch
Logic complex enough for automotive, finance, and IoT built visually.
Mirror real product logic, no code needed
Designers stay in control, engineers stay aligned. Formulas and conditions replicate the decision-making logic of a finished product without touching code.
Write dynamic calculations and logic flows without code
Control how the prototype behaves based on any value or state
Reuse logic components across flows and products without rebuilding from scratch
Logic complex enough for automotive, finance, and IoT built visually.
为产品团队带来可验证的成效
减少工程返工
减少工程返工
50%
减少工程返工
设计到开发，周期更短
75%
更快的设计到开发周期
0
开发人员用于验证交互的工时
为设计师打造，备受团队信赖
设计师 & 个人用户
无需编写一行代码即可模拟真实的产品行为。
通过触发器和响应以可视化方式构建复杂交互
测试你的利益相关者真正能感受到的真实流程
独立地从静态界面过渡到由逻辑驱动的原型
设计师 & 个人用户
无需编写一行代码即可模拟真实的产品行为。
通过触发器和响应以可视化方式构建复杂交互
测试你的利益相关者真正能感受到的真实流程
独立地从静态界面过渡到由逻辑驱动的原型
团队 & 企业
从一开始就减少设计与工程之间的歧义。
原型可作为工程师可以直接参考的动态规范
跨产品、团队和市场复用交互逻辑
在逻辑错误到达工程团队之前发现它们
团队 & 企业
从一开始就减少设计与工程之间的歧义。
原型可作为工程师可以直接参考的动态规范
跨产品、团队和市场复用交互逻辑
在逻辑错误到达工程团队之前发现它们
适用于任何产品、任何行业的交互逻辑
可从简单流程扩展到完整逻辑系统
可从简单流程扩展到完整逻辑系统
适用于金融、汽车、物联网和医疗科技领域
适用于金融、汽车、物联网和医疗科技领域
高级交互，依然可以零代码
高级交互，依然可以零代码
查看交互逻辑的实际效果
预约一个 30 分钟的演示，我们将带您了解一个内置真实触发器、变量和条件的实时原型。
查看交互逻辑的实际效果
预约一个 30 分钟的演示，我们将带您了解一个内置真实触发器、变量和条件的实时原型。