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.
프로덕트 팀의 검증으로 나온 결과
엔지니어링 재작업 감소
엔지니어링 재작업 감소
50%
less engineering rework
디자인-개발 주기 가속화
75%
디자인-개발 주기 가속화
0
상호작용 검증에 소요된 개발자 시간
팀에서 신뢰하고, 디자이너를 위해 설계된 도구
디자이너 & 개인 유저
코드 작성 없이 실제 제품 동작을 모델링하세요.
트리거와 반응으로 복잡한 상호작용을 시각적으로 구축
이해관계자들이 실제로 체감할 수 있는 현실적인 흐름을 테스트
정적인 화면에서 논리 기반 프로토타입으로 독립적으로 전환
디자이너 & 개인 유저
코드 작성 없이 실제 제품 동작을 모델링하세요.
트리거와 반응으로 복잡한 상호작용을 시각적으로 구축
이해관계자들이 실제로 체감할 수 있는 현실적인 흐름을 테스트
정적인 화면에서 논리 기반 프로토타입으로 독립적으로 전환
팀 & 엔터프라이즈
Day 1부터 디자인과 엔지니어링 간의 모호함을 없애세요.
프로토타입은 엔지니어가 직접 참조할 수 있는 살아 있는 사양서 역할 수행
제품, 팀, 시장 전반에서 상호작용 로직 재사용
개발팀에 넘어가기 전 로직 오류 확인 가능
팀 & 엔터프라이즈
Day 1부터 디자인과 엔지니어링 간의 모호함을 없애세요.
프로토타입은 엔지니어가 직접 참조할 수 있는 살아 있는 사양서 역할 수행
제품, 팀, 시장 전반에서 상호작용 로직 재사용
개발팀에 넘어가기 전 로직 오류 확인 가능
모든 제품, 모든 산업을 위한 인터랙션 로직
간단한 흐름부터 완전한 로직 시스템까지 확장됩니다
간단한 흐름부터 완전한 로직 시스템까지 확장됩니다
자동차, 금융, IoT, 메드테크 등 다양한 산업 분야에 활용 가능
자동차, 금융, IoT, 메드테크 등 다양한 산업 분야에 활용 가능
고급 기능에도 코드 불필요
고급 기능에도 코드 불필요
ProtoPie를 활용해 인터랙션 로직이 작동하는 모습을 확인하세요
30분 데모를 예약을 통해 비즈니스 맞춤형으로 라이브 프로토타입을 안내해 드립니다.
ProtoPie를 활용해 인터랙션 로직이 작동하는 모습을 확인하세요
30분 데모를 예약을 통해 비즈니스 맞춤형으로 라이브 프로토타입을 안내해 드립니다.