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.
プロダクトチームが実感した、確かな成果
エンジニアリングの手戻り削減
エンジニアリングの手戻り削減
50%
エンジニアリングの手戻り削減
デザインから開発までのサイクルをより高速に
75%
デザインから開発までのサイクルをより高速に
0
インタラクションの検証に費やされた開発者時間
デザイナーが惚れ込み、チームが手放せない。
デザイナーと個人貢献者
コードを一行も書かずに、実際の製品の動作をモデル化します。
トリガーとレスポンスを使って、複雑なインタラクションを視覚的に構築します
ステークホルダーが実際に体感できる、現実的なフローをテスト
静的な画面から、ロジック駆動のプロトタイプへ、独自に移行する
デザイナーと個人貢献者
コードを一行も書かずに、実際の製品の動作をモデル化します。
トリガーとレスポンスを使って、複雑なインタラクションを視覚的に構築します
ステークホルダーが実際に体感できる、現実的なフローをテスト
静的な画面から、ロジック駆動のプロトタイプへ、独自に移行する
チームと企業
初日からデザインとエンジニアリングの間の曖昧さを減らします。
プロトタイプは、エンジニアが直接参照できる生きた仕様書として機能します
製品、チーム、市場をまたいでインタラクションのロジックを再利用する
エンジニアリングに届く前にロジックエラーを見つける
チームと企業
初日からデザインとエンジニアリングの間の曖昧さを減らします。
プロトタイプは、エンジニアが直接参照できる生きた仕様書として機能します
製品、チーム、市場をまたいでインタラクションのロジックを再利用する
エンジニアリングに届く前にロジックエラーを見つける
どんなプロダクトにも、どんな業界にも対応するインタラクションロジック
シンプルなフローから本格的なロジックシステムまで対応できます
シンプルなフローから本格的なロジックシステムまで対応できます
Automotive・Finance・IoT・MedTechなど、あらゆる業界に対応
Automotive・Finance・IoT・MedTechなど、あらゆる業界に対応
あらゆるフィデリティを、ノーコードで
あらゆるフィデリティを、ノーコードで
ロジックが本当に動くか、自分の目で確かめてみませんか？
30分の個別デモをご予約ください。貴社のビジネス要件に合わせたライブプロトタイプを交えてご案内いたします。
ロジックが本当に動くか、自分の目で確かめてみませんか？
30分の個別デモをご予約ください。貴社のビジネス要件に合わせたライブプロトタイプを交えてご案内いたします。