A system for
shared journeys.
One design language across web and mobile.
Built for the people who use it—and the agents that implement it.
A system needs to stay coherent across web, mobile, motion, and haptics—and communicate those decisions precisely enough for AI tools to implement them.
Tripami pairs shared W3C tokens, web design cards, a Flutter package, behavior patterns, and an MCP server built from the system’s own source.
Give both designers and implementation agents access to the same component contracts, usage rules, and feedback vocabulary.
An inspectable repository and component catalog, with MCP tools for tokens, APIs, contrast, and code review. Team adoption and delivery-speed improvements are not yet measured here.
AI-NATIVE DESIGN SYSTEMOne language.Every touchpoint.
Foundations, components, motion,
and the rules that connect them.
A color for every traveler.
TPButton.primary(
label: 'Create trip',
onPressed: createTrip,
);Calm utility.
A human point of view.
Tripami brings editorial restraint to a social travel diary. Paper surfaces and navy ink make room for real photography, while an orange brand accent adds a distinct point of recognition.
Shared W3C tokens carry the visual language into web component cards and the Flutter package. Bricolage Grotesque names the journey; Inter handles the interface; Newsreader gives journal entries a more personal voice.
Some days are better when you don’t plan every minute.
NEWSREADER / JOURNALA common vocabulary.
A distinctive experience.
Buttons, cards, sheets, avatars, and itinerary patterns share names and props across the system. The journey braid gives each traveler a strand, gathering when people come together and separating when plans diverge.
ONE JOURNEY. MANY STORIES.My tripsJournalCFthe crew.
6 days · 5 travelers · A world of possibility
EVERYONE’S STORY,woven together.
Back together.
Illustrative product composition using Tripami’s repository photography and component patterns.
Behavior is
part of the contract.
Calm easing is the default. Playful springs are reserved for moments when people come together. Press feedback and haptics live inside the components rather than being added screen by screen.
Five haptic patterns—select, join, reorder, success, and warning—give actions a consistent vocabulary. Reduced motion preserves feedback while removing scaling.
Open the component catalogMotion and feedback belong to the component.
Try the component. Visual demonstration; device haptics are available in the native catalog.
The system becomes
an implementation partner.
Tripami’s MCP server exposes the system’s own sources: tokens, component APIs, usage rules, contrast checks, and code review. Agents can query the same decisions that designers use.
Superdesign
Bring the design intent.
Tokens · APIs · Guidelines
Contrast · Code review
Cursor / Codex
Build with the system.
Workflow overview. Tripami’s repository supplies the system MCP server; design-tool connections are configured in the chosen client.
Consistency has to survive implementation.
Match names and props across implementations.
Web design cards and Flutter components share a vocabulary. That makes the system easier to query and implement while allowing each platform to use its own appropriate behavior.
Put motion and haptics inside components.
Press behavior and feedback patterns belong to the reusable interaction. Reduced-motion support is part of that contract, rather than a separate screen-level patch.
Let agents inspect the rules before building.
The MCP server exposes tokens, component APIs, guidance, and contrast checks from the repository. The tradeoff is maintaining precise system documentation alongside the implementations.
Inspectable today.
Adoption is the next test.
The repository, Flutter package, component cards, catalog, and MCP server make the work inspectable. That is the current evidence of implementation; this case does not yet attribute a team adoption rate or a delivery-speed improvement.
The next useful evaluation is whether a designer and an implementation agent can produce the same component from the same contract, preserve accessibility and reduced-motion behavior, and keep the result aligned as the system changes.