Create A CMS
logistics-ai/app
Redoing the Figma deliverable from live web-app imports, then promoting repeated UI into real components and variants.
+164Context
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Files
Browser
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For decades, the job was writing code. When AI handles that, the job becomes something bigger: setting direction, deciding outcomes… operating at the level of intent.
+164Build App Structure
logistics-ai/app
Redoing the Figma deliverable from live web-app imports, then promoting repeated UI into real components and variants.
+164Context
Changes
Files
Browser
Shell
Build Navigation
logistics-ai/app
Redoing the Figma deliverable from live web-app imports, then promoting repeated UI into real components and variants.
+164Context
Changes
Files
Browser
Shell
Add Date Picker
logistics-ai/app
Redoing the Figma deliverable from live web-app imports, then promoting repeated UI into real components and variants.
+164Context
Changes
Files
Browser
Shell
Build A Dashboard
logistics-ai/app
Redoing the Figma deliverable from live web-app imports, then promoting repeated UI into real components and variants.
+164Context
Changes
Files
Browser
Shell
Interactive Map
logistics-ai/app
Redoing the Figma deliverable from live web-app imports, then promoting repeated UI into real components and variants.
+164Context
Changes
Files
Browser
Shell
Add API Endpoint
logistics-ai/app
Redoing the Figma deliverable from live web-app imports, then promoting repeated UI into real components and variants.
+164Context
Changes
Files
Browser
Shell
Add Animations
logistics-ai/app
Redoing the Figma deliverable from live web-app imports, then promoting repeated UI into real components and variants.
Agent
can you run this locally?
I'll inspect the project's local run instructions, then start the appropriate development process and report the URL or app status.
Name the workspace and agent for running the app locally
Read SKILL.md /Users/ameilawattenberger/intent/workspaces/morning-penguin/cloudlands-fe/.agents/skills/electron
The repository provides a standalone mock backend fallback, so I can start it without a daemon.
Run pnpm run dev
Run terminal 18297
Blocked on dependencies
pnpm run dev exited with code 1 because and the
May I run pnpm install, then restart the app?
Yes
Ask anything
Add Interactive Map
logistics-ai/app
logistics-ai/appSpec drafted for the live delivery map. Inspecting the Figma for details. Awaiting your review/approval before delegating implementation.
SpecThe Live Map must read as a polished, production-grade dispatcher console — not a map with widgets bolted on. Every surface is measured against the Figma design.
Fidelity Checklist
- Color palette (brand, status: en route / arriving / delivered / delayed, neutrals, map-tinted surfaces) encoded as tokens.
- Type scale (font family, sizes, weights, line-heights, letter-spacing) matches Figma; correct web fonts loaded with fallbacks.
- Light theme complete; dark/map-dark surface tokens defined
- Icon set matches Figma (size, stroke, optical alignment)
- Zoom control disabled state at min/max zoom rendered per design.
- Destination pin variants (active, arriving, delivered, delayed)
- Dropped pin has its own styled variant + drag affordance.
- Status badges use correct status color tokens
- Loading skeletons/empty states for rail and card match design.
- Contrast (WCAG AA) verified for text/markers over the map at multiple zoom levels.
Figma
Add API Endpointlogistics-ai/app
logistics-ai/appDone: all five Mapbox endpoints implemented and verified (76 tests, build and lint clean). Changes are uncommitted on api-add — tell me if you want them committed.
CoordinatorApproved — start delegating the first wave.
Delegating
Wave 1 delegated.
Started - Scaffold Next.js App Router TypeScript project (implementor agent running).
Held on dependencies — the other four, as designed:
- Mapbox client core → waits on scaffold
- Geocoding, Directions, Matrix/Optimization → wait on client core
Estimated ~90 min of serial work on the critical path.
Next: when the scaffold agent completes I'll delegate a verifier, then release the client core task, and after that run geocoding + directions + matrix/optimization as one parallel wave.
Ending my turn to wait for the scaffold agent.
Verifying scaffold>
Verifying
Scaffold task completed: Next.js 16 App Router + TypeScript, strict tsconfig with @/* alias, Vitest (node env), ESLint flat config, .env.example with MAPBOX_ACCESS_TOKEN, and smoke test. pnpm install && pnpm run build && pnpm test pass and lint is clean.
A verifier agent is now checking it against the Definition of Done - build/test/lint, config strictness, Vitest alias resolution, .env.example containing no real token, .gitignore coverage, and scope discipline (no Mapbox code or endpoints added prematurely).
One thing to note: auto-commit is disabled for this workspace, so the scaffold changes are sitting uncommitted. Tell me if you want me to commit them.
Once verification passes I'll delegate the Mapbox client core task, which unlocks the three endpoint tasks as a parallel wave.
Ending my turn to wait for the verifier.
Considering a reply
I can't give you a reply to that, given that I'm not the real product. But why not give Intent a try: Download
Add Animationslogistics-ai/app
logistics-ai/appAdding motion refinement to the app’s inventory dashboard.
GUI Overlay
Run pnpm build
Run git diff --check && git diff -- src/components/InventoryCard.astro
The page builds cleanly.
Managing external monitoring
Summary using controls
GUI Ready
A motion tuning panel is available top-right at http://localhost:4337.
It includes:
- Click timing and scrub
- Card reveal behavior
- Reset and Copy JSON
The GUI is development-only and excluded from production builds.
Considering a reply
I can't give you a reply to that, given that I'm not the real product. But why not give Intent a try: Download
Browser
01Electronics1,842962,240
02Motors68412864
03Hydraulics74254955
04Sensors1,261641,555
05Pneumatics1,120481,392
Every task is isolated in a workspace, so agents never step on each other. Kick one workspace off, line up the next, and work across hundreds of agents running in parallel without collisions.
Living Spec, aligned work.
A Coordinator agent writes a spec for every task, so each agent in a workspace works from the same plan instead of its own guess. That shared context keeps everyone aligned and becomes a running record of what was decided and why.
Full cycle, no babysitting.
Agents watch for changes and start the next task themselves. With git built in, commit, review, and merge happen in place, right next to your files and diffs, so whole workflows like PR review and CI checks run on their own.
Every task, right agent.
Out of the box, specialist agents like the Coordinator plan and delegate work. Under the hood, everything’s swappable: run your favorite CLI agents, mix them per workspace, and easily add your own custom agents.
Define what gets built, delegate to agents that stay aligned, and ship software that matches what you meant.