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app.closedloop.ai/teams/product/projects/mobile-checkout
Overview
Artifacts
Workflows
3 loops running
| Name | Assignee | Loop | Priority |
|---|---|---|---|
| Draft | 21 | In Progress | 3 |
| FEA-241 | Add bulk actions to saved views | JM | Jordan Miles |
| PRD-218 | Empty state for saved filters | RP | Riley Park |
| PLN-402 | Background job queue migration | SK | Sam Keller |
| In Review | 3 | ||
| FEA-233 | Export audit log to CSV | AL | Ada Lin |
| PRD-214 | Webhook retry and backoff policy | MT | Morgan Tate |
| FEA-229 | Per-channel notification preferences | CR | Casey Rao |
| Approved | 2 | ||
| PLN-398 | Mobile onboarding redesign | PD | Priya Das |
| PRD-210 | Team admin permission tiers | EW | Ellis Wood |
One system. Requirements, plans, code, and validation, all shared across your team and agents.
Product
Define requirements that stay attached to execution, not scattered across docs and threads. Collaborate on implementation plans before code is written. Ship bug fixes and small features without consuming engineering sprints. See progress in real time with no status meetings required.
Design
Skip dev handoff and ship visual improvements directly. Prototype new screens and features inside existing functional apps, polish and refine what engineering delivers, and edit components directly to enforce design system consistency.
Engineering
Build from structured, team-reviewed implementation plans and run multiple agent workflows in parallel with shared context. Manage agent context, not just within produced artifacts like PRDs but also across them. Maintain quality through visible execution and receiving reviews from agents and teammates before merging.
Every step, grounded in what came before
Artifacts are the units of work that agents read and produce. Requirements become plans, plans drive execution, and results surface as previews. All connected, all visible, nothing lost between sessions.
Requirements Approved
Users should be able to add, edit, and remove tags…
Plan Approved
Implementation Plan
Given existing models and APIs, we will…
- Add Tag model and migration
- Expose tag endpoints
- Render tag chips on items
Branch In Review
feat/item-tags
src/items/
tags.ts
item.ts
+ addTagToItem(item, tag)
+ updateTagList(itemId, tags)
Preview Live
Deployment / Preview
designinfrap0
PM: spacing tweak?
Artifacts drive every step from idea to production
- Define requirements - Capture what should be built as the first artifact
- Create implementation plans - Agents generate structured plan artifacts grounded in your codebase
- Review and align - Plan artifacts are edited and approved by product, design, and engineering
- Execute with agents - Agents generate code artifacts using approved plans and shared context
- Monitor progress - Execution artifacts stream updates in real time
- Validate and improve - Artifacts are reviewed, evaluated, and feed into future runs
Built for control, not just speed
Speed without control creates risk. Every step is visible, reviewable, and enforceable so teams can trust what ships.
- Plans are reviewed before execution
No code runs until the team aligns on how it will be built.
- Work is visible while it runs
See progress, changes, and outputs in real time across the team.
- Outputs are validated before merge
Every result is reviewed against the original intent before shipping.
Background job queue migration
In Review SK Sam Keller Medium acme/checkout·main Attach files
Implementation Plan: Background Queue Migration
Summary
Migrate transactional emails and webhook delivery off the legacy queue with no downtime. Goal: cut p95 worker latency by 40% and remove the single-broker dependency in the worker tier. Rollout follows a dual-write → shadow-compare → consumer cutover sequence with a flag per consumer for fast revert.
Scope:
- In-scope: webhook delivery, transactional emails, retry policy, dead-letter handling, and per-consumer cutover flags.
- Out-of-scope: analytics events pipeline, user-facing notification preferences, and the realtime presence channel.
Implementation Steps
- ✓ Add new queue adapter - Wire the SQS adapter behind the existing Queue interface. No callers change yet.
- ✓ Dual-write events - Publish to both the legacy broker and SQS. Compare deliveries via the shadow consumer.
- 3 Cut over consumers - Move webhook + email workers to read from SQS once shadow parity is ≥ 99.95%.
- 4 Decommission legacy broker - Remove the old adapter, drop infra, and update on-call docs.
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