Planned Media Monitor decoupling and weekly execution packet

  • Day: 2026-05-04
  • Time: 10:50 to 11:00
  • Project: Dev
  • Workspace: WP 1: Strategic / Growth & Development
  • Status: Completed
  • Priority: MEDIUM
  • Assignee: Matías Nehuen Iglesias
  • Tags: Weekly-Planning, Media-Monitor, Architecture, Decoupling, Taxonomy, Repo-Analysis

Description

Session Goal

Shape a Monday selection-and-shaping packet for Tuesday build work and Wednesday validation, while grounding the Media Monitor decoupling effort in the broader project taxonomy rather than treating it as an isolated refactor.

Key Activities

  • Defined Monday as a planning day that narrows many candidate fronts into 3-4 active lanes.
  • Established the idea of an execution packet with concrete artifacts, stop conditions, and parked work to prevent scope sprawl.
  • Reframed Media Monitor decoupling as a portfolio-aware architecture problem, aligned with the larger knowledge stack.
  • Refined the system taxonomy into layers: infra, ingestion, processing, intelligence, products, publishing, and surfaces.
  • Reconstructed repository evolution from the tree/history to identify real architectural seams and legacy sediment.
  • Diagnosed coupling risks in the monorepo and recommended seam-first decoupling around canonical artifacts, contracts, tests, and storage-backed buses.

Achievements

  • Clarified the operating model for weekly execution: selection on Monday, build on Tuesday, validation on Wednesday.
  • Produced a clearer functional decomposition for Media Monitor that avoids local-only refactoring.
  • Identified architectural boundaries that can support bounded artifacts and reduce dependence on whole-repo state.
  • Established that repository structure should be treated as evidence of evolution, not just a code review target.

Pending Tasks

  • Convert the planning framework into a concrete execution packet with 3-4 prioritized fronts.
  • Define the exact canonical artifacts, contracts, and validation checks for the next decoupling step.
  • Map the chosen seams to implementation tasks and explicitly park non-selected work.
  • Validate the proposed taxonomy against the current repo layout and existing pipelines.

Evidence

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