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Case Study: FlowForge Local

Problem

Knowledge workers and small teams spend significant time moving, renaming, and extracting information from files. Manual handling increases operational latency and creates inconsistent audit trails.

Approach

Built a local-first automation platform with:

  • event-driven triggers (folder watcher)
  • scheduled execution
  • configurable rules (conditions + actions)
  • reliability controls (retry, backoff, quarantine, dry-run, undo)
  • observable outcomes (job logs + metrics)

Solution design

  • FastAPI API layer for rule/job orchestration
  • SQLite persistence for rules, jobs, logs, scheduler state, and dedupe fingerprints
  • Automation engine to execute rule actions safely
  • Browser UI for rule authoring, manual runs, templates, and metrics

Impact (project-level)

  • Demonstrates translation of ambiguous business workflows into deterministic process logic.
  • Demonstrates production-oriented controls and observability patterns.
  • Demonstrates cross-functional product thinking across backend, frontend, and UX.

Relevance to roles

  • Business Analyst: requirements decomposition, workflow mapping, process control design.
  • Data Scientist: structured telemetry, reproducibility, and data extraction pathways.
  • AI Engineer/Applied AI: automation architecture and integration-ready pipelines.

Next evolution

  • add queue-backed execution
  • add cloud source connectors (Drive/Dropbox)
  • add OCR + entity extraction for invoice intelligence