Weekly Report — 2026-W20 (2026-05-11 ~ 2026-05-17)

This week focused on establishing a robust Unified AI Agentic Workflow across multiple repositories and optimizing local development infrastructure. Key achievements included the deployment of a standardized SPEC→PLAN→IMPLEMENT→VERIFY→REVIEW protocol, successful migration of heavy Conda environments to a secondary drive to free 70GB of system space, and resolving critical deployment bottlenecks in the summarize pipeline. The week concluded with improvements to CLI tool usability and the verification of the new production-ready workflow.

Weekly Overview

Metric Value
Date Range 2026-05-11 ~ 2026-05-17
Active Days 4 / 7
Total Conversations 9
Projects 7
Tasks Completed 25
Tasks In Progress 0
Total Tokens 404,086,834
Total Cost $426.29
Claude Code Token 404,035,604
Claude Code Cost $426.09
Codex Token 51,230
Codex Cost $0.20
Daily Average Cost $106.57

Project Progress

Unified AI Agent Workflow (4 days active) — 🔄 active

Accomplishments:

  • Designed and deployed 10 core components including AGENTS.md protocol and dual-format review logs
  • Implemented automated Verification Gate and hypothesis-driven Debug Mode
  • Standardized CLI flags (-y/–yes) and added forced baseline regeneration (–force)
  • Verified system integrity through 33 integration tests

Infrastructure & Environment Optimization (1 days active) — ✅ completed

Accomplishments:

  • Migrated Miniconda and 4 key environments to D: drive
  • Freed ~70GB of space on C: drive by purging old caches
  • Configured global pip cache to D: drive

Summarize Deployment Pipeline (1 days active) — ✅ completed

Accomplishments:

  • Fixed bug preventing historical report deployment
  • Resolved GitHub Pages update failure by correcting repository structure in public/

Key Tasks

  • Design unified agentic workflow system (2026-05-11) — Created a hybrid solution combining community tools (Spec Kit, Entire CLI) with custom verification and debug components.
  • Recreate 4 conda environments on D: drive (2026-05-11) — Successfully migrated AI, deepseek-ocr, lifecopilot, and mimicpi environments with PyTorch CUDA support.
  • Debug summarize deployment pipeline issues (2026-05-12) — Fixed critical bugs in daily.py and infrastructure settings that were blocking 72 days of report publications.
  • Write AGENTS.md protocol (2026-05-11) — Established mandatory workflow requirements for all AI agents to prevent scope creep and misinterpretation.
  • Implement Dual-Format Review Log Generator (2026-05-11) — Created .md logs for humans and .agent.json logs for cross-session AI context transfer.

Problems & Solutions

1. AI misinterpreting intent and ignoring constraints due to general prompts [Unified AI Agent Workflow] (2026-05-11)

Solution: Mandated a Spec Template with Goal, Scope, Constraints, Success Criteria, and Non-goals.

2. PyTorch CUDA packages unavailable on standard PyPI [Infrastructure] (2026-05-11)

Solution: Configured –extra-index-url pointing to PyTorch’s specific CUDA index.

3. Summarize reports failing to deploy to GitHub Pages [Summarize] (2026-05-12)

Solution: Updated deploy logic to include all non-staged reports and re-cloned the destination repository to ensure proper .git presence.

4. AI blindly retrying failures without reasoning [Unified AI Agent Workflow] (2026-05-11)

Solution: Implemented a ‘Debug Mode’ that pauses execution and requires structured hypothesis reasoning before proceeding.

Learnings

Architecture (architecture)

  • Structured specs with mandatory fields prevent AI misunderstanding better than natural language.
  • Cross-session context requires dual formats: narrative for humans and structured JSON for agents.

Debugging (debugging)

  • Deployment debugging must verify the entire chain: code logic, file paths, git submodules, and remote endpoints.

Tools (tools)

  • Prioritize mature community tools; only build custom components for ‘glue’ or missing specialized logic.

Domain Knowledge (domain)

  • Conda/Pip mixed environments require a two-phase installation strategy to handle unavailable PyPI packages.

AI Usage Notes

Effective Patterns:

  • ✓ Subagent-Driven Development for parallelizing independent tasks with clean context.
  • ✓ Mandatory ‘Success Criteria’ in specs as an executable verification gate.

Limitations:

  • ✗ AI ignores infrastructure-layer issues (like missing .git folders) if the code logic appears correct.
  • ✗ Background task outputs can be truncated or lost, necessitating foreground execution for critical debugging.

Next Week Outlook

Shift focus from workflow establishment to active feature development using the new agentic protocol. Priorities include testing the workflow’s effectiveness on complex tasks within the LifeCopilot and TokenMonitor repositories and monitoring the stability of the new D: drive environment setup.

Token Usage Statistics

AI Usage · 2026-W20 Claude Code + Codex
Total cost
$426.29
Total tokens
404M
Output tokens
4M
Cache read
76.8%
Cost split Claude Code $426 · Codex $0
Token character Cache reads 76.8% · Active 23.2%

Most token volume came from cache reads; Claude Code drove nearly all cost.

Peak Day: 2026-05-12 — $230.79 / 194.8M tokens

Daily Average: $106.57