What if AI could reconcile my finances, speed up an audit review, keep my own voice, log a workout between sets, trade by a rulebook, run on its own, turn an idea into a spec, or be a Codex companion?

  1. Finance vault

    Structured budget, investment, savings, and net-worth records in Obsidian, with a repeatable Claude workflow around them.

    The problem

    Manual updates scattered across a spreadsheet made it hard to keep a consistent financial picture.

    What I built

    Modules with explicit instructions and a repeatable payday sequence: extract values, update records, reconcile savings, log changes.

    See how it worksHide details

    Modules with explicit instructions, screenshot-based source checks, and a shared data block for a visual dashboard. Payday updates became a repeatable sequence: extract values, update records, reconcile savings, and log changes over time.

    I use AI for data entry, scenario modeling, and spotting spending patterns while reviewing the records and making the decisions myself.

    Reliable analysis depends on consistent source data and reconciliation. More context helps only when it is organized and current.

    Source recordsAccount screenshots & transaction data
    Structured Obsidian vaultBudget · Investments · Savings · Net worth
    AI-assisted analysisHuman review & decisions
    A clear source → a repeatable process → a useful result
  2. AI inside the audit workflow

    At work

    Enterprise AI tools that organize journal entries, compare process narratives, and surface inconsistencies for review.

    The problem

    Journal-entry classification, walkthrough preparation, and control-documentation review are repeatable but manual.

    What I built

    Folder-scoped SharePoint agents apply prior criteria, draft updates, and produce exception lists for the team to assess.

    See how it worksHide details

    Repeatable tasks across journal-entry classification, walkthrough preparation, and control-documentation review. AI applies prior criteria, drafts updates, and produces exception lists for the team to assess.

    Folder-scoped SharePoint agents narrow the evidence to the task. A broader parent-folder agent helps discover missing support when the focused context is insufficient.

    I check suggestions against underlying support before using them. AI helps prepare and organize work; professional judgment stays with the audit team.

    Context selection and exception handling matter as much as the prompt. This summary describes general methods; it contains no client data or workpapers.

    Demo coming soon
  3. A knowledge system that keeps my voice

    AI-assisted reading, journaling, and habit workflows that organize records while preserving my own writing.

    The problem

    Formatting and maintaining records took effort away from reading and reflecting.

    What I built

    Persistent instructions turn raw notes into structured records, with AI commentary kept visibly separate.

    See how it worksHide details

    Reading logs, Kindle-highlight parsing, vocabulary records, linked ideas, monthly journals, and habit trackers. Raw notes become structured records; later reviews look for patterns across them.

    Preserve my spelling and phrasing. Keep AI commentary visibly separate. Confirm activity dates. Record what happened rather than treating plans as completed activities.

    I can spend more effort reading and reflecting, with less effort formatting and maintaining records.

    Persistent instructions are part of the product. Preserving authorship and distinguishing source writing from AI interpretation are deliberate design choices.

    Demo coming soon
  4. Workout logging with a clear handoff

    A health project in Obsidian and GitHub that separates workout transcription from planning.

    The problem

    Typing between sets interrupts a workout, and inconsistent connector data makes later analysis hard to trust.

    What I built

    A narrow logging agent, a separate planning role for Claude, and Python checks that keep records consistent.

    See how it worksHide details

    Typing between sets interrupts a workout. Inconsistent connector data also makes later analysis harder to trust.

    A narrow logging role for Alfred and a separate planning and review role for Claude. Python scripts rebuild derived summaries and validate the record structure.

    When connected data conflicted with recorded values, I worked around it using direct Apple Health exports for completed-period verification.

    Separate transcription from judgment. Generated summaries should be reproducible. Written agent boundaries help guide behavior, but do not themselves enforce access permissions.

    Demo coming soon
  5. A trading experiment with a rulebook

    Experiment

    A small AI-assisted trading experiment built around versioned rules, scheduled roles, and explicit failure conditions.

    The problem

    An agent workflow tends to improvise its rules instead of operating within predefined boundaries.

    What I built

    Separate scheduled roles, an approval gate for new plans, expiry and kill conditions, and a halt switch.

    See how it worksHide details

    How an agent workflow can derive a plan, monitor state, and operate within predefined boundaries without repeatedly improvising its rules.

    Separate scheduled roles, an approval gate for new plans, a persistent approved plan, expiry and kill conditions, a halt switch, and a recurring review of rule drift and exceptions.

    The experiment has a small sample and has not established an advantage over buy-and-hold. Positive trades alone do not prove that the system works better.

    Automation reliability and investment performance are separate questions. A rulebook needs clear precedence, measurable constraints, and logs that make failures visible.

    Demo coming soon
  6. Learning what it takes to run an agent

    A hosted OpenClaw agent setup, later replaced by a simpler Cowork workflow.

    The problem

    I wanted to learn what operating a hosted agent actually costs in time, money, and maintenance.

    What I built

    Configured OpenClaw with GitHub backups, then moved to Cowork after weighing maintenance effort and usage costs.

    See how it worksHide details

    A hosted agent setup with API-based models, configuration recovery, and backups. I learned to choose model capability around task complexity and context requirements.

    Execution costs, hosting costs, and time spent repairing the setup made a simpler subscription-based workflow more useful for my needs.

    Separate project contexts, limited file access, recoverable configuration, and a habit of questioning whether each proposed fix is actually needed.

    The most autonomous setup is not automatically the most useful one. Maintenance and recovery are part of the cost of operating an AI system.

    Demo coming soon
  7. Aestheon: from idea to specification

    Retired

    A workout app concept explored with Claude through an iterative design → spec → code loop.

    The problem

    People don’t always know the names of the gym equipment and exercises they want to log.

    What I built

    Identify equipment and exercises from photos, with a gamified progression system written in Swift.

    See how it worksHide details

    Help people identify gym equipment and exercises from photos when they do not know the names to log.

    A product roadmap, a Greek-mythology-themed gamification specification, a linked knowledge base, and Swift logic for experience points and level progression.

    I retired Aestheon on September 14, 2026 because the original pain point had been solved another way. These were exploratory artifacts, not a launched app.

    AI let me work across unfamiliar product and coding tasks. Reassessing whether the problem still needs solving is part of building, too.

    Demo coming soon
  8. Meet Tally

    A custom animated saola companion for Codex, created with AI-assisted artwork.

    The problem

    —

    What I built

    AI-assisted artwork packaged as a v2 sprite atlas, with animation states and visual quality checks.

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    A custom animated saola companion for Codex, created with AI-assisted artwork and packaged as a v2 sprite atlas. A small project in character design, animation states, and visual quality checks.

    Curiosity, with a field ledger.