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Research RoadmapOpen questions, exploration areas, and knowledge gaps that unlock strategic content or product decisions.

Research Roadmap

Maintained by: Strategist Agent
Last updated: 2026-07-28

Open questions, exploration areas, and knowledge gaps that, if filled, would unlock strategic content, product decisions, or thought leadership.

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Active Research Topics

R1: State Machine Adoption Friction β€” Empirical Data

Status: ⬜ Not started
Why it matters: State machines are great, but hard to establish identifies the adoption problem but relies on anecdote. Researching actual team adoption patterns (surveys, interviews, open-source repo analysis) would make the argument data-backed and create material for an adoption guide.

What we need:


    How many teams try state machines vs. abandon them?

    What are the top 3 blockers? (Suspect: debugging, mixed logic, onboarding)

    What patterns correlate with successful adoption? (XState vs. custom, visualization tooling, etc.)

Output potential:


    Data-backed article

    State Machine Adoption Kit (Opportunity #25 from Product Backlog)

    Conference talk with real numbers

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R2: AI Agent Determinism β€” Current State of the Art

Status: 🟑 Partially covered
Why it matters: The thesis of Signature Idea #1 (state machines make agent behavior deterministic) needs grounding in what others are doing. LangChain, Vercel AI SDK, Anthropic's tool use β€” what are the current approaches to agent determinism, and where do they fall short?

What we have:


What we need:


    Survey of existing agent frameworks' determinism strategies

    Comparison: Stateless function calls vs. graph-based vs. state machine orchestration

    Real benchmarks or case studies from production agent deployments

Output potential:


    Foundation for the flagship state machine + agents article

    Technical comparison post

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R3: The Product-Minded Engineer Persona β€” Audience Validation

Status: ⬜ Not started
Why it matters: The content strategy implicitly targets a specific persona: experienced engineers who think product-first, have ideas but no time blocks, and are skeptical of both AI hype and AI dismissal. Is this a real, addressable audience?

What we need:


    Who actually reads/shared the Devin post? (Twitter analytics, comments, DMs)

    What adjacent content do they consume? (Lenny's Newsletter? High Growth Engineer?)

    What's their primary pain point? (Time? Technical judgment? Direction?)

Output potential:


    Audience-informed content priorities

    Newsletter topic validation

    Distribution channel decisions (X, LinkedIn, Hacker News, newsletter)

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R4: GymClass SaaS β€” Productization Path

Status: 🟑 Light reconnaissance done in Devin post
Why it matters: The Devin post reveals a real app with real users. It could remain a side project, become a case study, or be productized. Understanding the landscape helps decide.

What we have:


    GymClass is a full booking system for martial arts academies

    Stack: TypeScript, Bun, React, Hono, tRPC, Drizzle, Neon, Cloudflare

    Real users at Horacio's academy

    Features: class scheduling, attendance, family accounts, membership plans, WhatsApp trial booking research

What we need:


    Market analysis: Mindbody, ClassPass, ZenPlanner, Pike13 β€” what do they miss for small academies?

    Would open-sourcing as a reference architecture attract contributors?

    Is this a product or a case study?

Output potential:


    Informed decision on open-sourcing

    Case study article

    Potential open-source project with real traction

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Completed / Archived

None yet.

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Knowledge Gaps (Quick Wins)

These are small unanswered questions from existing content that could be resolved in one focused session:


    WhatsApp booking connector research (mentioned in Devin post) β€” what was learned? Could be a short post on conversational commerce UX

    Devin vs. Cursor background agents β€” practical comparison for different use cases (large refactors vs. small isolated tasks)

    Document machine version history performance β€” how does the machine behave with 100+ versions in the history panel?

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