Tutorial

How zenonum works — step by step

From first Discovery message through Lean cycles, coaching, agents, and product compile. Written for friends-beta reviewers — the direction we are building toward.

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01

What zenonum is

zenonum is the AI-backed startup engine for founders who mean it — structured strategy on a visual business blueprint, then compile ideas into software and run targeted validation experiments.

You iterate, optimize, and pivot when the graph says so. No technical background required — passion and judgment are enough.

The full chain lives in one live graph: what you believe, what is missing, what to research, what to test, and what to build next. One graph truth → one next best move at every step.

Why this matters

  • One place for strategy and execution — no drift between deck, backlog, and code.
  • Every coaching turn and experiment result can update the same source of truth.
  • Built for Lean Startup cycles, not waterfall planning theater.

02

Discovery — from first message to North Star

Discovery starts on the marketing site or in the dashboard: a structured conversation with the session coach that fills project context, founder profile, and your North Star — often in the first few turns.

The agent asks what a generic chatbot would miss: who you serve, what you believe, what you refuse to assume. Talkers get gently redirected; serious founders get depth.

After OAuth, your thread continues — marketing pre-login chat merges into the canonical session. Unlock materializes founder, project, and North Star nodes plus the Lean canvas scaffold under your star.

Why this matters

  • No blank-canvas panic — methodology guides the first graph layers.
  • Honest sparse nodes when you decline to share — no fake personas.
  • Same wallet and agents from day one after sign-in.

03

Lean graph — methodology on canvas

The graph follows Lean Startup and Lean Canvas thinking: strategy bands (North Star, problem, segments, value proposition, channels, revenue, costs, key metrics) connect downward to goals, roadmap epics, experiments, tools, and value-added services.

Each node carries a statement, variables (existence, confidence, gravity, success, failure, income, burn), and typed edges that show support, impact, and contradiction — not just pretty boxes.

Lean cycles are explicit: hypothesize on the graph → coach or research → extract facts → run experiments → update variables → recompute next best. The canvas is the operating system, not a poster.

Why this matters

  • See how strategy constraints flow into product and IT execution.
  • Layer lenses (Strategy, Product, IT) filter noise without losing truth.
  • Area captions and metro edges keep dense graphs readable.

04

Coaching, extraction, and variables

Open the coach on any node or run session-level coaching. The coach challenges weak statements, proposes sharper copy, and respects what you already committed to the graph.

Extraction turns dialogue into structured updates — titles, statements, variables — with preview before save. Children and edges can be suggested; you accept or reject.

Gauges on active cards summarize existence and confidence at a glance; the inspector shows the full variable set, impacts, income, burn, friction, and edge neighborhood.

Why this matters

  • Coaching is grounded in graph context, not generic startup advice.
  • Save-to-graph keeps chat from becoming disposable.
  • Variables make trade-offs visible before you ship or spend.

05

Background agents and steering

Agent Control lists roles — graph builder, variable estimator, prerequisite scaffolder, priority recompute, deep research, and more. Each runs Manual, Auto, or Launch per your policy.

Background agents work while you coach: research completes with a notification; graph enrichment lands on nodes you can inspect. Nothing happens in a black box — status surfaces in the chrome.

You steer where it matters: auto-tune strategy loops on Builder+, launch one-off research from a node, or keep everything manual until you trust the graph.

Why this matters

  • Parallel work without losing oversight.
  • Tooltips explain what each agent does before you launch it.
  • Failed or partial runs stay traceable on the graph.

06

Lenses, search, and next best

Lenses re-color the graph: Next best highlights priority-ranked moves; Risk, Contradictions, Gravity, and Success show where the methodology wants your eyes.

Semantic search filters loaded session nodes by title and statement — fast recall when the mesh grows.

Required-move methodology can front overlays when policy is active — the graph tells you what to do next, not a static backlog.

Why this matters

  • One click from overview to the node that matters today.
  • Contradictions surface before they become expensive surprises.
  • Search scales with session size without leaving the canvas.

07

Wallet, tokens, and usage

One wallet feeds Discovery, coaching, node chat, agents, and research. Daily and monthly token pools reset on UTC boundaries; the wallet modal shows consumed vs cap and next reset times.

Plans tier daily caps (Starter 10k, Builder 50k, Pro 200k) with pay-per-usage top-ups on the roadmap — buy more capacity without changing tier when a research sprint runs hot.

zenonum routes each job to the best agent and model tier automatically — frontier models for hard reasoning, local Llama 4 class models for routine tasks — so spend tracks value, not vanity.

Why this matters

  • Transparent spend — no surprise bills hidden in agent logs.
  • Grace windows and caps documented in-product.
  • Model routing optimized for quality per dollar.

08

Product compile — tens of versions under control

When the graph says build, zenonum compiles product slices from your spec — incremental features, design tokens, API contracts, and rollback-ready experiments. Not one prompt to a million-dollar company; tens of controlled versions you can promote or revert.

PoC4 mesh coding connects strategy nodes to materialized repos: change batches, environment promote, secrets via Doppler, project-edge routing — everything traceable back to the graph node that requested it.

You interfere anywhere: strategy, features, UX, code, marketing copy. Agents run autonomous by default only where you allow it; every action remains visible on the mesh.

Why this matters

  • Spec-first delivery — code follows committed graph facts.
  • Rollback-ready experiments reduce fear of shipping.
  • Founder control from napkin to production URL.

Questions or beta access — contact@zenonum.com

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