RAPP Work organization seed · public synthetic data

The One-Person Conglomerate

Allocate a synthetic founder's attention across five distinct business units using bounded learning experiments, shared operating functions, and evidence rather than invented revenue.

10 teams · 11 scoped workspaces · 13 tasks · 41 package files

This package is not an activated organization, a membership grant, or a running service. Native SDK plans and starter-file effects require owner approval. Joining never executes downloaded code.

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Your first engagement

Choose no more than three learning experiments for a 40-hour week

All portfolio names, estimates, and observations are SYNTHETIC. Ten candidate experiments compete for 32 discretionary founder-hours and USD 500 after protected reserves. Five business-unit workspaces stay distinct even if only three are active. The task is a defensible allocation and a small reference-tool readiness review, not a claim of customers, profits, or product-market fit.

An actual work scope for every team.

The Organization routes through native workspace pointers. Team ownership stays in team workspaces; shared case data stays in the separate casework workspace.

Starter work and acceptance.

Open the five-unit portfolio intake · executive-office · Ready to claim

Create one row per business unit with its proposed job, owner workspace, evidence gap, and explicit non-goals. Preserve the synthetic labels and protected reserves. Do not activate memberships or authorize spending.

Inputs: starter/data/portfolio.csv, starter/docs/charter.md, starter/data/capacity.json

Outputs: deliverables/portfolio-intake.csv

Depends on: No prerequisites

  • Exactly five distinct business units are represented.
  • The intake names 8 reserved hours and USD 100 reserved cash.
  • No row represents revenue, customers, or approval as established.
Turn assumed demand into falsifiable questions · portfolio-research · Waiting on prerequisites

Reconcile every evidence-register row with the intake. For each unit choose one question that a low-cost experiment could disconfirm. Distinguish offline artifact inspection from later consented customer research.

Inputs: deliverables/portfolio-intake.csv, starter/data/evidence-register.csv, starter/docs/review-rubric.md

Outputs: deliverables/uncertainty-register.csv

Depends on: portfolio-intake

  • All ten assumption rows are accounted for.
  • Every unit has a disconfirming observation and a stop condition.
  • No synthetic observation is promoted to external validation.
Scope the CSV preflight business-unit probe · ledgerleaf-tools · Waiting on prerequisites

Inspect the original csv_guard reference and fixture. Propose a narrow local-import quality use case, an explainable finding format, and exclusions. Run only the authored offline checks; treat them as tool evidence, not market evidence.

Inputs: deliverables/uncertainty-register.csv, starter/docs/business-briefs.md, starter/reference/csv_guard.py, starter/reference/test_csv_guard.py, starter/data/csv-intake.csv

Outputs: deliverables/ledgerleaf-probe.md

Depends on: uncertainty-audit

  • The duplicate invoice key in the sample is identified.
  • The brief states that preflight does not certify accounting, execute formulas, or send files.
  • A usable tool boundary and an unvalidated offer are separately described.
Specify a desk-reset guide experiment · fieldnote-guides · Waiting on prerequisites

Develop an original one-page guide outline for organizing a shared supply drawer. Define a completion rubric using a fictional drawer inventory; avoid safety or equipment-maintenance instructions.

Inputs: deliverables/uncertainty-register.csv, starter/docs/business-briefs.md, starter/data/portfolio.csv

Outputs: deliverables/fieldnote-probe.md

Depends on: uncertainty-audit

  • The outline includes inventory, grouping, labels, and a reversal step.
  • A five-minute comprehension check is specified, not claimed performed.
  • The proposed experiment maps to fn-outline or fn-observation.
Specify an accessible request-template experiment · quietbench-templates · Waiting on prerequisites

Draft the field order for a purchasing-request template with plain-language labels, keyboard traversal, and a print fallback. Use only fictional request data.

Inputs: deliverables/uncertainty-register.csv, starter/docs/business-briefs.md, starter/data/portfolio.csv

Outputs: deliverables/quietbench-probe.md

Depends on: uncertainty-audit

  • Required and optional fields are distinguished without color alone.
  • A keyboard-only walkthrough and printable reading order are reviewable.
  • No accessibility certification or customer adoption is claimed.
Specify a location-free errand worksheet · routepaper-planners · Waiting on prerequisites

Describe a printable worksheet that groups fictional errands by category and available time, not navigation. Include a no-personal-address policy and a criterion for abandoning the concept.

Inputs: deliverables/uncertainty-register.csv, starter/docs/business-briefs.md, starter/data/portfolio.csv

Outputs: deliverables/routepaper-probe.md

Depends on: uncertainty-audit

  • The worksheet uses categories rather than real addresses or travel predictions.
  • The proposed test maps to rp-sheet or rp-interview.
  • The business remains distinct from the file-tool and lesson units.
Specify a file-hygiene micro-lesson · tinylesson-studio · Waiting on prerequisites

Outline a six-minute offline lesson on naming and grouping sample files. Include three original example filenames and a scored transfer exercise, with a later consent gate for learner research.

Inputs: deliverables/uncertainty-register.csv, starter/docs/business-briefs.md, starter/data/portfolio.csv

Outputs: deliverables/tinylesson-probe.md

Depends on: uncertainty-audit

  • The exercise has an explicit answer rubric and no real personal files.
  • Learning objectives are separate from unmeasured learning outcomes.
  • The experiment maps to tl-sample or tl-transfer.
Reconcile the allocation worksheet · portfolio-finance · Waiting on prerequisites

Check the ten candidate rows, money precision, selected flags, ordinal scores, and reserves. Produce a baseline reconciliation with totals and units before optimization.

Inputs: deliverables/portfolio-intake.csv, starter/data/allocation-worksheet.csv, starter/data/capacity.json, starter/docs/review-rubric.md

Outputs: deliverables/capacity-baseline.json

Depends on: portfolio-intake

  • The reference selection is lf-schema, fn-outline, and rp-sheet.
  • It totals 19 hours and USD 90, leaving 13 discretionary hours and USD 410.
  • Scores are not converted into revenue estimates.
Run and explain the bounded portfolio search · platform-engineering · Waiting on prerequisites

Run the authored allocation tests and analyze the provided worksheet. Compare the reference selection with the computed recommendation and explain deterministic tie-breaking and the one-experiment-per-unit constraint.

Inputs: deliverables/capacity-baseline.json, deliverables/ledgerleaf-probe.md, deliverables/fieldnote-probe.md, deliverables/quietbench-probe.md, deliverables/routepaper-probe.md, deliverables/tinylesson-probe.md, starter/data/allocation-worksheet.csv, starter/data/capacity.json, starter/reference/allocation.py, starter/reference/test_allocation.py

Outputs: deliverables/allocation-analysis.json

Depends on: capacity-baseline, ledgerleaf-intake, fieldnote-intake, quietbench-intake, routepaper-intake, tinylesson-intake

  • A successful test summary and exact input paths are recorded.
  • The recommendation respects all three capacity limits.
  • The analysis reports unspent cash and unused hours rather than treating utilization as the objective.
Prepare a reasoned founder allocation · portfolio-finance · Waiting on prerequisites

Produce a complete ten-row proposed worksheet with selected flags and a rationale column. Accept or override the mathematical recommendation explicitly; if estimates change, retain the original values alongside proposed values.

Inputs: deliverables/allocation-analysis.json, deliverables/uncertainty-register.csv, starter/data/allocation-worksheet.csv, starter/docs/decision-template.json

Outputs: deliverables/allocation-proposal.csv

Depends on: allocation-analysis, uncertainty-audit

  • The proposal contains all ten stable experiment IDs.
  • At most one experiment per unit and three active units are selected.
  • Any override includes a reason and preserves the protected reserves.
Draft five differentiated learning invitations · portfolio-go-to-market · Waiting on prerequisites

Write one modest offer hypothesis per business unit, with what exists now, what is proposed, and what would be learned next. Draft only: no mailing lists, outreach, publishing, or spending.

Inputs: deliverables/ledgerleaf-probe.md, deliverables/fieldnote-probe.md, deliverables/quietbench-probe.md, deliverables/routepaper-probe.md, deliverables/tinylesson-probe.md, deliverables/uncertainty-register.csv

Outputs: deliverables/portfolio-messages.md

Depends on: ledgerleaf-intake, fieldnote-intake, quietbench-intake, routepaper-intake, tinylesson-intake

  • Each unit has a distinct audience hypothesis and no fabricated testimonial.
  • The CSV tool is described as a reference example, not a validated commercial service.
  • Every external invitation remains owner-approval-gated.
Record the reviewable portfolio decision proposal · executive-office · Waiting on prerequisites

Use the decision example as a structural guide, not a prior approval. Name active and parked units, experiment exit rules, capacity totals, risks, and the exact human decision still needed.

Inputs: deliverables/allocation-proposal.csv, deliverables/portfolio-messages.md, starter/docs/decision-template.json, starter/docs/charter.md

Outputs: deliverables/portfolio-decision.json

Depends on: allocation-proposal, portfolio-messaging

  • Every unit is either active, parked, or rejected with a reason.
  • The decision distinguishes recommendation from owner authorization.
  • There are no claimed sales, real customers, or fabricated completed experiments.
Prepare the CSV reference-tool handoff · platform-engineering · Waiting on prerequisites

Repeat the CSV checks, document the sample's expected nonzero exit, and assemble a release-readiness checklist for the one real small reference tool. Publication is a later, separately approved operation.

Inputs: deliverables/portfolio-decision.json, deliverables/ledgerleaf-probe.md, starter/reference/csv_guard.py, starter/reference/test_csv_guard.py, starter/data/csv-intake.csv, starter/docs/review-rubric.md

Outputs: deliverables/csv-tool-handoff.md

Depends on: portfolio-decision

  • The tool reads only the explicitly selected UTF-8 file and writes JSON to stdout.
  • All authored tests pass; the intentionally duplicated sample key yields a duplicate-key finding.
  • Distribution, signing, billing, and real-file ingestion are not represented as completed.

Included starter artifacts.

These are files in the ZIP, not promises to generate them later. Reference examples do not mean the engagement is complete.

Package SHA-256: e49bee2ffd6c9bf3cd5dbd04cde9c73c2e3f4291456fb317a47d3a2e90515239

Initialize with the RAPP Work SDK.

  1. Inspect seed.json, initialize.json, and the exact dependency pins.
  2. Choose your owner label and a new destination. Use the installed, verified SDK to plan the Organization and member Workspaces.
  3. Approve complete native plans and their exact digests before applying. Review declared template copies and pointer registrations separately.
  4. Claim a ready task with a capable authorized AI host, produce the requested output, and attach actual acceptance evidence.

No private membership, signing, spending, external communication, publication, or federation activation is granted by this seed.