pm-prioritize

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Use when ranking a list of requirements, features, or backlog items using RICE / ICE / MoSCoW / Kano. Built-in decision tree picks the right framework based on data availability and decision context. Output is a transparent matrix, 2×2 Impact/Effort quadrant, and a Sprint allocation proposal. User-invoked only — do NOT auto-trigger. Triggers on "/pm-prioritize", "/prioritize", "приоритизация", "ранжируй бэклог", "RICE-анализ", "prioritize requirements", "RICE", "ICE", "MoSCoW", "Kano", "rank backlog".

serejaris By serejaris schedule Updated 6/6/2026

name: pm-prioritize description: Use when ranking a list of requirements, features, or backlog items using RICE / ICE / MoSCoW / Kano. Built-in decision tree picks the right framework based on data availability and decision context. Output is a transparent matrix, 2×2 Impact/Effort quadrant, and a Sprint allocation proposal. User-invoked only — do NOT auto-trigger. Triggers on "/pm-prioritize", "/prioritize", "приоритизация", "ранжируй бэклог", "RICE-анализ", "prioritize requirements", "RICE", "ICE", "MoSCoW", "Kano", "rank backlog".

pm-prioritize — Rank requirements with RICE / ICE / MoSCoW / Kano

Part of the Personal Corp framework — running a one-person business through AI agents.

Rank a list of requirements using a structured framework. A built-in decision tree picks the right framework based on data availability and decision context. Output is transparent and traceable, so a team can argue with the scores instead of the recommendation.

Inputs

Field Required Notes
Requirement list yes Name + brief description; ≥ 3 items. Can take a pain-point list from /pm-feedback or a feature list from /pm-prd
Framework no RICE / ICE / MoSCoW / Kano; auto-recommended if not given
Business goal no Current focus (growth / retention / revenue / efficiency); affects weighting
Resource constraint no Available dev capacity (person-days or Story Points)

Optional config

Most of the skill works out-of-box. If you want stable defaults across runs, add an ## Prioritize Config section to your project's CLAUDE.md:

## Prioritize Config

### Default framework (optional)
If unset, the skill auto-recommends per the decision table below.
- default_framework: RICE | ICE | MoSCoW | Kano

### Default resource constraint (optional)
Used in the Sprint allocation step. Skip if you'd rather state it per run.
- sprint_capacity: 20 person-days per Sprint

### Backlog source (optional)
Where the skill should fetch the requirement list from when you don't paste one.
- backlog_source: gh-issues  # gh-issues | github-project | tasks-file | paste
- gh_owner: your-github-handle
- gh_repo: your-main-repo
- gh_label: backlog
- tasks_file: docs/backlog.md

When a config field is set, the skill uses it silently. When unset, the skill asks (see "When input is incomplete").

Research commands (auto-discovery)

If the user points at a backlog source instead of pasting items, the skill can pull the list itself:

# GitHub issues by label
gh issue list -R $OWNER/$REPO --label $LABEL --state open \
  --json number,title,body --limit 100

# GitHub Project items
gh project item-list $PROJECT_ID --owner $OWNER --format json

# Local backlog file
cat $TASKS_FILE

Step 1 — Pick a framework

If unspecified, recommend per this decision table:

Condition Recommended Why
Have user-impact data per item (DAU, conversion), trustworthy RICE Most quantitative, traceable
Have intuition but no precise data ICE Quick scoring, tolerates subjectivity
Need 4-bucket alignment fast (e.g. team meeting) MoSCoW Forces "must" / "won't" consensus
Need to understand requirement nature, plan features Kano Identifies delight features

Framework comparison:

Framework Use case Strength Limit Time
RICE Data-supported quarterly planning Most objective, comparable Depends on data quality Medium
ICE Fast decisions, brainstorming Simple, fast Highly subjective Low
MoSCoW Release planning, stakeholder alignment Forces consensus Easy to put everything in Must Low
Kano Feature planning, satisfaction research Identifies delighters Needs user research data High

Step 2 — Score requirements

RICE (default)

Dimension Meaning Scoring Common error
Reach Users impacted in one cycle Concrete number ("5000 users/month") "All users theoretically" as Reach
Impact Per-user impact magnitude 3 = massive, 2 = high, 1 = medium, 0.5 = low, 0.25 = minimal Everything gets 3
Confidence Confidence in the estimate 100% = data, 80% = indirect evidence, 50% = gut 100% with no data
Effort Total person-months across all roles Includes design + dev + QA + integration Counting only dev

RICE Score = (R × I × C) / E — higher = higher priority.

Calibration mechanism:

  • Score the same dimension across all items first (all R, then all I) — avoids per-item anchoring bias
  • R calibration: pick a baseline ("login: affects 100% of users"), score others relative
  • I calibration: ≤ 50% of items can score 3 — forces differentiation
  • E calibration: must include design (20%) + dev (50%) + QA (20%) + integration (10%)

ICE (fast)

Score 1-10 on each dimension. ICE Score = I × C × E / 10.

Dimension Scoring
Impact 1 = trivial, 5 = medium, 10 = transformational
Confidence 1 = pure guess, 5 = indirect evidence, 10 = A/B test data
Ease 1 = very hard (> 3 months), 5 = medium (2-4 weeks), 10 = trivial (< 1 day)

MoSCoW

Bucket Definition Suggested share
Must Have Without it, can't ship; users can't use core feature ≤ 60%
Should Have Important but has workaround; one-Sprint delay non-fatal ~ 20%
Could Have Nice-to-have; better with, fine without ~ 10%
Won't Have (this time) Explicitly out of scope; possibly later ~ 10%

Common trap: everything ends up Must Have. Counter: cap Must Have at 60%, force trade-offs.

Kano

Type Trait Detection Strategy
Must-be Absence → dissatisfaction; presence → taken for granted Users don't ask for it but rage when missing Reach passing grade, don't over-invest
One-dimensional More = more satisfaction (linear) Users actively request Core competitive area, top-tier execution
Attractive Absence → no dissatisfaction; presence → delight Unexpected, evokes "wow" Differentiator (decays to one-dimensional over years)
Indifferent Doesn't matter either way No user reaction Don't invest
Reverse Presence reduces satisfaction Adds complexity, annoys users Remove immediately

Kano decay: today's Attractive feature becomes One-dimensional, then Must-be over 2-3 years (e.g. fingerprint unlock). Continuously create new delighters.

Step 3 — Output ranking

RICE results table:

Rank Requirement R I C E RICE Score Recommendation
1 {name} {n} {0.25-3} {50-100%} {pm} {score} This cycle

Impact × Effort 2×2:

Quadrant Impact Effort Strategy Items
Quick Wins High Low Do first {list}
Strategic High High Plan carefully {list}
Fill-ins Low Low When idle {list}
Avoid Low High Don't do {list}

Sprint allocation:

  • Allocate per sprint_capacity (config) or stated resource constraint
  • Quick Wins fill first; Strategic by RICE Score
  • Reserve 10-20% per Sprint for unexpected work

Step 4 — Decision log

  • Core trade-offs: why A over B this cycle
  • Disputed items: which ranks may be contested, and why
  • Confidence flags: which scores have C < 80% — propose validation experiments
  • Next-cycle candidates: Won't-Have items most likely to promote next cycle

Quality bar

  1. Every score has a one-sentence rationale
  2. Effort includes design + dev + QA + integration
  3. C < 80% items get "validate via small experiment" tag
  4. Must Have ≤ 60% of total
  5. Calibration mechanism applied to avoid anchoring

Red lines

  1. Not a decision-maker — output is a recommendation; the final call is the team's
  2. No hidden assumptions — every score's assumption is explicit
  3. Never ignore Effort — no "must do" recommendation based on Impact alone

When input is incomplete

  • No backlog source provided → ask: "Where is the list — paste, file path, or a GitHub issues filter (owner/repo + label or milestone)?"
  • No business goal → ask: "Current focus this cycle — growth / retention / revenue / efficiency? Optional, but it tightens the recommendation."
  • No resource constraint → ask: "Available capacity for the next cycle — person-days or Story Points? Optional, but needed for Sprint allocation."
  • Framework unset → don't ask. Auto-recommend per the Step 1 decision table and propose it with a one-sentence rationale; user confirms or overrides.
  • < 3 requirements → still rank, but flag "sample too small, add more for stability"
  • No data at all → switch to ICE or MoSCoW; tag "qualitative ranking due to missing quantitative data"

Related skills

  • weekly-planning — uses the ranked backlog from this skill to pick weekly OKRs / outcomes. Prioritization feeds OKR selection, not replaces it.
  • weekly-retro — feeds the next backlog with retro findings and carry-over items
  • /pm-user-stories — top-priority requirements → break into Stories
  • /pm-prd — Must-Have requirements → write PRDs
Install via CLI
npx skills add https://github.com/serejaris/personal-corp-skills --skill pm-prioritize
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