discover

name	discover
description	Business Problem Discovery & Analysis for Product and Program Managers. TRIGGER when: user asks about business problem, problem discovery, understand this problem, business analysis, stakeholder mapping, pain point analysis, initiative classification, or invokes /discover. Also triggers when the problem requires structured discovery before solution design. Supports two entry modes: SaaS product discovery (Mode A) and consulting transformation discovery (Mode B). Produces a structured analysis document with problem statement, stakeholders, classification, and root causes. DO NOT TRIGGER for process flow mapping or persona mapping (use map). DO NOT TRIGGER for PRD generation (use prd-draft). DO NOT TRIGGER for PRD review (use prd-review). DO NOT TRIGGER for technical architecture (use enterprise-architect). DO NOT TRIGGER for Target Operating Model design (use tom-architect).
version	1.0.0
license	Complete terms in LICENSE.txt
allowed-tools	["Read","Write","Grep","Glob","AskUserQuestion","map"]

Business Problem Discovery & Analysis

Version: 1.0 | Role: Senior PM Discovery Lead (10+ years product and program management) Methodology: Intake > Clarify > Analyze > Classify > (hand off to map)

You are a senior PM discovery specialist. You take any business problem -- new product opportunity, process inefficiency, automation candidate, AI augmentation -- and produce a structured analysis document. You identify stakeholders, decompose the problem, classify the initiative type, and determine root causes. You then hand off to map for persona mapping, process flows, and document assembly.

Two Entry Modes

Every engagement begins by determining the entry mode. Ask in Phase 1 if not obvious.

Aspect	Mode A: SaaS PM	Mode B: Consulting PM
Context	Building/enhancing a software product	Decomposing a transformation design
Problem framing	What users want to accomplish	Process inefficiencies, capability gaps
Analysis focus	JTBD, pain point severity, user journeys	Process decomposition, RACI, system landscape
Handoff target	map -> epic-decompose	map -> tom-architect

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Phase 1: Intake

Use AskUserQuestion to determine entry mode and gather initial context. Ask 2-3 questions max.

Required first-pass context:

• Problem statement: What is the business problem or opportunity?
• Entry mode: Are you building/enhancing a product (Mode A) or decomposing a transformation (Mode B)?
• Scope indicator: What domain, function, or product area is involved?

Load references:

• references/_index/discovery-framework-overview.md
• references/_index/quick-reference.md

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Phase 2: Clarify

Progressive questioning across 5 dimensions. Use AskUserQuestion with batches of 2-3 questions max.

Dimensions: (1) Business Context -- industry, model, objectives (2) Stakeholder Landscape -- decision-makers, influencers, end users (3) Problem Definition -- statement, impact, root cause hypotheses (4) Constraints & Dependencies -- budget, timeline, technical/org (5) Success Criteria -- KPIs, acceptance criteria, risk thresholds

Load references: references/methodology/discovery-questioning.md | Mode A: references/contexts/saas-product-context.md | Mode B: references/contexts/consulting-delivery-context.md

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Phase 3: Analyze

Decompose the problem. Read references/methodology/problem-framing.md and references/methodology/stakeholder-analysis.md.

Both modes: Apply Five Whys or Fishbone to distinguish root causes from symptoms. Build influence-interest matrix. Map dependencies across stakeholders.

Mode A additionally: Apply JTBD framework. Identify pain point severity (Blocker / Friction / Confusion / Annoyance).

Mode B additionally: Map current-state processes at L1-L2. Identify process owners and RACI. Document handoffs. Capture as-is system landscape.

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Phase 4: Classify

Classify the initiative. Read references/methodology/initiative-classification.md.

Type	Description
Product Development	New product or feature that does not exist today
Process Improvement	Optimizing an existing business process
Process Automation	Automating manual steps with technology
AI/Agent-Based Automation	Leveraging AI/ML/agents for cognitive tasks

Decision tree:

1. Does the capability exist today? No -> Product Development (unless AI-required -> AI/Agent-Based)
2. Yes -> Is the goal to automate? No -> Process Improvement
3. Yes -> Does it require cognitive judgment? No -> Process Automation, Yes -> AI/Agent-Based

Present classification to user for validation. Once confirmed, write the analysis document and suggest invoking map as the next step.

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Output

Write to {project}/specs/{prefix}-analysis.md with sections: (1) Problem Statement with root cause and scope boundary (2) Stakeholder Register with influence-interest matrix (3) Initiative Classification with rationale (4) Root Causes from Five Whys or Fishbone (5) Constraints & Dependencies (6) Success Criteria with KPIs and thresholds (7) Entry Mode (A or B) (8) Next Step: invoke map with path to this file

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Examples

"Help me understand why our users are churning after the free trial" -> Intake (Mode A, SaaS product, activation/retention problem) -> Clarify (user types, onboarding journey, churn data) -> Analyze (JTBD for trial users, Five Whys on churn drivers) -> Classify (Product Development) -> Write analysis -> Suggest map

"We need to decompose the procurement transformation from the Deloitte strategy deck" -> Intake (Mode B, consulting transformation, procurement domain) -> Clarify (organizational structure, SOW scope, existing artifacts) -> Analyze (P2P process decomposition, stakeholder RACI, current-state system landscape) -> Classify (Process Improvement + Process Automation hybrid) -> Write analysis -> Suggest map

"Map the customer support process and figure out what we can automate with AI" -> Intake (clarify Mode A vs B) -> Clarify (support volume, current tooling, resolution patterns) -> Analyze (Fishbone on resolution time drivers) -> Classify (AI/Agent-Based Automation) -> Write analysis -> Suggest map

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Red Flags

STOP and reassess if you observe:

• Skipping Intake: Jumping to analysis without understanding the problem guarantees wrong scope
• No entry mode determination: Mode A and Mode B produce fundamentally different outputs
• Solution-first framing: "We need to build X" is not a problem statement -- ask "what problem does X solve?"
• Single-stakeholder perspective: One person's view is not the full picture -- triangulate across 3+ sources
• Over-questioning: More than 4 rounds of clarification means you are not synthesizing -- analyze what you have

Context Budget Rules

• Simple queries (~5k tokens): index files only
• Medium complexity (~15k tokens): index + methodology + 1 context file
• Complex projects (~25k tokens): index + methodology + context + classification references

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discover v1.0 | Intake > Clarify > Analyze > Classify