.claude/skills/scenario/SKILL.md
--- context: fork --- # /scenario Create a Scenario note for what-if analysis, future-state planning, alternative architecture options, or risk mitigation strategies. ## Usage ``` /scenario <name> /scenario "SAP Cloud Migration" /scenario "Real-time Analytics" --type future-state /scenario "Vendor Alternative: Google vs AWS" --type alternative-option ``` ## Instructions ### Phase 1: Parse Input & Type 1. Extract scenario name 2. Ask for scenario type: ``` Scenario Type: - current
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Create a Scenario note for what-if analysis, future-state planning, alternative architecture options, or risk mitigation strategies.
/scenario <name>
/scenario "SAP Cloud Migration"
/scenario "Real-time Analytics" --type future-state
/scenario "Vendor Alternative: Google vs AWS" --type alternative-option
Scenario Type:
- current-state (baseline for comparison)
- future-state (where we want to go)
- alternative-option (different approach)
- risk-mitigation (contingency plan)
Default: future-state
What is the baseline architecture for this scenario?
(Choose existing Architecture note)
Search: [[Architecture - Current State HLD]]
Found: [[Architecture - Current State HLD]]
Confirm baseline? (Y/n)
> y
For future-state / alternative scenarios, ask:
What changes from the baseline?
System Additions (comma-separated or one per line):
> SAP S/4HANA Cloud
> SAP Event Mesh
System Removals:
> SAP LegacyEngineeringSystem (legacy)
System Modifications:
> DataPlatform (add real-time event consumer)
> Snowflake (increase storage)
Integration Changes:
> Add: Event-driven SAP to DataPlatform
> Remove: Daily batch sync
> Modify: DataPlatform to Snowflake (add real-time)
Systems in this scenario (for quick view):
- [[System - SAP S/4HANA Cloud]]
- [[System - Event Mesh]]
- [[System - DataPlatform]]
- [[System - Snowflake]]
Ask: "Analyse impact? (Y/n)"
If YES:
BUSINESS IMPACT:
Benefits:
> Real-time data enables faster decisions
> Reduced reporting lag from 24h to <1s
> Better customer experience
Risks:
> Migration disruption (1-2 week freeze)
> Higher licensing costs
> Team learning curve
TECHNICAL IMPACT:
Capabilities enabled:
> Event-driven architecture
> Real-time data pipelines
> Stream processing
Technical debt reduced:
> Legacy LegacyEngineeringSystem system (EOL'd)
> Point-to-point integrations (replaced)
> Batch workflows (replaced with streams)
COST IMPACT:
Implementation: £1,250,000
- SAP migration: £800k
- Integration: £300k
- Analytics: £150k
Annual savings: £250,000 (infrastructure reduction)
Payback: 5 years
ORGANIZATIONAL IMPACT:
Resources: 27 people over 12 months
Budget: £1,250,000
Skills needed: SAP Cloud, Event-driven patterns, Kafka
Training required: 2 weeks per person
Ask: "Compare with alternatives? (Y/n)"
If YES:
Alternative A: Vendor X SaaS
- Cost: Low (£300k/year)
- Timeline: 3 months
- Complexity: Low
- Flexibility: Limited
Alternative B: Keep current, add analytics tools
- Cost: £150k/year (tooling)
- Timeline: 6 months
- Complexity: Low
- Flexibility: High
Recommended: [Select which]
Ask: "Add decision criteria? (Y/n)"
If YES:
Go/No-Go Criteria:
GREEN LIGHT (Proceed):
- Budget secured
- Architecture approved
- Team available
- Executive sponsorship
YELLOW LIGHT (Conditions):
- Budget reduced (adjust scope)
- Timeline extended (resource constraints)
- Pilot approach (smaller initial scope)
RED LIGHT (Hold/Reject):
- SAP readiness < 40%
- Budget unavailable
- Key resources unavailable
Recommended: GREEN (full implementation)
Approval Status: Proposed
type: Scenario
title: "{{name}}"
scenarioId: "SCEN-{{name|sanitize}}-001"
scenarioType: {{type}}
version: "1.0"
createdDate: 2026-01-14
owner: "[[Person - {{user}}]]"
baselineArchitecture: "[[Architecture - {{baseline}}]]"
timeframe: {{timeframe}}
systemsAdded: [{{systems}}]
systemsRemoved: [{{systems}}]
systemsModified: [{{systems}}]
integrationsAdded: [{{integrations}}]
integrationsRemoved: [{{integrations}}]
integrationsModified: [{{integrations}}]
recommendedApproach: {{recommended}}
decisionStatus: proposed
confidence: medium
freshness: current
verified: false
created: 2026-01-14
tags: [type/scenario, {{type|lower}}]
Filename: Scenario - {{name}}.md
Location: Vault root
Output:
✅ Created: Scenario - {{name}}.md
Scenario Type: {{type}}
Status: {{status}}
Recommendation: {{recommended}}
Baseline: [[Architecture - {{baseline}}]]
Systems impacted: {{count}}
Integrations changed: {{count}}
Estimated cost: {{cost}}
Timeline: {{timeline}}
Next steps:
1. Review with stakeholders
2. Get executive approval: /decision {{scenario}}
3. Create project: /project {{scenario}}
4. Develop detailed plan: /architecture --type lld
User: /scenario "SAP Cloud Migration"
Scenario Type (default: future-state):
> future-state
Baseline Architecture:
> [[Architecture - Current State HLD]]
Systems being added:
> SAP S/4HANA Cloud
> SAP Event Mesh
Systems being removed:
> SAP LegacyEngineeringSystem (legacy)
Integration changes:
> Add event-driven SAP Cloud → DataPlatform
> Remove batch SAP → DataPlatform
Impact Analysis? (Y/n)
> y
Business Impact:
Benefits:
> Real-time data, faster decisions, reduced reporting lag
Risks:
> Migration disruption, higher costs, learning curve
Cost Impact:
Implementation: 1,250,000
Annual Savings: 250,000
Timeline? (Y/n)
> y
Phase 1 (Q1 2026): Planning (3 months)
Phase 2 (Q2 2026): SAP Cloud migration (3 months)
Phase 3 (Q3-Q4 2026): Integration modernization (4 months)
Compare with alternatives? (Y/n)
> y
Alternative A: Keep current, add tools (£150k, 6 months)
Alternative B: Vendor X SaaS (£300k, 3 months)
✅ Created: Scenario - SAP Cloud Migration.md
Status: Proposed
Recommendation: Proceed (GREEN light)
Next: Review with stakeholders and get approval
tools
--- context: fork --- # /youtube Save a YouTube video as both a Weblink (quick reference) and a detailed Page (full analysis). ## Usage ``` /youtube <url> /youtube <url> <optional title override> ``` ## Examples ``` /youtube https://www.youtube.com/watch?v=0TpON5T-Sw4 /youtube https://youtu.be/abc123 AWS re:Invent Keynote ``` ## Prerequisites This skill uses the MCP Docker YouTube tools: - `mcp__MCP_DOCKER__get_video_info` - Video metadata - `mcp__MCP_DOCKER__get_transcript` - Full trans
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Create and manage git worktrees for parallel agent sessions
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--- context: fork --- # /wipe Generate a context handoff summary, clear the session, and resume in a fresh conversation. Detects environment and provides automated (tmux) or manual workflow. ## Usage ``` /wipe /wipe quick # Minimal handoff, just essentials /wipe detailed # Comprehensive handoff with full context ``` ## Instructions When the user invokes `/wipe`: ### Phase 1: Detect Environment First, check the terminal environment: ```bash echo "Environment Detection:"
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--- context: fork --- # /weekly-summary Generate comprehensive weekly summary from daily notes, meetings, tasks, and project updates using parallel sub-agents. ## Usage ``` /weekly-summary /weekly-summary --last-week /weekly-summary --from 2026-01-01 --to 2026-01-07 /weekly-summary --output page # Create Page note instead of just outputting ``` ## Instructions This skill uses **5 parallel sub-agents** to gather data concurrently from different vault areas, then synthesizes a comprehensi