Babysitter cost-to-serve-analyzer

Supply chain cost-to-serve analysis skill by customer, product, or channel

install

source · Clone the upstream repo

git clone https://github.com/a5c-ai/babysitter

Claude Code · Install into ~/.claude/skills/

T=$(mktemp -d) && git clone --depth=1 https://github.com/a5c-ai/babysitter "$T" && mkdir -p ~/.claude/skills && cp -r "$T/library/specializations/domains/business/supply-chain/skills/cost-to-serve-analyzer" ~/.claude/skills/a5c-ai-babysitter-cost-to-serve-analyzer && rm -rf "$T"

manifest: library/specializations/domains/business/supply-chain/skills/cost-to-serve-analyzer/SKILL.md

Cost-to-Serve Analyzer

Overview

The Cost-to-Serve Analyzer provides detailed supply chain cost analysis by customer, product, or channel. It applies activity-based costing principles to allocate supply chain costs accurately, enabling profitability analysis and cost optimization decisions.

Capabilities

Activity-Based Costing Allocation: Cost driver-based allocation
Procurement Cost Assignment: Purchase and sourcing cost allocation
Inventory Carrying Cost Calculation: Working capital cost attribution
Logistics and Transportation Costing: Freight and distribution costs
Service Cost Attribution: Customer service and support costs
Profitability Analysis by Segment: Customer/product/channel profitability
Cost Driver Identification: Key cost influencer analysis
Optimization Recommendations: Cost reduction opportunities

Input Schema

cost_to_serve_request:
  analysis_dimensions:
    by_customer: boolean
    by_product: boolean
    by_channel: boolean
  cost_data:
    procurement_costs: object
    manufacturing_costs: object
    logistics_costs: object
    inventory_costs: object
    service_costs: object
    overhead_costs: object
  activity_data:
    order_volumes: object
    shipment_data: object
    service_interactions: object
  revenue_data: object
  allocation_rules:
    cost_drivers: array
    allocation_bases: object
  analysis_period:
    start_date: date
    end_date: date

Output Schema

cost_to_serve_output:
  cost_allocation:
    by_customer: array
      - customer_id: string
        revenue: float
        costs:
          procurement: float
          inventory: float
          logistics: float
          service: float
          overhead: float
          total: float
        margin: float
        margin_percent: float
    by_product: array
    by_channel: array
  profitability_analysis:
    profitable_segments: array
    unprofitable_segments: array
    profitability_distribution: object
  cost_drivers:
    key_drivers: array
    driver_sensitivity: object
  optimization_opportunities:
    recommendations: array
      - opportunity: string
        segment: string
        current_cost: float
        target_cost: float
        savings_potential: float
    total_savings_potential: float
  visualizations: object

Usage

Customer Profitability Analysis

Input: Customer revenue, allocated costs
Process: Calculate cost-to-serve by customer
Output: Customer profitability ranking with drivers

Channel Cost Comparison

Input: Multi-channel cost and revenue data
Process: Allocate costs by channel activities
Output: Channel profitability comparison

Cost Driver Analysis

Input: Detailed activity and cost data
Process: Identify and quantify cost drivers
Output: Cost driver impact analysis

Integration Points

ERP Systems: Cost data, activity data
Financial Systems: Revenue, cost accounting
Logistics Systems: Freight, distribution costs
Tools/Libraries: ABC costing models, profitability analysis

Process Dependencies

Supply Chain Cost-to-Serve Analysis
Supply Chain KPI Dashboard Development
Supply Chain Network Design

Best Practices

Establish clear cost allocation methodology
Validate cost drivers with operational teams
Use activity data for accurate allocation
Compare results across time periods
Engage sales and finance in interpretation
Link findings to actionable improvement plans