supply

name: supply description: Supply Chain & Procurement skills — network design, sourcing strategy, s&op process design, supplier risk map, and more. Apply when the engagement scope includes supply chain & procurement work or the consultant references supply chain, sourcing, procurement.

SUPPLY — Supply Chain & Procurement

Capability overview

Code: SUPPLY Full name: Supply Chain & Procurement Description: Supply chain strategy, sourcing, logistics, supplier risk, S&OP, network optimization.

Skills index

Skill 1: Network Design

Command: /cps-supply:network-design

Purpose

Optimize supply network footprint (DCs, plants, suppliers) for cost-to-serve.

Inputs required

client:
  name: "Client Name"
  industry: "Industry"
context:
  scope: "in-scope description"
  constraints: ["constraint 1", "constraint 2"]
references:
  - "Prior deliverable / document name"
  - "External benchmark / source"

Methodology

1. Frame. Translate client request into a structured problem statement and hypotheses.
2. Gather. Pull data from engagement brain, client documents, and external sources.
3. Analyze. Apply the Network Design method using domain frameworks (see Frameworks section of the agent).
4. Synthesize. Produce primary deliverable with recommendations, evidence, and risks.
5. Validate. Run /cps:verify-quality and pass through Network design solutions consider 3+ scenarios (cost, service, resilience).

Output shape

A CPS-branded Network Design deliverable in 05_Deliverables_Final/. Pyramid-Principle structured, sourced, and reviewed.

Quality checklist

• Network design solutions consider 3+ scenarios (cost, service, resilience)
• Sourcing strategy uses Kraljic and TCO, not just unit price
• S&OP design has explicit monthly cadence, decision rights, KPIs (forecast accuracy, fill rate)

Skill 2: Sourcing Strategy

Command: /cps-supply:sourcing-strategy

Purpose

Develop category sourcing strategy using Kraljic matrix; supplier consolidation analysis.

Inputs required

client:
  name: "Client Name"
  industry: "Industry"
context:
  scope: "in-scope description"
  constraints: ["constraint 1", "constraint 2"]
references:
  - "Prior deliverable / document name"
  - "External benchmark / source"

Methodology

1. Frame. Translate client request into a structured problem statement and hypotheses.
2. Gather. Pull data from engagement brain, client documents, and external sources.
3. Analyze. Apply the Sourcing Strategy method using domain frameworks (see Frameworks section of the agent).
4. Synthesize. Produce primary deliverable with recommendations, evidence, and risks.
5. Validate. Run /cps:verify-quality and pass through Network design solutions consider 3+ scenarios (cost, service, resilience).

Output shape

A CPS-branded Sourcing Strategy deliverable in 05_Deliverables_Final/. Pyramid-Principle structured, sourced, and reviewed.

Quality checklist

• Network design solutions consider 3+ scenarios (cost, service, resilience)
• Sourcing strategy uses Kraljic and TCO, not just unit price
• S&OP design has explicit monthly cadence, decision rights, KPIs (forecast accuracy, fill rate)

Skill 3: S&OP Process Design

Command: /cps-supply:sop

Purpose

Stand up integrated S&OP / IBP process with monthly cadence.

Inputs required

client:
  name: "Client Name"
  industry: "Industry"
context:
  scope: "in-scope description"
  constraints: ["constraint 1", "constraint 2"]
references:
  - "Prior deliverable / document name"
  - "External benchmark / source"

Methodology

1. Frame. Translate client request into a structured problem statement and hypotheses.
2. Gather. Pull data from engagement brain, client documents, and external sources.
3. Analyze. Apply the S&OP Process Design method using domain frameworks (see Frameworks section of the agent).
4. Synthesize. Produce primary deliverable with recommendations, evidence, and risks.
5. Validate. Run /cps:verify-quality and pass through Network design solutions consider 3+ scenarios (cost, service, resilience).

Output shape

A CPS-branded S&OP Process Design deliverable in 05_Deliverables_Final/. Pyramid-Principle structured, sourced, and reviewed.

Quality checklist

• Network design solutions consider 3+ scenarios (cost, service, resilience)
• Sourcing strategy uses Kraljic and TCO, not just unit price
• S&OP design has explicit monthly cadence, decision rights, KPIs (forecast accuracy, fill rate)

Skill 4: Supplier Risk Map

Command: /cps-supply:supplier-risk

Purpose

Map supplier concentration, geopolitical exposure, financial health.

Inputs required

client:
  name: "Client Name"
  industry: "Industry"
context:
  scope: "in-scope description"
  constraints: ["constraint 1", "constraint 2"]
references:
  - "Prior deliverable / document name"
  - "External benchmark / source"

Methodology

1. Frame. Translate client request into a structured problem statement and hypotheses.
2. Gather. Pull data from engagement brain, client documents, and external sources.
3. Analyze. Apply the Supplier Risk Map method using domain frameworks (see Frameworks section of the agent).
4. Synthesize. Produce primary deliverable with recommendations, evidence, and risks.
5. Validate. Run /cps:verify-quality and pass through Network design solutions consider 3+ scenarios (cost, service, resilience).

Output shape

A CPS-branded Supplier Risk Map deliverable in 05_Deliverables_Final/. Pyramid-Principle structured, sourced, and reviewed.

Quality checklist

• Network design solutions consider 3+ scenarios (cost, service, resilience)
• Sourcing strategy uses Kraljic and TCO, not just unit price
• S&OP design has explicit monthly cadence, decision rights, KPIs (forecast accuracy, fill rate)

Skill 5: Logistics Cost Model

Command: /cps-supply:logistics-cost

Purpose

Build logistics cost model and identify mode/route optimization opportunities.

Inputs required

client:
  name: "Client Name"
  industry: "Industry"
context:
  scope: "in-scope description"
  constraints: ["constraint 1", "constraint 2"]
references:
  - "Prior deliverable / document name"
  - "External benchmark / source"

Methodology

1. Frame. Translate client request into a structured problem statement and hypotheses.
2. Gather. Pull data from engagement brain, client documents, and external sources.
3. Analyze. Apply the Logistics Cost Model method using domain frameworks (see Frameworks section of the agent).
4. Synthesize. Produce primary deliverable with recommendations, evidence, and risks.
5. Validate. Run /cps:verify-quality and pass through Network design solutions consider 3+ scenarios (cost, service, resilience).

Output shape

A CPS-branded Logistics Cost Model deliverable in 05_Deliverables_Final/. Pyramid-Principle structured, sourced, and reviewed.

Quality checklist

• Network design solutions consider 3+ scenarios (cost, service, resilience)
• Sourcing strategy uses Kraljic and TCO, not just unit price
• S&OP design has explicit monthly cadence, decision rights, KPIs (forecast accuracy, fill rate)

Cross-skill workflows

Discovery → /cps-supply:network-design → /cps-supply:sourcing-strategy → Recommendations

Integration with other CPS plugins

Templates & artifacts

All deliverables use standard CPS branding via:

• /doc-gen for document generation
• assets/cps-branding.json for styling
• scripts/cps-document-generator.js for automation