• Defining the Logistics Organization and the Most Suitable Network to Meet your Markets and their Needs
  • Developing Appropriate Distribution Channels to Accelerate your Flows and Strengthen your Customer Engagement
  • Setting up Robust Processes to Increase Responsiveness and Speed Up your Response to Market Fluctuations (Suppliers & Customers)
  • Streamlining and Accelerating Collaboration Between Stakeholders in the Extended Supply Chain
  • Supply Chain Diagnosis / Data Readiness Assessment
  • Supply Chain Network Design
  • Flow Strategy
  • Supply Chain Organization / Control Tower
  • Dynamic Storage / Order Management System
  • Automatic Restocking and Process Automation

Improving Responsiveness and Securing Availability

  • Mapping Physical and Informational Flows to Know the Full Operational Costs and Adapt the Offer/Service to the Right Level of your Customers’ Needs
  • Defining the Optimal Organization Allowing the Management of Costs at Global, Regional and Local Levels
  • Improving Inventory Turnover and Minimizing Working Capital (Materials, Work in Progress, Finished Products)
  • Building the Service Offer by Adjusting Logistics Operations
  • Planning / S&OP & Master Production Schedule
  • Manufacturing Resource Planning / DDMRP
  • Scheduling / Pull and Push Flows
  • Data Management / Process Automation
  • Storage Strategy and Supply Management
  • Warehousing and Logistics Operations Management

Optimizing Full Costs

  • Developing Efficient Customer-Supplier Interfaces for a Collaborative and Agile Supply-Chain
  • Managing the Flows of Internal and External Partners to Drive Overall Performance
  • Digitizing the Flow of Information to Manage the Entire Value Chain and Enhance your Supply-Chain on the Market
  • Risk Management
  • Key Indicators for Strategic, Tactical and Operational Supply Chain Management
  • Control Tower / Dedicated Dashboards and Rules

Providing End-to-End Visibility

  • Eliminating Waste Throughout the Value Chain, Including Product Returns
  • Limiting  “Break Bulk” and the Overall Environmental Impact by Network Design
  • Reducing the Environmental Impact of Physical Flows
  • Adapting the Value Proposition of Traditional Supply Chains to the Duplication of Distribution Channels and e-Commerce
  • Monitoring and Securing Physical Flows in Connection with the Duty of Care
  • Performance Diagnosis and Lean Supply Chain Implementation
  • Differentiated Supply Chain Minimizing the Last Mile Footprint
  • Return Flows with Limited Environmental Impact Solutions Management
  • Supplier Traceability Systems Implementation
  • Supply Chain Value Proposition Renewal Process Integrating CSR Issues

Limiting Global Impact

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