システム統合による10倍スケールの設計

中堅物流企業がシステム再設計とAI統合を通じて、人員を比例増加させることなく10倍の運用規模を達成した方法。

A regional logistics provider with $50M annual revenue faced a critical challenge: rapid market expansion demanded 10x throughput capacity, but traditional scaling (more warehouses, more staff) was economically unviable.

Our assessment revealed severe digital entropy: 17 disconnected software systems, manual data reconciliation consuming 40% of operations staff time, and decision latency of 24-48 hours for routing optimization. The organization was operating as a collection of parts, not a coherent system.

Rather than replacing systems piecemeal, we designed a unified data layer with AI-powered orchestration. Key interventions: (1) Event-driven architecture connecting all systems, (2) Real-time ML models for demand prediction and routing, (3) Autonomous exception handling for 80% of standard issues.

12 months post-implementation: 10.2x throughput increase, 15% headcount reduction (redeployed to strategic roles), 92% reduction in decision latency, 34% improvement in customer satisfaction scores.

システム統合による10倍スケールの設計 | ケーススタディ | Mercury Labs & Systems | Mercury Labs & Systems