Logistics Systems & Technology: Building the Digital Infrastructure Behind Modern Logistics

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Logistics Systems & Technology: Building the Digital Infrastructure Behind Modern Logistics

Author: Mason Redfield

Description: What separates a logistics operation that handles 1,000 orders a day from one that handles a million? The answer is not just more trucks or bigger warehouses—it is the digital infrastructure that enables real-time decisions, seamless integration, and predictive intelligence. Most logistics professionals understand the physical side, but the technology stack behind the scenes remains opaque. This book pulls back the curtain. Logistics Systems & Technology: Building the Digital Infrastructure Behind Modern Logistics by Mason Redfield provides a comprehensive, non-technical guide to the software systems, identification technologies, automation, and data platforms that define modern logistics. Unlike technical manuals, it explains how order management (OMS), warehouse management (WMS), transportation management (TMS), tracking systems, and AI work together to create a scalable, visible, and efficient supply chain. The book is structured around six operational layers, each addressing a critical piece of the puzzle. It starts with the digital transformation that forced logistics to evolve, then dives into the core systems that manage orders and inventory. From there, it covers how shipments are planned, tracked, and verified, and how barcodes, RFID, and robotics eliminate manual friction. Later chapters explore data platforms and artificial intelligence that enable predictive optimization, and finally, the future of logistics platforms and autonomous systems. Key insights you will gain: • Demystify core systems: OMS, WMS, TMS and how they exchange data in real time. • Understand how automation—from barcodes to robotics—scales throughput without sacrificing accuracy. • Leverage data analytics and AI to forecast demand, optimize routes, and reduce costs. This book is written for logistics operations managers, supply chain analysts, technology decision-makers, and business leaders who need to evaluate or implement logistics technology. It assumes no coding or engineering background, only a basic familiarity with logistics operations. By the end, readers will have a clear framework to map their own technology stack, identify integration gaps, and prioritize investments that deliver real operational impact.

AI summary: A practical guide to the digital infrastructure of modern logistics, covering OMS, WMS, TMS, tracking, barcodes, RFID, warehouse automation, data platforms, and AI. Written for non-technical professionals seeking to evaluate and implement technology investments.

Cocok untuk

Logistics operations managers, supply chain analysts, technology decision-makers, business leaders, and university students in supply chain or logistics technology programs.

Persona pembaca

A logistics operations manager struggling to understand which systems integrate best and how to scale from thousands to millions of orders daily.

Niat pencarian

Finding a practical, non-technical book that explains how OMS, WMS, TMS, automation, and AI work together in modern logistics.

Jenis konten

professional guide

Key topics: Order Management Systems, Warehouse Management Systems, Transportation Management Systems, Tracking and Visibility, Barcode and RFID, Warehouse Automation, IoT and Smart Warehouses, Data Platforms and Analytics, AI in Logistics, Logistics Platforms and Future Trends

Daftar isi

1. Introduction: Author's Note & Reading Guide (introduction)
2. The Digital Transformation of Logistics (part)
3. Why Technology Changed Logistics (chapter)
4. From Paper to Digital Operations (section)
5. The Rise of E-Commerce (section)
6. Customer Expectations (section)
7. Data-Driven Logistics (section)
8. The Digital Supply Chain (section)
9. The Logistics Technology Ecosystem (chapter)
10. Core Systems (section)
11. Data Flows (section)
12. System Integration (section)
13. Visibility Platforms (section)
14. Technology Architecture (section)
15. How Modern Logistics Systems Work Together (chapter)
16. Order Flow (section)
17. Inventory Flow (section)
18. Shipment Flow (section)
19. Information Flow (section)
20. End-to-End Visibility (section)
21. Order and Inventory Systems (part)
22. Order Management Systems (OMS) (chapter)
23. Order Lifecycle (section)
24. Order Routing (section)
25. Multi-Channel Commerce (section)
26. Fulfillment Logic (section)
27. OMS Architecture (section)
28. Warehouse Management Systems (WMS) (chapter)
29. Inventory Tracking (section)
30. Location Management (section)
31. Picking Workflows (section)
32. Packing Workflows (section)
33. WMS Architecture (section)
34. Inventory Visibility Systems (chapter)
35. Real-Time Inventory (section)
36. Multi-Warehouse Visibility (section)
37. Stock Synchronization (section)
38. Inventory Analytics (section)
39. Inventory Accuracy (section)
40. Enterprise Integration (chapter)
41. ERP Integration (section)
42. E-Commerce Platforms (section)
43. Marketplace Integration (section)
44. Supplier Systems (section)
45. Data Synchronization (section)
46. Transportation and Tracking (part)
47. Transportation Management Systems (TMS) (chapter)
48. Route Planning (section)
49. Fleet Management (section)
50. Carrier Management (section)
51. Transportation Analytics (section)
52. TMS Architecture (section)
53. Tracking Systems (chapter)
54. Shipment Tracking (section)
55. Event Tracking (section)
56. Customer Visibility (section)
57. Delivery Monitoring (section)
58. Tracking Platforms (section)
59. Proof of Delivery Systems (chapter)
60. Delivery Confirmation (section)
61. Photo Verification (section)
62. Signature Capture (section)
63. Video Verification (section)
64. Fraud Prevention (section)
65. Last-Mile Technology (chapter)
66. Driver Applications (section)
67. Route Optimization (section)
68. Delivery Intelligence (section)
69. Customer Communication (section)
70. Last-Mile Platforms (section)
71. Identification and Automation (part)
72. Barcode Systems (chapter)
73. Barcode Fundamentals (section)
74. Scanning Workflows (section)
75. Operational Accuracy (section)
76. Inventory Tracking (section)
77. Logistics Applications (section)
78. QR Codes and RFID (chapter)
79. QR Technologies (section)
80. RFID Systems (section)

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