In modern corporate management, it has become extremely difficult to maintain an increasingly complex supply chain using only in-house resources. Therefore, when formulating a cutting-edge logistics facility plan, determining to what extent to own facilities in-house and what to outsource to specialized external companies (outsourcing strategy) is the first step of the project.
In this chapter, we unravel the evolutionary history of outsourcing—starting from in-house logistics to 1PL, 2PL, and 3PL—and thoroughly explain, using diagrams, the mechanism of "joint logistics", which is currently the most important issue in the logistics industry, and its impact on logistics facility planning.
Depending on how a company manages its logistics operations and to whom it outsources them, the form of logistics has significantly evolved from "1PL" to "3PL," and further to "4PL." In each form, the primary entity constructing the system and the scope of operational responsibility differ.
Format: The most traditional format where the shipper (companies themselves, such as manufacturers or retailers) builds and owns logistics systems like warehouses using their own capital. Logistics operators (such as transport companies) merely undertake "practical tasks (like transport by truck)" under the constructed system.
Challenge: While there is the merit of accumulating unique know-how, the fixed costs (depreciation expenses) required to build and maintain massive warehouses in-house squeeze management. Moreover, it is difficult to respond flexibly to volume fluctuations (the difference between slow and busy seasons), and this increasingly becomes a burden in modern fast-paced business expansion.
Format: Taking one step forward from 1PL, this is a format where the logistics operator (warehouse company or transport company) builds and owns logistics systems such as warehouses with its own funds. However, the entire system is not completely left to the outside; the logistics department and some logistics facilities of the shipper company remain in-house.
Challenge: Operational areas tend to overlap between the shipper and the logistics operator, and the location of systems and responsibilities often becomes ambiguous. It can be called a transitional model.
Format: This is the mainstream model today. The shipper scales down or abolishes its in-house logistics department and comprehensively outsources its logistics operations to a logistics operator (3PL provider). The 3PL operator not only builds and owns the optimal logistics system itself, but also single-handedly undertakes all logistics functions, from daily center operation to transport and delivery management.
Merits: The shipper avoids having to hold huge fixed assets like warehouses (off-balancing), allowing them to centrally invest the freed-up management resources into their true core business (product development and sales). Even in logistics facility planning for launching a new hub, by utilizing the specialized know-how of the 3PL operator, it becomes possible to speedily build an advanced center equipped with the latest automated facilities.
A format that adds an advanced consulting function by stepping into upstream areas such as "business planning (product R&D, sales forecasting, production planning/manufacturing, marketing & sales)" and "general information management (administrative processing)" in addition to the "basic logistics operations," "ancillary logistics operations," and "information management" provided by 3PL is called "4PL." It is the ultimate partner that drives the optimization of the entire supply chain from the same perspective as upper management.
Even though we say 3PL in a word, the fields they excel in differ depending on what kind of business the company originally evolved from (its origins).
While the logistics efficiency of individual companies has progressed with the spread of 3PL, the social challenges of recent times, such as the "2024 problem (severe driver shortage)" and the "demand for carbon neutrality (CO2 emission reduction)," can no longer be solved by the efforts of a single company alone. Therefore, what is currently being promoted across the industry is "joint logistics (joint delivery)."
In traditional logistics, each manufacturer or wholesaler arranged their own trucks and headed out individually to deliver to stores like retail supermarkets. However, this causes multiple trucks with mostly empty beds to arrive at the same store, leading to congestion while waiting to unload (waiting time problem).
In joint logistics, multiple companies such as "Food Manufacturer A and B" and "Food Wholesaler C and D" consolidate their cargo into a single system (joint distribution center) using their mutual "business format, route, and region" as a key. Then, these cargos are mixed and delivered together in a single truck to "Food Retailer E (supermarket, etc.)."
The leading role in adjusting the interests among these complex stakeholders and running the actual operations is the logistics operator (transport company, etc.) that actually owns the means of transport (truck network). They are not merely transporters, but 3PL providers with advanced information systems, and they strongly assume the role of "joint delivery operator (the coordinator of joint delivery)."
Inside a joint distribution center, not only are goods physically moved, but the "transfer of ownership" in the data occurs in real time.
💡 Impact on New Logistics Facility Planning
In this way, when a logistics operator functions as an advanced 3PL and as a joint delivery operator, the nature of the hub changes fundamentally. In future logistics facility planning, it becomes a mandatory requirement to design a "large-scale, diverse, and multi-functional" distribution center specification to simultaneously process the cargo and information of multiple companies, rather than merely a storage shed.