Case Study: How IP Used Distributed Warehousing to Optimise a Customer’s Distribution Network
Updated: Oct 9
Introduction: A Growing Network, A Changing Logistics Need
Business growth often changes the way a supply chain needs to operate.
For one of IP Integrated Services' key customers, increasing business volumes were placing greater pressure on its central warehouse.
The facility had traditionally served as the primary point for inventory storage and dispatch across a growing network of delivery locations.
As the network expanded, however, the customer faced a practical challenge.
Some delivery locations were becoming increasingly distant from the central warehouse. More inventory was also being handled through the same facility.
The obvious solution was to increase the capacity of the existing warehouse.
But IP Integrated Services looked at the situation from a broader supply chain perspective.
With experience in
3PL,
4PL,
transportation and
integrated logistics solutions,
IP assessed not only how much inventory the customer needed to store, but also where that inventory needed to be positioned.
The answer was Distributed Warehousing.
The Challenge: More Inventory, Longer Distribution Routes
The customer's central warehouse was supporting delivery requirements across a geographically expanding network.
This created two connected challenges:
Growing inventory volumes were increasing pressure on warehouse capacity.
Longer distances to certain markets were increasing transportation requirements for both primary and secondary distribution.
Simply expanding the existing facility could provide more storage space. It would not, however, reduce the distance between the inventory and distant delivery points.
The customer therefore needed to look beyond warehouse capacity.
The key question was:
Could inventory be positioned closer to where it was needed?
IP's Approach: Rethinking Where Inventory Should Be Stored
IP approached the requirement as a distribution network optimisation exercise.
The team assessed the customer's geographical delivery footprint and looked at how inventory was moving from the central warehouse to different markets.
The solution was to move from a highly centralised model towards Distributed Warehousing, with strategically located warehouses closer to key markets.
The objective was not simply to create more warehouses.
It was to create a network where inventory could be positioned closer to demand and distribution distances could be reduced.
This approach addressed both sides of the logistics equation:
Closer markets + shorter distribution distances + better warehouse positioning.
The Cost Equation: Why More Warehouses Can Reduce Total Logistics Cost
At first glance, Distributed Warehousing appears to increase costs.
More warehouses mean additional warehousing expenses.
But the overall logistics cost needs to be viewed as a combination of transportation and warehousing costs, rather than looking at warehouse cost in isolation.
As a broad industry thumb rule, logistics cost can be viewed approximately as:
Transportation (TPT): 65–75%
Warehousing: 20–25%
The exact split varies by business, product, geography and operating model. However, the principle remains important.
When inventory moves from a centralised warehouse to strategically positioned facilities, warehousing costs can increase while transportation costs decrease.
This happens because delivery distances become shorter.
With shorter distances for both primary and secondary distribution, the reduction in transportation expenditure can compensate for the additional warehousing cost.
As volumes increase, this network effect can become even more significant.
In other words, the objective is not to minimise warehouse cost alone.
It is to optimise the total logistics cost.
That changes the business case for Distributed Warehousing.
The customer can have:
Multiple warehouses closer to markets
Shorter transportation distances
Better market coverage
Greater distribution flexibility
And, at the right volumes and network design, lower overall logistics costs
It becomes a win-win proposition.
How We Implemented the Distributed Warehousing Model in Place
1. Strategic Warehouse Placement
The first step was identifying locations that could support the customer's delivery network more efficiently.
IP considered the geographical location of delivery points and the movement of inventory from the central facility.
Additional warehouses were established in nearby strategic locations to support specific delivery clusters.
This created multiple inventory points while retaining the central warehouse as an important part of the network.
2. Inventory Distribution by Geography
Inventory was then distributed across the warehouse network based on the geographical location of delivery points.
Products required for particular areas could be positioned closer to those destinations.
This reduced the need for every order to originate from the central warehouse.
Where appropriate, deliveries could be supported by the facility that was geographically closer to the destination.
3. Integration With Distribution Operations
The new warehouse structure was integrated with the customer's broader transportation and distribution operations.
This was important because warehousing and transportation cannot be planned effectively in isolation.
Where inventory is stored can influence:
Transportation distance
Distribution requirements
Delivery timelines
Inventory movement
Service coverage
By considering these elements together, IP created a more connected logistics network for the customer.
The Result: A More Geographically Aligned Supply Chain
The Distributed Warehousing model gave the customer additional logistics capacity without relying solely on continuous expansion of its central warehouse.
Positioning inventory closer to relevant delivery locations helped improve the efficiency of selected distribution routes.
The customer benefited from:
Shorter transportation distances for deliveries served through strategically located warehouses.
Better distribution cost control through more efficient movement across selected routes.
Faster delivery support by reducing the distance between inventory and delivery destinations.
Improved geographical reach through multiple strategically positioned inventory points.
Reduced pressure on the central warehouse by distributing part of the inventory requirement across the network.
The change also gave the customer greater flexibility in managing its expanding distribution footprint.
Instead of treating the central warehouse as the answer to every new requirement, the business could consider inventory positioning as part of its wider supply chain strategy.
The Bigger Lesson
The project demonstrated an important principle in modern logistics.
Adding warehouse capacity is not always the same as improving distribution capacity.
For this customer, the challenge was not only how much inventory could be stored.
It was also how efficiently that inventory could reach an expanding network of delivery locations.
Distributed Warehousing addressed both considerations by combining strategic warehouse placement with geographical inventory distribution.
It also highlighted the value of an integrated logistics approach.
An experienced 3PL logistics company does more than provide storage and dispatch services.
Effective logistics planning requires understanding how
warehousing,
transportation,
inventory and
distribution work together.
That is where IP Integrated Services' 3PL and 4PL logistics solutions support businesses with evolving supply chain requirements.
Conclusion: Building a Network That Supports Growth
The customer's initial requirement appeared to be a warehouse-capacity challenge.
IP's approach revealed a broader opportunity: redesign the distribution network around the geography of demand.
Through Distributed Warehousing, additional facilities were strategically positioned to bring inventory closer to relevant delivery locations.
This helped
reduce transportation distances,
support faster deliveries,
improve service reach and
reduce pressure on the central warehouse.
The result was not simply more warehouse space.
It was a more strategically structured distribution network.
For businesses experiencing rising volumes, expanding delivery territories or increasing pressure on a central warehouse, the right solution may involve rethinking where inventory is positioned rather than simply adding more space.
IP Integrated Services provides
3PL,
4PL,
warehousing,
transportation and
integrated supply chain solutions
designed around the operational requirements of growing businesses.
Looking to bring inventory closer to your markets while controlling total logistics costs?
Talk to IP Integrated Services about designing a Distributed Warehousing network for your business.
You should explore these case studies also:
Email: customerservice@ipispl.in
Contacts: +91-124-4224834
+91-124-4224835
+91-124-4224836
+91-124-4224837
About the Author
Shraddha Srivastava is a logistics and supply chain specialist with expertise in warehousing, third-party logistics (3PL), transportation, contract logistics, and end-to-end supply chain solutions across industries including FMCG, manufacturing, automotive, retail, e-commerce, and industrial goods. She specializes in analyzing logistics challenges, industry trends, and operational strategies to create practical, research-backed insights for supply chain leaders and business decision-makers. Her work focuses on helping organizations optimize logistics operations, improve supply chain resilience, and build scalable, cost-efficient networks that support long-term business growth.
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