How OORJAA Helped a Leading Automotive OEM Improve Logistics Planning & Vehicle Utilization
Anjani Sonali Soreng and Aakash Durgawanshi
From fragmented supplier coordination to a technology-enabled transportation ecosystem - how a centralized control tower turned chaotic daily dispatch into a predictable, high-utilization logistics network.
Automotive manufacturing runs on precision. A single missed pickup at a supplier gate can ripple into a stalled production line hours later. For one leading Automotive OEM, that precision was slipping - not because the factory floor was inefficient, but because the logistics network feeding it was fragmented, manual, and increasingly unpredictable.
Here's how OORJAA partnered with the OEM to rebuild its logistics operating model from the ground up - and the measurable impact it had within months.
01 · The Challenge
Logistics inefficiencies were creating capacity & cost challenges
The OEM ran a large cross-dock network - dozens of suppliers and daily vehicle movements feeding a single plant gate. But behind the scenes, planning kept breaking down in six distinct ways:
Fragmented communication - Supplier coordination was split across calls, messages, and email threads, with no single source of truth.
Delayed confirmations - Late supplier responses made daily dispatch plans unreliable from the moment they were published.
Vehicle shortages - Planning inaccuracies routinely left loads waiting without trucks to carry them.
Overloaded trucks - Capacity breaches disrupted deployment plans and created compliance risk.
Re-pickups & poor routing - Missed pickups forced repeat trips, inflating the effective cost per kilogram moved.
Low dispatch visibility - There was no real-time view of order status once vehicles left the gate.
02 · OORJAA's Approach
Technology, transportation planning & on-ground operations — combined
Rather than solving only the software layer, OORJAA redesigned the logistics operating model around a single control tower, built on three pillars working together:
Pillar 1 - Logistics Planning
Demand visibility across every supplier and order in the network.
Centralized supplier coordination, replacing calls and scattered messages.
Structured dispatch planning built on real data, not guesswork.
Pillar 2 - Transportation Optimization
Vehicle deployment planning matched to actual daily load.
Dynamic capacity allocation to prevent shortages and overloading.
Milk-run design to consolidate multiple pickups into single trips.
Pillar 3 - Technology Visibility
A digital ordering platform connecting suppliers and planners.
Real-time tracking of every vehicle and load in transit.
End-to-end monitoring from dispatch to plant-gate delivery.
"One Integrated system for planning, execution, and transportation visibility"
03 · Execution & Optimization
From manual coordination to intelligent logistics execution
A centralized operating framework changed how every load, route, and vehicle was planned. The clearest example is what happened to routing itself.
Smart Vehicle Deployment
The right vehicle was matched to the right load.
Under-utilization dropped as capacity was planned against real demand.
Overloading was reduced, protecting compliance and vehicle safety.
Milk-Run Optimization
More supplier pickups were consolidated into each trip.
Route consolidation replaced the old crossing, overlapping routes.
Transportation costs came down as trips became more efficient.
Supply Chain Visibility
Real-time order and dispatch status became visible to every stakeholder.
Digital proof of pickup and delivery replaced manual confirmation.
Accountability improved across suppliers, drivers, and the plant.
04 · Results & Impact
Unlocking higher logistics efficiency through better planning
Within months of deploying OORJAA's logistics control tower, the numbers told a clear story:
752 supplier touchpoints are now managed every month through one system.
11.8 lakh kg of material moves through the network every month, fully tracked.
666 trips are planned and tracked end-to-end each month.
Vehicle utilization climbed from 65% to 90%.
Beyond the headline numbers, the OEM saw broader business impact:
Improved transportation planning across the entire supplier network.
Better vehicle deployment decisions, made on real-time data.
End-to-end visibility across the supply chain, from order to delivery.
Reduced routing inefficiencies, cutting repeat pickups and idle capacity.
Stronger supplier coordination, replacing fragmented communication.
A scalable logistics foundation ready to support future growth.
