Logistics and Supply Chain Management: Definitions, Differences, and Key Processes

All successful modern-day businesses rely on an efficient system of logistics management. This refers to planning, coordinating, and executing the flow and storage of goods and services, including activities such as transportation, inventory management, order processing, warehousing, packaging, and security. The global last-mile delivery market size is expected to reach $61.57 billion by 2025, growing at a CAGR of 16.7% from 2019 to 2025. An effective logistics solution is critical for optimizing supply chain efficiency, reducing costs, improving customer satisfaction, and supporting sustainability goals. This article will provide easy insight into the world of logistics management—from the key components and challenges to tips on optimizing it for your business.

What is supply chain management?

The Council of Supply Chain Management Professionals (CSCMP) defines supply chain management as the planning and management of all activities involved in sourcing, procurement, conversion, and logistics management, as well as coordination and collaboration with channel partners. In practice, supply chain management is the broader discipline that aligns suppliers, internal operations, logistics providers, and customers around cost, service, inventory, and risk.

A practical way to understand it is through the five core processes commonly used in supply chain education:

1. Plan: forecast demand, align supply, and set inventory and service targets.
2. Source: select suppliers, manage procurement, and secure materials or finished goods.
3. Make: convert materials into products through manufacturing, assembly, or packaging.
4. Deliver: position inventory, fulfil orders, transport goods, and manage customer service.
5. Return: handle returns, repairs, recycling, recovery, and disposition.

Not all supply chain activities are logistics activities. Demand planning, supplier negotiations, procurement policy, production scheduling, and network design sit outside logistics, even though they affect logistics performance. That is why enterprise teams need both strong supply-chain coordination and strong logistics execution.

What is logistics management?

Logistics management involves the efficient and effective coordination of various tasks related to the transportation, storage, and delivery of goods, services, and information starting from the source to the end-users. This includes managing transportation, inventory, warehousing, and distribution to streamline the flow of goods and services. Logistics management is an essential part of supply chain management and is crucial in achieving operational efficiency, reducing costs, and boosting customer satisfaction. Logistics management utilizes advanced technology and data analysis to optimize logistics processes and enable informed decision-making.

The significance of logistics management in modern businesses

Logistics management is directly responsible for connecting the business to the customer and is therefore critical to modern business operations. Some of the ways in which efficient logistics management directly impacts businesses include:

Improved customer service: 73% of customers say that delivery is a critical factor in their purchase decision and 66% of logistics providers and retailers plan to offer same-day delivery by 2023, up from 51% in 2020. (Source: Zebra Technologies). Companies that can provide faster, more reliable and personalized deliveries, accurate tracking and monitoring and order fulfillment, and enhanced supply chain visibility will automatically build trust with customers and improve the business. Logistics management plays a key role in these processes.

Inventory Management: Inventory management includes forecasting demand, setting safety stock levels, monitoring inventory levels, tracking inventory movements and managing replenishment. Logistics management optimizes these functions and helps in creating an effective balance between the cost and benefits of holding inventory.

Cost savings: Effective logistics management can help companies reduce overall costs by integrating, coordinating and optimizing operations at all levels of the supply chain—improving inventory management, streamlining transportation and distribution processes, and reducing errors and delays.

Logistics management also plays a critical role in sustainability, and operational efficiency and becomes a turning point for modern businesses by giving them a competitive advantage.

How logistics and supply chain management work together

Supply chain management sets the operating model. Logistics management executes it in the real world.

A typical workflow looks like this:

1. Demand and orders enter the system through ERP, OMS, or customer channels.
2. Inventory availability is checked across plants, warehouses, dark stores, or distribution centres using ERP and WMS data.
3. Fulfilment decisions are made based on inventory position, promised service level, order priority, and delivery geography.
4. Transportation requirements move into execution systems such as TMS, dispatch tools, routing engines, or carrier platforms.
5. Constraints are evaluated including vehicle capacity, driver availability, customer time windows, refrigeration requirements, access restrictions, carrier capacity, and service-level agreements.
6. Loads, routes, and dispatch plans are created for first mile, middle mile, and last mile.
7. Drivers, carriers, or 3PL partners are assigned and instructions are sent to the field.
8. Execution is monitored in real time using tracking, status events, ETA updates, and exception alerts.
9. Proof of delivery and outcome data are captured and fed back into reporting, customer service, and future planning.
10. Performance is reviewed to improve route density, service reliability, inventory placement, and labour productivity over time.

This is why logistics and supply chain management should not be treated as separate silos. Planning decides what should happen; logistics determines whether it actually can.

The key components of logistics management

Logistics management comprises four key components and building efficiency at each of these levels and also efficiently integrating the processes renders unparalleled supply chain efficiency. These are:

Transportation: This is the physical movement of goods and products from one location to another and involves coordinating and tracking movement throughout the supply chain. This includes managing the loading and unloading of goods, tracking the status of shipments, and communicating with stakeholders throughout the transportation process.

Effective transportation management is essential for ensuring that products are delivered to the right place at the right time, while also managing costs and minimizing waste by selecting the most efficient mode of transport, managing the shipment of products, and ensuring timely delivery. The use of transportation management systems (TMS) for last-mile delivery is expected to grow at a CAGR of 16.2% between 2020 and 2027. (Source: Allied Market Research)

Warehousing: It is the storing of goods in a warehouse before they are shipped to their final destination. It includes the management of inventory levels, the selection of appropriate storage locations, and the tracking of products in and out of the warehouse. Effective warehousing management is important for ensuring that products are stored safely, efficiently, and in a way that enables easy retrieval and transportation.

Inventory Management: It refers to managing the level and movement of inventory throughout the supply chain and involves monitoring and controlling inventory levels to ensure that there is enough inventory to meet customer demand, but not so much inventory that it becomes expensive to store. Effective inventory management is important for ensuring that the right products are available at the right time and in the right quantity, minimizing waste and controlling costs.

Want to improve business performance with multi-echelon inventory management

Reverse Logistics: Reverse logistics management involves managing the flow of returned products through the supply chain. This includes the processing of returns, management of warranties, the inspection, testing, and repair or reconditioning of products, as well as the disposal of products that cannot be returned to inventory.

These components work together to ensure that goods and products are moved efficiently and effectively throughout the supply chain. Logistics management steps in to help companies optimize these supply chain operations.

Forward logistics vs reverse logistics

Flow	Main objective	Typical activities	Typical KPI focus
Forward logistics	Move goods from origin to customer efficiently and reliably	inbound transport, storage, picking, dispatch, delivery, proof of delivery	on-time delivery, OTIF, cost per stop, delivery success rate
Reverse logistics	Move goods back through the network while protecting recovery value and service	returns initiation, pickup, inspection, repair, refurbishment, recycling, disposal	return cycle time, recovery rate, cost per return, return reason accuracy

The challenges of logistics management

Logistics management is a complex and multifaceted process that involves the coordination of various activities such as transportation, inventory management, order processing, warehousing, packaging, and security. As with any complex process, there are several challenges that businesses face in logistics management which can significantly impact business operations, resulting in delays, increased costs, and decreased customer satisfaction. These are some common challenges businesses face and how to overcome them.

Supply chain disruptions: These are one of the most significant challenges in logistics management and can occur due to delivery exceptions such as natural disasters, global pandemics, supplier bankruptcy, and transportation delays. and can have a significant impact on business operations, resulting in delays, increased costs, and decreased customer satisfaction.

To overcome these challenges, businesses must have a robust supply chain management system in place which should include contingency plans for supply chain disruptions, such as backup suppliers, alternative transportation modes, and safety stock.

Globalization: With the increase in global trade, businesses must manage complex supply chains that span multiple countries and regions. This can be challenging due to the differences in regulations, customs, and cultural practices across different countries.

To overcome these challenges, businesses must have a deep understanding of the regulations and cultural practices in different countries, and effective communication channels in place to ensure that all parties involved in the supply chain are on the same page. An efficient logistics management system can diffuse the complexities of global trade.

Changing customer expectations: The expectations of customers are constantly evolving, and businesses must adapt to these changes to stay competitive. Customers today expect fast and reliable delivery, real-time fleet tracking, and personalized delivery options.

These are easy to deliver with a good logistics management system in place.

Logistics management is a critical component of modern business operations. While businesses face several challenges in logistics management, they can be overcome with the right systems and processes in place.

Benefits of effective logistics and supply chain management

When logistics and supply chain management are aligned, the business impact is measurable:

Customer experience

• more reliable delivery windows
• fewer failed deliveries
• better order accuracy
• proactive customer communication
• faster recovery when exceptions occur

Cost-to-serve

• fewer unnecessary miles
• higher stop density and vehicle utilisation
• lower cost per stop and cost per mile
• reduced expedited shipments
• fewer avoidable redelivery attempts

Productivity

• less manual dispatch planning
• faster response to daily plan changes
• higher driver productivity
• better warehouse-to-transport coordination
• improved use of owned, 3PL, and hybrid fleet capacity

Resilience

• faster exception detection
• clearer contingency playbooks
• improved visibility across facilities, carriers, and routes
• stronger operational feedback into future planning

Sustainability

• lower empty miles
• better load utilisation
• support for lower-emission route and vehicle choices
• clearer measurement of emissions per delivery or per route

Supply chain and logistics technology architecture

Different systems support different decisions. Confusion usually starts when businesses expect one tool to do everything.

System	Primary role	Typical data handled	Where it fits
ERP	Enterprise planning and master record	customers, products, orders, finance, inventory balances	Core system of record
OMS	Order capture and orchestration	order intake, order status, order rules, fulfilment logic	Connects customer demand to fulfilment
WMS	Warehouse execution	inventory location, receiving, putaway, picking, packing, staging	Controls warehouse operations
TMS	Shipment planning and freight execution	loads, carriers, rates, modes, tendering, shipment status	Manages transport movements, often linehaul or freight-heavy flows
Supply-chain planning platform	Forecasting and planning	demand plans, supply plans, scenarios, inventory targets	Supports strategic and tactical planning
Procurement / supplier systems	Sourcing and supplier management	supplier data, contracts, POs, compliance	Supports source and buy decisions
Dispatch management platform	Daily delivery execution	orders, route constraints, stop sequences, driver assignments, ETAs, exceptions	Orchestrates route-level and dispatch-level execution
Route optimisation software	Constraint-based route design	orders, service times, capacities, geographies, time windows	Creates efficient routes and sequences
Fleet telematics / GPS tracking	Vehicle and location visibility	GPS pings, speed, utilisation, vehicle status	Supports real-time execution monitoring
ePOD	Delivery confirmation	signatures, photos, timestamps, status events	Closes the loop on proof of service
Customer communication tools	Delivery communication	ETA messages, notifications, rescheduling inputs	Improves customer visibility
Analytics / control tower	Performance and exception visibility	KPIs, alerts, cross-system events	Supports monitoring and decision-making

Where does Locus fit? Locus supports the delivery execution layer through dispatch management software, route optimisation, operational visibility, and logistics analytics. It does not replace ERP, procurement, manufacturing, or supply-chain planning systems. Instead, it helps translate order demand and operating constraints into executable routes, dispatch decisions, tracked deliveries, and performance feedback.

Integration quality matters as much as software choice. Typical data requirements include:

• order and stop data
• addresses and geocodes
• service times and time windows
• vehicle capacities and vehicle types
• driver shifts and skills
• depot, warehouse, or store locations
• routing restrictions and access rules
• traffic and distance inputs
• proof-of-delivery and status events
• compatibility with ERP, OMS, WMS, TMS, and telematics sources

Logistics and supply chain management KPIs

A useful KPI set balances service, cost, inventory, productivity, and resilience.

KPI group	KPI	What it shows
Delivery / service	On-time delivery	Whether deliveries arrive within the promised window
Delivery / service	In-full delivery	Whether the complete order was delivered as expected
Delivery / service	OTIF	Whether the order was delivered on time and in full
Delivery / service	Perfect order rate	Whether the order was delivered complete, accurate, damage-free, and on time
Delivery / service	Delivery success rate	Whether the first delivery attempt succeeded
Delivery / service	SLA adherence	Whether service commitments were met consistently
Cost / productivity	Cost per delivery	Total logistics execution cost per completed delivery
Cost / productivity	Cost per stop	Operational cost associated with each stop served
Cost / productivity	Cost per mile	Transport cost relative to distance travelled
Cost / productivity	Driver productivity	Stops, orders, or revenue handled per driver shift
Cost / productivity	Fleet utilisation	How effectively vehicles and capacity are used
Cost / productivity	Vehicle fill rate	How much available capacity is used
Cost / productivity	Empty miles	Distance travelled without productive load or service value
Inventory / fulfilment	Inventory turnover	How quickly inventory is sold or used over time
Inventory / fulfilment	Stockout rate	Frequency of inventory unavailability
Inventory / fulfilment	Order cycle time	Time from order placement to delivery completion
Inventory / fulfilment	Carrying cost	The cost of holding inventory
Inventory / fulfilment	Return rate	Share of orders that flow back into reverse logistics
Resilience / sustainability	Exception rate	Frequency of disruptions, delays, or failed delivery events
Resilience / sustainability	Recovery time	How quickly operations return to target performance after disruption
Resilience / sustainability	Emissions per delivery	Carbon impact per completed delivery or route

Teams should define these metrics consistently across channels, regions, and carrier types. A KPI is only useful if operations, finance, and customer teams interpret it the same way.

What’s changing in logistics and supply chain management in 2026

Several 2026 themes are shaping how enterprise teams redesign their networks and execution models:

1. More investment in digitisation

According to the QIMA 2026 Global Sourcing Survey, 74% plan further digitisation investments in 2026. The priority is less about buying isolated tools and more about connecting planning, procurement, warehouse, transport, and delivery data into a usable operating picture.

2. Network redesign and regionalisation

The same QIMA 2026 Global Sourcing Survey found that 43% of supply chains shifted sourcing locations in 2025. That has direct logistics consequences: new transport lanes, altered lead times, different node strategies, and new carrier or customs requirements.

3. Greater emphasis on integrity and traceability

According to the Impinj Supply Chain Integrity Outlook 2026, 77% of senior supply chain professionals reported a high level of supply chain integrity within their organisation. Even so, integrity is not the same as full visibility. Businesses still need better item, shipment, and execution tracking to reduce disputes, shrinkage, and service failures.

4. AI-powered routing and dispatch decision support

AI in logistics is becoming more practical when it is tied to route constraints, ETAs, exception handling, and daily decision-making. The most useful applications are not abstract; they help planners and dispatchers respond faster to real operating conditions.

5. Reverse logistics is becoming a board-level issue

Returns, recovery value, waste reduction, and customer expectations are pushing reverse flows higher on the agenda, especially for ecommerce, retail, electronics, and bulky goods.

6. Sustainability metrics are moving closer to daily operations

Sustainability targets increasingly affect lane design, fleet mix, route density, and customer promise design. That makes logistics execution data more important, not less.

Industry examples: how logistics and supply chain management interact

Retail and ecommerce

Supply chain teams decide assortment, sourcing, and inventory positioning. Logistics teams then fulfil orders, manage delivery windows, and handle returns. The execution challenge is high order volume, variable demand, and expensive failed deliveries.

CPG

SCM coordinates demand planning, production schedules, and channel inventory. Logistics ensures store replenishment, distributor deliveries, and route compliance. The challenge is balancing cost efficiency with shelf availability.

Grocery and food distribution

Supply chain planning aligns perishability, replenishment frequency, and supplier timing. Logistics must manage temperature-sensitive movement, narrow delivery windows, and route density under cold-chain constraints.

Manufacturing and industrial distribution

SCM handles supplier planning, inbound materials, production timing, and finished-goods strategy. Logistics manages inbound transport, inter-facility movement, outbound distribution, and service parts delivery. Delays can affect both production uptime and customer commitments.

Healthcare and pharmaceuticals

Supply chain teams manage regulated procurement, batch control, and inventory availability. Logistics must protect chain of custody, temperature integrity, and proof of delivery while meeting strict service requirements.

Parcel and courier

Planning sets network design, hub strategy, and service offerings. Logistics executes high-density sortation, route sequencing, real-time visibility, and exception recovery at speed.

Bulky and home delivery

SCM determines sourcing and inventory placement for large items. Logistics handles appointment scheduling, route feasibility, vehicle type matching, crew planning, and proof of installation or delivery.

Agriculture and farm-to-consumer

Supply chain decisions affect freshness windows, producer coordination, and distribution design. Logistics execution determines whether perishable products move quickly enough to preserve quality and reduce waste.

How to evaluate logistics management software and dispatch software

When buyers assess logistics execution software, they should start with operational fit, not feature lists.

Evaluation checklist

• Operational scope: first mile, middle mile, last mile, store replenishment, field distribution, returns
• Fleet model: owned fleet, 3PL, gig, carrier, or hybrid
• Geography and scale: urban density, rural spread, cross-border complexity, number of depots and stops
• Route complexity: time windows, multi-drop, vehicle restrictions, refrigeration, appointment delivery
• SLA requirements: same day, next day, scheduled windows, compliance reporting
• Integration needs: ERP, OMS, WMS, TMS, telematics, ePOD, customer notifications
• Optimisation constraints: capacity, skills, service times, break rules, geography, emissions goals
• Dispatcher and driver UX: daily planning usability, exception workflows, mobile execution
• Analytics and reporting: KPI visibility, route analysis, exception analysis, cost-to-serve insight
• Security and governance: user roles, auditability, data handling, change controls
• Implementation approach: data readiness, pilot design, change management, rollout plan
• ROI measurement: baseline metrics, service gains, productivity gains, cost reductions
• Support model: onboarding, configuration support, ongoing optimisation review

What data is needed for route optimisation?

At minimum, route optimisation needs:

• order and stop details
• customer addresses and geocodes
• delivery or pickup windows
• service times
• vehicle capacities and profiles
• driver shifts and availability
• depot or warehouse locations
• road, access, and compliance restrictions
• traffic and distance data
• customer preferences or promised windows
• historical performance where available

Poor input data creates poor route plans, regardless of how advanced the optimisation engine is.

Maximizing efficiency and profitability: Optimizing the supply chain with logistics management

If you’re looking for ways to optimize your supply chain operations, reduce costs, and improve customer satisfaction, a last-mile dispatch management software like Locus’ Dispatch Management Platform (DMP) may be just the solution.

To optimize your supply chain with logistics management, consider implementing the following tips and strategies:

Use technology and automation: Locus DMP can help you automate key processes such as order processing, inventory management, and shipment tracking. It also provides real-time data and analytics to help managers make informed decisions, identify areas for improvement and implement strategies to optimize supply chain operations.

Implement lean practices: Lean practices can help you reduce waste and increase efficiency in your supply chain operations. Locus DMP effectively streamlines processes, eliminates unnecessary activities, and optimizes workflows to reduce costs and improve efficiency.

Continuous improvement: Consistent refinement is essential for optimizing your supply chain with logistics management. By regularly analyzing performance data, identifying areas for improvement, and implementing strategies to address them, Locus DMP endlessly perfects supply chain operations to achieve maximum efficiency and profitability.

Logistics management plays a critical role in modern business operations by supporting cost savings, customer service, sustainability, and operational efficiency and with the expertise of Locus DMP, it can become a winning strategy for any business.

Want to ease your business operation with effective logistics management? Talk to our experts now!

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References:

https://www.grandviewresearch.com/industry-analysis/autonomous-last-mile-delivery-market
https://www.metapack.com/wp-content/uploads/2016/05/Bridging_the_Delivery_Gap_Report.pdf
https://www.zebra.com/content/dam/zebra_new_ia/en-us/solutions-verticals/vertical-solutions/retail/vision-study/fulfillment-vision-study-report-en-us.pdf