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8/17/2019 Technological Innovations in the Indian Logistics Industry the Case of Freight Handling
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See discussions, stats, and author profiles for this publication at:https://www.researchgate.net/publication/215587877
Technological Innovations in the
Indian Logistics Industry: The Case
of Freight Handling
ARTICLE · JANUARY 2009
READS
424
2 AUTHORS, INCLUDING:
Kolluru Srinivas
Macquarie University
25 PUBLICATIONS 13 CITATIONS
SEE PROFILE
Available from: Kolluru Srinivas
Retrieved on: 07 April 2016
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The IUP Journal of Infrastructure Vol VII Nos 3 & 4 2009114© 2009 IUP All Rights Reserved
Overview of Indian Logistics Industry
A Brief BackgroundThe Indian economy has been growing at an average rate of over 8% over the last few years.
The economy has posted a growth rate of 9.0% in 2007-08. Similarly, the manufacturing
sector has registered a growth rate of 8.2%, which is acting as a major growth driver for
the logistics industry. The major logistics functions of the industry include transportation,
warehousing, freight forwarding, etc. Spending on the logistics industry in India is estimated
* Research Associate, International Management Institute (IMI), Qutab Institutional Area, Tara Crescent,New Delhi, India. E-mail: [email protected]
** Research Associate, International Management Institute (IMI), Qutab Institutional Area, Tara Crescent,
New Delhi, India. E-mail: [email protected]
Kolluru Srinivas* and Kolluru Krishna**
Technological Innovations
in the Indian Logistics Industry:
The Case of Freight Handling
For any industry, use of Information Technology (IT) and innovation is
necessary in order to stay ahead in the competition. The logistics industry
is a classic example of the birth and development of a vital new service-based
industry. The industry has been transformed from the business concept
of transportation to that of serving the entire logistical needs. The challengesof the modern technology-driven competition, globalization of manufacturing,
shorter product life cycles, increasingly sophisticated customers needs
and greater integration of technologies compelled the logistics industry
to develop innovative strategies and processes. The main objective of this
paper is to present a brief insight into the various cost saving technologies
that were adopted by the Indian logistics industry (road, railways, ports and
aviation) for improving the services. The paper gives a brief picture of
the logistics industry in India. It also gives a brief literature survey on thetopic. The paper also describes the recently used technologies and some
of the innovations that have taken place in all the major transportation
chains (road, rail, marine and aviation) and their benefits.
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Technological Innovations in the Indian Logistics Industry: The Case of Freight Handling 115
around 13% of Gross Domestic Product (GDP), which is estimated at Rs. 4,068.63 bn in
2007-08.1 However, India’s spending on logistics is much higher than that of the developed
economies like the US (9.5%), Japan (10.5%) and Germany (10%). Figure 1 provides a brief
picture of India’s spending on logistics over the last few years.
Figure 1: Spending on Logistics in India
Source: MOSPI, PIB, Government of India
4,500
4,000
3,500
3,000
2,500
2,000
1,500
1,000
500
02001-02 2002-03 2003-04 2004-05 2005-06 2006-07 2007-08
R s .
( b n )
Years
From the cost component point of view,
transportation accounts for about 35% of the
total logistics costs followed by inventories
(25%), losses (14%), packaging (11%), handling
and warehousing (9%) and customers and
shopping (6%).2
Reasons for High Spendingand Government Initiatives
The reasons for this huge spending can be
attributed to lack of efficient infrastructure
facilities, lack of implementation of Information
Technology (IT) in logistics and delay checkingpoints on the highways3 which invariably
increases the transportation costs. Another major
reason could be the regulatory obstacles, which
not only increases the cost of service, but also
1 Ministry of Statistics and Program Implementation (MOSPI), Government of India.2 Edelweiss Research.3 As per the estimate of the Planning Commission, Government of India, the economic cost of such delay is at a
minimum of Rs. 3,200 cr and a maximum of Rs. 4,300 cr for the year 2004 which progressively goes up to
Rs. 60,168 cr by 2017.
Roads 1,520
Power 4,812
Railways 1,100
Telecom 1,226
Aviation 370
Ports 800
Oil and Gas 2,210
Urban Infrastructure 1,974
Total 13,973
Table 1: Spending on Infrastructure
from 2005-06 to 2011-12E
Source: Edelweiss Research
(Rs. bn)
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The IUP Journal of Infrastructure Vol VII Nos 3 & 4 2009116
results in frequent delays and thereby higher logistics costs. To overcome this situation, the
Government of India has taken initiatives to improve the infrastructure in the country by
spending around Rs. 14 tn across the sectors (Table 1).
Freight Handling Scenario
Cargo traffic handled at major Indian ports has seen double-digit growth over the lastfew years, i.e., 10.38% in 2005-06 and 11.35% in 2004-05. Similarly, the freight carried
by railways also grew by 10.7% in 2005-06 and freight carried by road registered a
growth rate of about 10% in 2005-06 over the previous years. It has been observed that
since 2001-02, cargo traffic (both domestic and international) at all Indian airports has been
growing rapidly. Domestic air cargo traffic has been growing at a Compounded Annual
Growth Rate (CAGR) of 12.57% from 2001-02 to 2006-07, whereas international air cargo
traffic has also registered a CAGR of 13% during the same period (Table 2).
Review of Literature
With reduced trade barriers and the advent of advanced information technologies, new
opportunities and global markets have become available for service providers in the logistics
industry. As organizations globalize to access new markets and achieve higher productionand sourcing efficiencies, logistics play an important role in moving materials, products,
and services through supply chains.
The concept of innovation is regarded in most organizations as an effective tool to
create and sustain competitive advantages. The logistics function is an area that is
increasingly seeking ways of adding value through innovation (Soosay and Hyland, 2004).
It has transformed from the business concept of transportation to that of serving the entire
logistical needs of customers. The service component offers a very good change of gaining
sustainable competitive advantage in the hypercompetitive global market. Conversely,
poor service or a reluctance to innovate offers a fairly good change of losing customers
Year
2001-02 287.60 492.50 515 854
2002-03 313.50 518.74 545 979
2003-04 344.50 557.39 595 1,068
2004-05 383.70 602.10 646 1,281
2005-06 423.40 666.50 706 1,404
2006-07 463.80 726.00 763 1,553
Table 2: Cargo Handling Scenario
Source: Indian Ports Association, Ministry of Railways, Planning Commission, Airport Authority of India
Cargo Handled at Ports
(mn tons)Rail Freight
(bn tons km)
Road Freight
(bn tons km)
Air Cargo
(mn tons)
https://www.researchgate.net/publication/228216846_Driving_Innovation_in_Logistics_Case_Studies_in_Distribution_Centres?el=1_x_8&enrichId=rgreq-0bc90c60-f842-4060-812b-5ed3d48c1ec0&enrichSource=Y292ZXJQYWdlOzIxNTU4Nzg3NztBUzoxMDIxNjM2MzYyOTM2MzdAMTQwMTM2OTExNzUzOA==https://www.researchgate.net/publication/228216846_Driving_Innovation_in_Logistics_Case_Studies_in_Distribution_Centres?el=1_x_8&enrichId=rgreq-0bc90c60-f842-4060-812b-5ed3d48c1ec0&enrichSource=Y292ZXJQYWdlOzIxNTU4Nzg3NztBUzoxMDIxNjM2MzYyOTM2MzdAMTQwMTM2OTExNzUzOA==
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Technological Innovations in the Indian Logistics Industry: The Case of Freight Handling 117
(Chapman et al., 2002; and Esper et al., 2007). Chapman et al. (2002) also found that
the advances in technology and communication have compelled this industry to strive
permanently for new products and solutions.
Several other studies that explored improving influence of innovation on logistics industry
on a widely varied spectrum of improvement areas like, quality of service production and
delivery (Parasuraman and Grewal, 2000); research and development cost-efficiency(Rao, 2001); transaction costs (Garicano and Kaplan, 2001); productivity, inventory and
demand management (Kaplan and Sawhney, 2000); increased customization capabilities
(Yingli and Laiwani, 2007); supply chain and relationships (Hyland et al., 2003; Kaltoft
et al. 2007; and Yingli and Laiwani, 2007).
Hence, logistics organizations must constantly seek new knowledge, ‘think for the
customer’, anticipate and innovate services to meet customers evolving needs.
Recently Used Technologies and Innovations
Need of Innovation in Logistics
One of the most challenging aspects of understanding innovation in logistics management
lies in the accepted wisdom that every product has its own unique value chain. Thus, innovation
is primarily a ‘pull phenomenon’ for service providers in the logistics industry.4 The competition
among industries to manage global supply chains cost effectively, created an opportunity
4 John Seely Brown and John Hagel III define pull and push systems in the context of innovation as follows:“Push systems contrast starkly with pull ones, particularly in their view of demand: the former treat it as
foreseeable, the latter as highly uncertain. This difference in a basic premise leads to fundamentally different
Figure 2: Indian Logistics Industry Structure
Logistics Industry
Airlines Shippers RoadCarriers
Railways Airports Ports Roads Railways 4PL
IndependentLogistics Service
Providers
C&FAgents
Warehousingand Distribution
Agents
MultipleServiceProviders
Key TransportationsService Providers
InfrastructureProviders
Support Services
3PL
Source: Industry Sources, 2007
Note: 3PL – Third Party Logistics; 4PL – Fourth Party Logistics; C&F Agents – Clearing and ForwardingAgents.
https://www.researchgate.net/publication/2400294_The_Effects_of_Business-to-Business_E-Commerce_on_Transaction_Costs?el=1_x_8&enrichId=rgreq-0bc90c60-f842-4060-812b-5ed3d48c1ec0&enrichSource=Y292ZXJQYWdlOzIxNTU4Nzg3NztBUzoxMDIxNjM2MzYyOTM2MzdAMTQwMTM2OTExNzUzOA==https://www.researchgate.net/publication/242544662_E-Hubs_the_new_B2B_marketplaces?el=1_x_8&enrichId=rgreq-0bc90c60-f842-4060-812b-5ed3d48c1ec0&enrichSource=Y292ZXJQYWdlOzIxNTU4Nzg3NztBUzoxMDIxNjM2MzYyOTM2MzdAMTQwMTM2OTExNzUzOA==https://www.researchgate.net/publication/27649900_Using_e-business_to_enable_customised_logistics_sustainability?el=1_x_8&enrichId=rgreq-0bc90c60-f842-4060-812b-5ed3d48c1ec0&enrichSource=Y292ZXJQYWdlOzIxNTU4Nzg3NztBUzoxMDIxNjM2MzYyOTM2MzdAMTQwMTM2OTExNzUzOA==https://www.researchgate.net/publication/2400294_The_Effects_of_Business-to-Business_E-Commerce_on_Transaction_Costs?el=1_x_8&enrichId=rgreq-0bc90c60-f842-4060-812b-5ed3d48c1ec0&enrichSource=Y292ZXJQYWdlOzIxNTU4Nzg3NztBUzoxMDIxNjM2MzYyOTM2MzdAMTQwMTM2OTExNzUzOA==https://www.researchgate.net/publication/27649900_Using_e-business_to_enable_customised_logistics_sustainability?el=1_x_8&enrichId=rgreq-0bc90c60-f842-4060-812b-5ed3d48c1ec0&enrichSource=Y292ZXJQYWdlOzIxNTU4Nzg3NztBUzoxMDIxNjM2MzYyOTM2MzdAMTQwMTM2OTExNzUzOA==https://www.researchgate.net/publication/242544662_E-Hubs_the_new_B2B_marketplaces?el=1_x_8&enrichId=rgreq-0bc90c60-f842-4060-812b-5ed3d48c1ec0&enrichSource=Y292ZXJQYWdlOzIxNTU4Nzg3NztBUzoxMDIxNjM2MzYyOTM2MzdAMTQwMTM2OTExNzUzOA==
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The IUP Journal of Infrastructure Vol VII Nos 3 & 4 2009118
design principles. For instance, instead of dealing with uncertainty by tightening controls, as push systemswould, pull models address immediate needs by expanding opportunities for local participants—employeesand customers alike—to use their creativity. To exploit the opportunities that uncertainty presents, pull modelshelp people come together and innovate by drawing on a growing array of specialized and distributedresources” (www.McKinseyquarterly.com).
5 RIS has several components, which can be categorized into two groups, that is, core system and supportmodules. The core system comprises of Locational Referencing System, Asset Management System, PavementManagement System, Environmental Management System, Traffic Management System and PerformanceMonitoring System. On the other hand, Support Modules are Security and Access Control Module and System
Information Module (Information available at www.nhai.org).
for innovations. Innovation in logistics could improve internal efficiency within a logistics
organization or could help serve customers better. The purpose of this paper is to understand
the need of innovation in the logistics industry, therefore, we begin with a classification
of the industry (Figure 2).
Surface Transportation (Roadways and Railways)
Recently, in India, the major thrust of the surface transport sector (both road transport and
rail transport) is on Research and Development (R&D). The major reason is to build a
comparable and sustainable road infrastructure in the country. In this context, the sector has
been improving designs, using modern construction techniques, introducing improved
material, coming up with better and appropriate specifications and using new technologies.
An outlay of Rs. 60 mn has been provided for road transport R&D in 2006-07. On the same
lines, the railway network continues upgrading its systems to take advantage of the latest
features and technological applications. In this context, close attention is paid to
maintenance, quality control and cost efficiency as these factors play an important integralrole in the efficient operation of the Indian Railways. The allotted total IT budget of Center
for Railway Information Systems (CRIS) for the year 2006-07 is Rs. 3,500 mn, where the
focus was on upgrading the existing
technology and infrastructure and
implementing newer tools and
techniques for building IT
infrastructure in Indian Railways
(Table 3). Table 4 describes the
recently used technologies in thetransport chains.
Table 3: Focused Areas by the Railways
• Web-enabled services.
• Building an IT application that can reflect the existing
business performance.
• Shift towards data mining from data warehousing.
Road Transport Sector • Use of geo-synthetics in improving the performance of pavement overlays.
• Introduction of Geographical Information Systems (GIS) basedNational Highways Information System (NHIS) to overcome thetraffic and transportation problems.
• Road Information System (RIS)5
for Golden Quadrilateral (GQ)project. The RIS comprises of computerized time-series.
Table 4: Recently Used Technologies in Surface, Marine and Aviation Sectors
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Technological Innovations in the Indian Logistics Industry: The Case of Freight Handling 119
6 Horizontal integration has various forms such as operational arrangements on vessel sharing, slot sharing,consortia and strategic alliances. Consortia are agreements between liner shipping companies to operate jointlyin services like technical, operational, or commercial coordination. Strategic alliances are emerged to providecombined services on various routes to shipping lines. In addition, these alliances were formed to increaseefficiency and ensure better util ization of vessels through numerous arrangements.
7 In many developed countries, port information systems have been transformed into integrated logistics informationsystems through interconnected efforts with other logistics-related information systems. Some of the examplesare INTIS at the Port of Rotterdam, ADEMAR at the Port of Le Havre, DAKOSY at the Port of Hamburg, SEAGHat the Port of Antwerp, and FCP80 at the Port of Felixstowe. Generally, the IT systems facilitate electronic
submissions and clearance of shipping information.
Table 4 (Cont.)
database on the national highways information like trafficanalysis, pavement condition, road inventory and assetcondition.
Indian Railways • Freight Operation Information System (FOIS), for controlling
and monitoring the multifarious activities in freight operations.• Rake Management System (RMS) for handling commercial
transactions.
• RMS to track and manage freight wagons, freight-classlocomotives and other operations of the freight system.
• Implementation of Terminal Management System (TMS) toprovide information on freight at the freight terminals, status of the train and expected time of arrival and cost of the freight tothe customers.
Marine Sector • With an emphasis on cost reduction and to ensure optimumcapacity utilization, there has been an increase in horizontalintegration among the shipping liners.6
• Use of IT like Internet services to improve supply chainprocess, enhance cooperation between freight carriers andtheir customers by enabling communication and eliminatingthe heavy procedures and regulations.7
• Vessel Traffic Management System (VTMS) to provide effectiveguidance on navigation of ships, which is already installed atMumbai, JNPT, Kolkata, New Mangalore and Mormugao ports.
• Computerization of container handling operations like managingcontainer traffic, major ports connectivity, etc.
• Implementation of Radio Frequency Identification system for identifying the movement of ships wirelessly using radiowaves.
Aviation Sector • Air Traffic Management (ATM) to modernize air traffic controlservices. Under the ATM, the following services are to beprovided such as, Air Route Surveillance Radars, MonopulseSecondary Surveillance Radars, Airport Surveillance Radars,Airport Surface Detection Equipment, Radar Data ProcessingSystems, Flight Data Processing Systems, Automatic MessageSwitching Systems, Automatic Self Briefing Systems, 12 VORs.
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The IUP Journal of Infrastructure Vol VII Nos 3 & 4 2009120
Marine and Air Transport Sectors
Over the years it has been observed that around 90% of India’s external trade is moving
by sea. With the economy growing at a rate of over 8% and positioning itself as manufacturing
outsourcing base, new technologies are needed to be developed in the light of the emerging
scenario in the Maritime industry. On similar lines, the air transport sector in India is also
growing fastly and adopting new technologies for delivering qualitative services.
DVORs with Remote Monitoring and Maintenance facilitycolocated with High Power DMEs for uni-directional airways.
• Communication, Navigation and Surveillance (CNS) to facilitateand support systems for air navigation. The CNS discharges
the services like coordination among all concerned agenciesand organizations, preparation of estimates, invitation of tenders, evaluation of technical and commercial bids,placement of orders of equipment and its subsequentinstallations, etc.
• Electronic Data Interchange (EDI) to know latest informationand status of export/import cargo via Internet.
• Flight Data Processing System (FDPS) to achieve improvedautomation of air traffic services.
• Automatic Dependence System (ADS) for enhancing the
surveillance over Indian air space.
• There are also few other technologies that were proposed tobe taken up for the development of the Civil Aviation Sector in the country, such as:
– IT-based system to assess vehicular traffic volume for airport public access.
– LED-based airport lighting and display technology.
– Intelligent digital surveillance.
– Integration techniques for information.
– Information dissemination and online payments throughInternet.
– Radio frequency-based identification techniques.
– Wireless information technologies.
– Smart card technology.
– Common use IT systems.
– Online simulation of terminal congestion.
– Electronic perimeter security system and intrusion
prevention.– Explosive detection technology.
– Satellite-based CNS/ATM systems.
Table 4 (Cont.)
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Technological Innovations in the Indian Logistics Industry: The Case of Freight Handling 121
Innovations in Road Transport Sector
Over the last few years, India is experiencing the problem of traffic congestion owing to
growth in vehicle population, which is growing at a rate of 8-9% per annum. To overcome
the problem, the Government of India has come out with an ambitious program, i.e.,
Jawahar Lal Nehru National Urban Renewal Mission (JNNURM) for improvement of urban
transport infrastructure in the country.
Generally, investments in the transport infrastructure, particularly in the highways,
were being made by the Central or State governments in India.8 But as an innovative tool,
now the Central as well as State governments are attracted towards the private sector owing
to the managerial efficiency and consumer responsiveness. In this context, the government
has laid down certain comprehensive policy guidelines for private sector participation in the
road transport sector. On the policy guidelines front, the government has announced several
incentives such as tax exemptions, duty free import of road building equipments and
machinery, etc. As a result of the government’s initiative to involve the private sector in
the infrastructure projects, the National Highway Development Program (NHDP) Phase III
to Phase VII were taken up on the basis of Public Private Partnership (PPP) on Build, Operate
and Transfer (BOT) mode or Annuity mode.
Innovations by Indian Railways
• As an experiment, by leasing out catering and parcel services, the Indian Railways
(IR) has reduced catering and parcel losses of about Rs. 10 bn in 2005-06. The Railways
has also enhanced wagon capacity by attracting private investments in the wagon
investment schemes and siding liberalization schemes.
• While retaining the core activity of train operations, the IR awarded licenses to private
parties for running container trains, which is likely to attract investment in wagons
and construction of terminals in the coming years.
• The IR also plans to explore more PPP schemes with an aim to modernizing metro
and mini metro stations with world-class passenger amenities, development of agro
retail outlets and supply chains, construction of multimodal logistic parks, warehouses
and budget hotels, expansion of network and increase in production capacity.
• The IR also constituted a PPP Cell to develop the policy framework to providenon-discriminatory level playing field to investors, prepare the bankable documents
and set up a procedure for awarding partnerships through the open tendering system.
Innovations in the Marine Transport Sector
Radio Frequency Identification (RFID) system is commonly used to describe a system which
transmits the identity of an object wirelessly, using radio waves. RFID consists of various
components such as tags, tag readers, edge servers, middleware and application software.
8 The main reason is due to the requirement of huge volume of resources, long gestation period, uncertain returns
and various externalities associated with the projects.
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The IUP Journal of Infrastructure Vol VII Nos 3 & 4 2009122
RFID is nowadays extensively used in the retail and logistics sectors as a replacement for
Universal Product Codes (UPC) or EAN Article Number Code, barcodes, having number
of important advantages over the barcode technology. RFID is generally costlier than
barcode and may for that reason, not be able to replace the barcode fully, but definitely
it is more advantageous than barcode which is having a higher storage capacity. It is
expected that almost all of our major ports will sooner or later implement RFID technologyin all shipments.
Innovations by Aviation Sector
Electronic Data Interchange (EDI) is a standard format for exchanging business data. It is
the inter-organizational exchange of business documentation in structured, machine-processable
form over computer communication networks. In India, the EDI implementation agencies
are Ministry of Civil Aviation and Airport Authority of India.
• Automation of cargo processing activities and online data capturing was introduced
in 1999 at four metro airports, viz., Delhi, Mumbai, Kolkata and Chennai.
• The Airport Authority of India (AAI) is assisting automation of cargo processing
activities at three non-metro airports such as, Bangalore, Hyderabad and
Thiruvananthapuram.
Benefits from EDI
• Availability of latest information on status of import/export cargo to the trader
via Internet.
• Drastic reduction in human power deployment by the agencies at the cargo terminal
for processing of their consignments, which will ultimately reduce the transaction
cost of import as well as exported cargo.
• Information on the AAI charges that are applicable for a particular consignment
at any given time via Internet.
• Availability of information on the regulatory and the facilitating agencies, cargo
handling systems and procedures, facilities available, AAI-prescribed charges/rates,
dos and don’ts, etc.
ConclusionLogistics, an extension of physical distribution management, usually pertain to the
management of the materials and information stream of business, down through a distribution
channel, to the end customers. In the Indian context, the scope and role of logistics have
changed dramatically over the years. Logistics used to have a supportive role to primary
functions such as marketing and manufacturing. But now the industry expanded to cover
warehousing and transportation activities, purchasing, distribution, inventory management,
packaging, manufacturing, and even customer service. More importantly, logistics management
has evolved from passive, cost-absorbing function to that of strategic factor that provides
unique competitive advantage. The global marketplace has compelled every industry to
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Technological Innovations in the Indian Logistics Industry: The Case of Freight Handling 123
transform itself into a truly customer-oriented, service-focused enterprise, irrespective of the
products and services it sells.
To stay ahead in the modern global marketplace, organizations must constantly look for
innovative strategies to improve their competitiveness. As organizations globalize to access
new markets and achieve higher production and sourcing efficiencies, logistics play an
important role in moving materials, products, and services through supply chains. It is evidentfrom the paper that logistics organizations that are willing to sustain their position in the
market, will have to conform and adopt innovations of the information era. Especially,
logistics service providers have to adopt and creatively deploy up-to-date technology, because
logistics industry strongly depends on information for efficient operations. Logistics
technologies refer to the hardware, software, and network design required to facilitate
processing and exchange. It includes related components in the supply chain, such as satellite
transmissions, web-based ordering, EDI, bar coding, systems for order entry, order processing,
vehicle routing and scheduling, inventory replenishments, automated storage, and retrieval
systems, etc. The correct implementation of technologies can be a significant source of
competitive advantage to the service providers.
Bibliography
1. Chapman Ross L, Claudine Soosay and Jay Kandampully (2002), “Innovation in Logistic
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