1
Implementation of a Logistics
Name:
Course Title:
Instructor:
August 14, 2021
2
Key Concept Explanation
The implementation of logistics information systems is a fascinating topic that focuses on
improving corporate operations. My interest in this subject arises from a desire to learn more
about employment options in logistics systems. Companies deal with a variety of items that must
be coordinated from suppliers to buyers. Businesses can use logistics information systems in
various ways to meet organizational goals thanks to technological advancements. According to
research, careers in logistics necessitate technological improvement. Product information aids in
the accurate forecasting of sales. One of the most recent uses in the field of logistics is the usage
of blockchain technology. Planning and teamwork are required for the effective supply chain
management. Working in the supply chain department necessitates a thorough knowledge of
logistics systems, including automation. For example, to foresee the future, it is necessary to
understand client wants. Strategies that encourage management processes and guide workers to
attain the business aim must be incorporated into the forecasting process. Employees must
receive training on integrating digital technologies as part of the digitization of logistical systems
(Mohamed, 2018).
Evaluating information demands in product labeling, investigating electronic document
sharing, addressing data mismatch, and designing data management systems are just a few of the
critical competencies in logistics. Understanding the processes that aid in the flow of information
is required for careers in logistics departments. Logistics systems are essential in any business
for transforming data to information, presenting it helpfully for decision-making, and connecting
it to the information system's decision-assisting mechanisms. As a result, logistics information is
a component of an organization's information system and is targeted towards logistics decision-
making issues. Connectivity is emphasized when implementing a logistics system, as the
3
logistics system connects the organization to suppliers, corporations, and manufacturers located
worldwide. The implementation also focuses on adopting new technology to stay on top of the
latest market trends. The discussion focuses on the challenges or issues that arise when
implementing logistic systems in a company. The absence of management assistance, the cost of
adopting the techniques, and data security hazards are challenges in implementing the strategies.
The issue is interesting since it provides additional information about the many difficulties of
adopting logistics systems and the various approaches that management can take to overcome
them. The implementation phase necessitates a well-thought-out strategy that will allow
management and the company to assess the impact of the changes and make organizational
adjustments to ensure that service levels do not suffer (Entchev, 2018).
Comparison
The field of logistic information systems is concerned with improving logistic systems in
corporate organizations to improve performance. The topic corresponds to the logistics
management content covered in the classroom module. The two show that sophisticated
technology is vital in several corporate domains. In digital form, logistics information systems
follow a well-organized framework. Putting the knowledge into action may necessitate
appropriate software and computer technologies to aid data processing. To achieve meaningful
corporate goals, managers must concentrate on a variety of variables. The topic allows for a
better knowledge of logistics system architecture and the requirement for corporate logistics
systems to be interconnected. The integrated operations planning and logistics are addressed in
the module content and textbook. Understanding the concepts and how to apply them in real-life
situations is critical (Vass & Gustavsson, 2017). To develop or achieve well-coordinated
functions of numerous components, companies must give logistical support. Because it facilitates
4
the conveyance of information via IT systems to enable data processing, the research content is
relatively comparable to the topic learned in class. The information comes from a company that
uses logistics information systems to make data collection and processing easier. Knowledge is
created when data is recorded in computer systems, and it is critical for enhanced logistic
processes.
To compare it to the critical issue assigned for the module, the study was comprehensive.
The main subject is the installation of logistics systems. In this regard, the study focuses on the
different problems that may obstruct implementing the procedures in question. There are no
significant disparities between the research findings, and the module studied throughout the
week. It was feasible to assess the numerous problems in a broad sense from the readings and
how they would affect the logistics system implementation process. On the other hand, the study
findings present the same difficulties but a more thorough approach (Rahman et al.,2018).
Further research found that logistics encompasses a wide range of activities carried out
by a company. Furthermore, as observed in the textbook readings, logistic systems are required
for an organization's logistics performance to be maximized. On the other side, the importance of
maximizing environmental performance in logistics is discussed in the essay. The similarities
show that the central theme in the textbook readings on the implementation of logistics systems,
which emphasizes the difficulty of implementing such strategies, is related to the challenges
described in the article. Differences in logistics system implementation can take many forms, and
the chosen report focuses on the implementation issues that environmental practices in logistics
face. As a result, the essay aims to comprehend the logistics implementation process and the
many challenges that can obstruct it. In this example, the article compares the module that
describes logistics system implementation and the general difficulties that may arise during the
5
process. The paper discusses many challenges that impede applying environmental principles in
logistics, similar to textbook readings in class. Reverse logistics is used in the implementation,
and there are both internal and external impediments. Further research revealed that the barriers
mentioned in the article are similar to those discussed in textbooks, with some of the most
significant obstacles being high costs to implement the change in logistics, a lack of support from
management and the government, insufficient human resources, a poor organizational culture,
and a lack of effective corporate leadership policies (Tijan et al., 2019).
The seminar covered various topics, including supply chain planning, which may be
accomplished using internal firm resources and mechanics to initiate planning. Supply chain
planning aids in the coordination of critical logistics and supply chain resources. The research
examined in this paper was primarily concerned with logistical information systems, which
included blockchain technology. The topic is essential because it helps people comprehend why
they need to use technology more efficiently. Collaborative planning and approaches that
improve logistical performance are required (Heriyanti & Ishak, 2020). Some companies fail to
coordinate their business predictions to boost demand by sharing information.
Article Summary
Xie, C., & Deng, S. T. (2018). The Design and Implementation of Logistics Information
System based on Multitier Architecture. In Journal of Physics: Conference Series
(Vol. 1087, No. 4).
For efficiency and economic gain, the essay focuses on logistics information management
systems in diverse enterprises. Technology is critical in company management and human
resources, according to the source. As a result, businesses concentrate on service quality while
also incorporating vital data to increase public security within the corporation. This will
6
necessitate the usage of computer databases that strive to meet international data integrity
standards. To ensure that the operating system achieves its goal, it must be accurate and
dependable. The paper is essential for this study because it will show why it is necessary to
increase database security through oversight, comprehension, and good administration. As a
result, the essay will provide valuable insight into the importance of excellent information
management to get the most outstanding results.
The article is crucial for this study since it provides a holistic method for transferring
autonomy, intelligence, and autonomous robots. It will explain why advanced technologies are
needed to improve flexibility, speed, product quality, and manufacturing processes. The article
uses IBM as an example of a firm that used blockchain technology to optimize its supply chain.
At the same time, companies like Walmart and Nestle are attempting to implement similar
technology.
Application
The use of cutting-edge technologies to develop logistic information systems is on the
rise. Blockchain technology, for example, is gaining traction in some companies, such as IBM, to
make the supply chain more convenient and safer. IBM blockchain technologies in the cloud
tend to provide end-to-end features that support secure corporate networks. This suggests that
businesses implement logistics information systems to ensure enhanced sustainability, reduce
fraud and mistakes, and reduce paperwork delays (Kembro & Norrman, 2019). The expanded
use of logistics information systems is digital dimensions, which provide a structured framework
for delivering the best solutions. Graphics, words, and symbols can all be used to represent data.
On the other hand, organizations can choose the format that best suits their needs to
achieve their goals. For a company to use technology in logistics, it must use current information
7
technological breakthroughs. Furthermore, determining internal and external links is critical in
investigating logistics system automation in various enterprises. The necessary infrastructure
contains digitized hardware and software modules that allow logistics management to be more
flexible. Other uses for e-logistics include assisting with functions such as planning, execution,
and control of various parts of an organization. The internet plays a vital role in modernizing
logistic systems by providing platforms, tools, and facilities to improve services and
collaboration. As a result, adopting logistics technologies that will enhance industrial
competitiveness and economic efficiency is crucial (Kembro & Norrman, 2019).
Annotated Bibliography
Entchev, E. (2018). The innovative approach to the development of automated logistics
information systems. Innovations, 6(3), 89-91.
The article discusses the use of automation to implement novel technologies in logistics.
The logistics information system is a well-organized system that employs software and other
technologies. Organizational growth is often aided by advances in internet technology and the
emergence of complex supply chains. Another important aspect of this research is the
explanation of the fundamental logistical competencies. For example, a firm may use a computer
to handle data, which allows for cost savings. The source will assist in determining the
informational requirements at all levels of management.
Heriyanti, F., & Ishak, A. (2020, May). Design of logistics information system in the
finished product warehouse with the waterfall method: review literature. IOP
Conference Series: Materials Science and Engineering (Vol. 801, No. 1, p. 012100).
IOP Publishing
8
The essay focuses on manual logistics information systems that take a long time to complete.
Human mistakes, time wasted, and inefficiencies are all possibilities. The paper's
recommendation is to computerize logistics processes to allow a smooth flow of information. In
terms of communication networks for data management, the logistics information system is
highly comprehensive. The material will help describe warehouse and other store logistics
information systems. The utilization of this source's content will be required for this topic's
analysis. The computerized system and data availability will provide more critical help for firms
that use logistics information systems.
Kembro, J., & Norrman, A. (2019). Exploring trends, implications, and challenges for
logistics information systems in Omni-channels. International Journal of Retail &
Distribution Management, 47(4), 384-410 https://doi.org/10.1108/IJRDM-07-2017-
0141.
The purpose of the preceding essay is to identify the trends, consequences, and issues that Omni-
channel logistics systems face. The paper seeks to address the many problems associated with
implementing logistics systems in this situation. The study uses various research methods to
investigate Swedish merchants' conditions concerning IS logistics and their perspectives on
future changes. According to the data, retailers preferred the adoption of IS logistics, which
enabled an increase in inventory movement and integration. The obstacles in implementing
logistics said that transforming Omnichannel logistics connected to increasing complexities and
decentralization of networks must be addressed.
Mohamed, M. (2018). Challenges and Benefits of Industry 4.0: An overview. International
Journal of Supply and Operations Management, 5(3), 256-265 10.22034/2018.3.7
9
The purpose of the preceding text is to give the reader an overview of Industry 4.0, its issues in
the business world, and the design and execution of future corporate organizations. Researchers
have backed Industry 4.0 to overcome the present problems that businesses face due to changing
settings. The research for this study took place between 2011 and 2018, and the researchers used
a variety of sources, including journals, periodicals, government publications, and scientific
papers. The data collection strategy utilized in this study gives the reader an overview of
contemporary research practices. The article then goes on to discuss the many problems that
firms face when implementing Industry 4.0.
Rahman, N., Mohammad, M., Rahim, S., & Noh, H. (2018). Implementing air cargo halal
warehouse: Insight from Malaysia. Journal of Islamic Marketing, 9(3), 462-483
https://doi.org/10.1108/JIMA-09-2016-0071
The article discusses a study undertaken to determine the issues that could arise during the
introduction of logistics systems in a halal warehouse. In any food manufacturing and
transportation industry, such as Halal, logistics systems ensure that the products do not perish.
The study's method included conducting a better investigation to gain a better understanding of
the halal warehouse, the challenges that may arise as a result of implementing logistics systems
in the halal warehouse, and the various methods and procedures that may be useful in dealing
with the warehouse's activities in terms of exports and imports.
Tijan, E., Aksentijević, S., Ivanić, K., & Jardas, M. (2019). Blockchain technology
implementation in logistics. Sustainability, 11(4), 1185
The essay focuses on blockchain technology and how it might be used in logistics to improve
processes by sharing crucial data with various stakeholders. This article was chosen because it
focuses on one of the most recent technologies with numerous advantages over other inventions.
10
Blockchain, for example, enables anonymity and allows appropriate parties to have unrestricted
access to data. Furthermore, it is impossible to manipulate data submitted; as a result, the system
is safe and promotes integrity, which other technologies may lack. Another benefit is that parties
are unable to erase data that has been made public. Before demonstrating its application in
logistics management, the essay defines and explains what blockchain is. According to the paper,
blockchain technology uses public-key cryptography to solve double-spending, which decreases
fraudulent transactions. I use the cryptocurrency bitcoin as an example of a P2P technology in
which no third parties are involved during transactions. Blockchain technology can assist in
interconnecting suppliers and improve the supply chain in logistics systems, hence increasing
transaction security.
Vass, S., & Gustavsson, T. (2017). Challenges when implementing BIM for industry
change. . Construction management and economics, 35(10), 597-610
https://doi.org/10.1080/01446193.2017.1314519
In the construction business, building information modeling (BIM) is a type of essential logistics
system. There is very little information available about the deployment of BIM and the issues
that come with it. As a result, the study's goal is to learn more about the system and its
implementation issues if major infrastructure clients want to change BIM work patterns in the
construction industry. The business value model was used in the study to understand better the
deployment of BIM as an IT-supported change process and the organizational challenges. The
research highlighted nine obstacles that hampered the public client's potential to transform the
construction sector through BIM implementation.
11
Zhou, H., & Wang, J. (2016). Integration and implementation of logistics information
systems based on SOA technology. Management & Engineering, (22), 100.
DOI:10.5503/J.ME.2016.22.018
By implementing logistics information systems, the article solves a divide between the producer
and the consumer. RFID technology can be used to improve the efficiency of modern logistics
information systems. Companies are concentrating on upgrading logistics systems to reduce
production and cycle times. Receiving, labeling and packaging are some of the most critical
activities that require extreme precision. As a result, businesses can have a faultless delivery
system that uses modern technology to enable real-time assessment management. The paper also
explains that the logistics information system's efficient implementation necessitates. To achieve
effective integration, efficient integration is required. The report can be used in this study to help
establish logistics information systems that use models to connect suppliers, transportation
companies, and storage facilities.
References
Entchev, E. (2018). The innovative approach to the development of automated logistics
information systems. Innovations, 6(3), 89-91.
12
Heriyanti, F., & Ishak, A. (2020, May). Design of logistics information system in the finished
product warehouse with the waterfall method: review literature. IOP Conference Series:
Materials Science and Engineering (Vol. 801, No. 1, p. 012100). IOP Publishing
Kembro, J., & Norrman, A. (2019). Exploring trends, implications, and challenges for logistics
information systems in Omni-channels. International Journal of Retail & Distribution
Management, 47(4), 384-410 https://doi.org/10.1108/IJRDM-07-2017-0141.
Mohamed, M. (2018). Challenges and Benefits of Industry 4.0: An overview. International
Journal of Supply and Operations Management, 5(3), 256-265 10.22034/2018.3.7.
Rahman, N., Mohammad, M., Rahim, S., & Noh, H. (2018). Implementing air cargo halal
warehouse: Insight from Malaysia. Journal of Islamic Marketing, 9(3), 462-483
https://doi.org/10.1108/JIMA-09-2016-0071.
Tijan, E., Aksentijević, S., Ivanić, K., & Jardas, M. (2019). Blockchain technology
implementation in logistics. Sustainability, 11(4), 1185
Vass, S., & Gustavsson, T. (2017). Challenges when implementing BIM for industry change. .
Construction management and economics, 35(10), 597-610
https://doi.org/10.1080/01446193.2017.1314519
Zhou, H., & Wang, J. (2016). Integration and implementation of logistics information systems
based on SOA technology. Management & Engineering, (22), 100.
DOI:10.5503/J.ME.2016.22.018
13
