Executive Summary
This paper
will challenge the supposition that “logistics” is a chain, and further
reject the notion that it is comprised of two distinct sides, supply and
demand. The chain portrays logistics to be stagnant and
linear; it also suggests that supply and demand are two separate chains.
This view causes rigidity of thought and creates a contrary set of
theoretical business rules, forcing those involved to think within those
limitations.
Logistics
is dynamic! It is comprised of many moving components that continually
interact, constantly adding substance to an evolving process. The very
definition of logistics, “the discipline that manages the flow
of raw material through the finishing process and responsible for customer
satisfaction”, clearly demonstrates that its current representation as a
chain is in direct contravention of the “flow”. It will also be argued
that there are no distinct sides, that supply and demand is part of a
continuous cycle.
This
white paper will:
-
Challenge the notion that logistics is a chain
-
Propose
that there are two major components of logistics
-
Identify macrologistics and a representative sample of the major and
sub-components of micrologistics
-
Discuss
the logistics dichotomy
-
Discuss
evolving logistics concepts
Why Is This
Subject Important?
In
decision making theory, understanding differences and the levels of
difference is a mission critical element that must be incorporated and
operate pervasively throughout the entire decision process! The complexity
of logistics as it relates to today’s and tomorrows worldwide commerce
requires a clear understanding of these various differences and a fresh
look. The current concept that logistics is best described as the “supply
and demand chain” whose links portray the functional elements, incorrectly
postures logistics as being linear and unfluent. Logistics is a fluent
and dynamic process; the “chain” must be replaced in order to maximize the
benefits and to bring this important discipline to the next level!
Knowing
that there is a difference between micrologistics and macrologistics will
allow you to effectively and efficiently:
Identify weaknesses
Identify areas of opportunity
Select
the most appropriate tools, products and services
Achieve
successful collaboration
Reach
in to an enhanced database
Affect
improved communications
Establish new reasoning paths for study and analysis
Limitations of
the Chain
Logistics
and supply/demand chain are words that are incorrectly used
interchangeably and to describe each other. It therefore follows that the
application and reasoning are circular; so, effective articulation, with
resultant success, is impossible. These factors, coupled with the belief
that logistics is a chain have made the goal of world class logistics
excellence amorphous. If the notion of the chain continues to represent
logistics, we will see a continuation of insufficient ROI,
underutilization, poor response to tasks and events and a significant
misuse of management intelligence, talent and time.
Because
needs are constantly changing and because there is probably an equal
number of solutions occurring, it becomes exceedingly more difficult to
efficiently and effectively match a need or needs with the appropriate
solution or solutions. The “chain” limits our abilities and capabilities
because it is serial and of singular dimension. Further, Navi Radjou, of
Forrester Research, in his article (Supply Chain e-Business, July/August
2002), “Exit supply chains; enter adaptive supply networks”,
states, “Existing supply-chain apps don’t help manufacturers sense or
respond to changes in their operations network because they insulate
static plans from dynamic execution reality.” By virtue of these
restrictions, our thoughts have been channeled into believing that our
only tool is one that is “comprehensive”. If we only have a limited
number of needs or just a few needs that must be satisfied today,
acquisition of this comprehensive tool is likened to, “squeezing an orange
grove for a glass of juice”.
Since
logistics is responsible for managing, integrating and controlling the
flow of information, material and money, it must have the capability of
targeting a specific issue and establishing the best method of approach.
In order to plan and control these flows, the current view of logistics as
a chain has been unable to keep up with the needs analysis and the
selection of effective solutions.
Logistics
professionals recognize and appreciate the importance of, “squeezing only
the appropriate oranges, so as to extract the correct amount of juice” and
they clearly understand the importance of a continual harvest. Logistics
portrayed as a chain continually forces the belief that identifying issues
and solving problems must be performed in linear or serial, flat, static
and unfluent environment.
Most
companies throughout the world have embraced logistics and its importance
in achieving superior customer service, operations and profit
improvement. There has been a proliferation of logistics software
systems, products, tools and services over the last several years. They
are offered by general developers, 3PL’s and by other companies whose
initial development purpose was for internal use. Further, there has been
a great deal of dialog within and between companies, addressing the
subject specifically for the benefit of those business partners.
Additionally, the dialog is occurring in many forms such as, seminars,
case studies, white papers, webinars, on-line communities, management
presentations, lectures at educational institutions and advertisements.
Through this labyrinth, little consensus has been achieved, therefore
diminishing the ability to achieve a higher level of logistics success as
well as limiting effective collaboration. It is clear that the logistics
discipline and practice needs to evolve.
An Awakening
At least,
one company recognized that there is a logistics dichotomy and has
developed its products, tools, services and systems from a “new”
perspective, “simpler is better”. As a Transportation Management Services
Provider it focuses on incremental and connectible discrete vertical
products and service offerings within the Transportation Management
Spectrum. Consistent with this perspective, this approach recognizes and
appreciates the importance of getting its glass of juice from one orange.
Through this understanding, logistics can continue to evolve, reaching
higher levels of benefit, understanding and acceptance.
Two Major
Components of Logistics
The notion
of this paper is that logistics should be viewed as a set of gears; the
gears collectively represent macrologistics, while individually they
represent micrologistics. At the micrologistics level, each of the cogs
represents the discrete logistics functions. The graphic below will
symbolize this proposition.
Basis for the
Words
At the
outset, it is important to point out that there are no commonly used
definitions of micrologistics and macrologistics. The definitions of these
terms that have been reviewed were found to be product oriented, or
identify the name of a logistics company or division and therefore are
inconsistent and diverse. In order to properly understand this topic it
is imperative that shared definitions be established. The method of
approach that we selected to establish the shared definitions for this
paper, was to first consider the pure words, micro and macro, and then to
consider analogous terms. Microeconomics and macroeconomics have been
chosen as the terms that are most analogous to micrologistics and
macrologistics. By substituting appropriate words within the definitions,
we believe that reasonable definitions of micrologistics and
macrologistics have been achieved, at least, for this paper.
Shared
Definitions for this Paper
Logistics is the
discipline that manages the flow of raw material through the finishing
process and is ultimately responsible for customer satisfaction.
Micro is defined as,
Basic or small-scale.
Macro is defined as,
Large in scope or extent; large-scale
Microeconomics is the
study of the operations of the components of a national economy, such as
individual firms, households, and consumers.
Macroeconomics is the
study of the overall aspects and workings of a national economy, such as
income, output, and the interrelationship among diverse economic sectors.
Micrologistics
is the study of the operations of the components of logistics, such as
transportation procurement, inventory control, data, freight tracing-audit
and payment.
Macrologistics
is the study of the overall aspects and workings of logistics.
The Logistics
Gears Drive Logistics
The
graphic below identifies an overview of logistics and considers “gears”
instead of links in a chain. Essentially, gears demonstrate fluidity,
while links in a chain are stagnant. This distinction recognizes the fact
that there is a moving force or engine that drives logistics and
reinforces the fact that logistics is dynamic. In the operating logistics
process, one change causes another change. The application of dynamics
enables logistics and transportation professionals to intelligently
identify and forecast their needs and assign achievable goals. An
inherent advantage is planned response with predicable results.
Separating the
Overall from the Components
Macrologistics are represented by the gears collectively in the above
graphic and as such would be concerned with the overall aspects and
workings of logistics management. The individual gears would represent
micrologistics and address the components of logistics, such as
transportation, inventory, and warehousing. The cogs on the gears
represent the respective subcategories.
As an
example, Transportation as a micrologistics component could have the
following subcategories: rating, routing, tracing and tracking, sourcing,
auditing and payment, management reports.
Warehousing’s cogs could include: receiving, put-away, replenishment,
cycle-counting, picking, packing, shipping, kitting, returns.
Inventory’s cogs might include: turns,
safety-stock, cycle-stock, transit-stock, strategic-stock, replenishment
frequency, consignment-stock.
The Logistics Gears; Driving the Process

The
Macrologistics and Micrologistics Model
The
ability of the gears and the cogs to be interchangeable coupled with the
dynamic benefit would free logistics professionals from the static chain
by allowing them to include the gears of choice along with their
respective cogs. The gears and cogs are interchangeable and incremental.
As an example, you could easily move shipping from warehousing and place
it in transportation. Relative position of the gears along with their
size will influence the speed or velocity at which the logistics process
moves. Since macrologistics is concerned with the overall aspects and
workings of micrologistics, managing the process is empowered with an
entirely new dimension.
As
TransportGistics, Inc. continues to evolve this model, collateral
applications will be completed. Dynamic interaction with real-time
functioning will facilitate analysis and collaboration. The inclusion of
each interchangeable “gear set” will provide a highly coherent and dynamic
representation of logistics.
Conclusion
The
subject of this white paper is new and represents an evolving process.
Our next paper in this series will address, amongst other subjects,
1.
Micrologistics and Macrologistics, the basis
of distinction and operation
2.
Their interrelationship collectively along
with their interdisciplinary aspects
Continuation
Please
consider this white paper as a beginning in this subject area, succeeding
white papers will address common issues and address them with common
solutions. We encourage our readers to direct any specific questions or
comments to
papers@transportgistics.com .
Disclaimer
The information presented above
represents the opinion of the author and not necessarily the opinion of
TransportGistics, Inc. nor is it presented as a legal position.
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content copyright by TransportGistics, Inc. All rights are reserved. The
authors of the articles retain the copyright to their articles. No
material may be reproduced electronically or in print without the express
written permission from TransportGistics, Inc. or the individual authors
(papers@TransportGistics.com)