Information Systems Frontiers,
Год журнала:
2024,
Номер
unknown
Опубликована: Фев. 22, 2024
Abstract
The
present
study
addresses
two
critical
controversies
surrounding
the
emerging
Industry
5.0
agenda.
Firstly,
it
seeks
to
elucidate
driving
forces
behind
accelerated
momentum
of
agenda
amidst
ongoing
digital
industrial
transformation.
Secondly,
explores
how
agenda’s
sustainability
values
can
be
effectively
realised.
conducted
a
comprehensive
content-centric
literature
synthesis
and
identified
4.0
shortcomings
adversely
impacted
values.
Furthermore,
implements
novel
approach
that
determines
in
what
order
functions
should
leveraged
promote
objectives
5.0.
Results
reveal
has
benefited
economic
environmental
most
at
organisational
supply
chain
levels.
Nonetheless,
micro
meso-social
have
been
by
4.0.
Similarly,
worryingly
detrimental
macro
like
social
or
growth
equality.
These
contradictory
implications
pulled
However,
results
nine
that,
when
appropriately
correct
order,
offer
important
for
realising
socio-environmental
goals
For
example,
under
extreme
unpredictability
business
world
uncertainties,
first
leverage
automation
integration
capabilities
gain
necessary
cost-saving,
resource
efficiency,
risk
management
capability,
antifragility
allow
them
introduce
sustainable
innovation
into
their
model
without
jeopardising
survival.
Various
scenarios
empowering
knowledge
practice.
Journal of Cloud Computing Advances Systems and Applications,
Год журнала:
2022,
Номер
11(1)
Опубликована: Сен. 8, 2022
Abstract
Industry
4.0
has
been
provided
for
the
last
10
years
to
benefit
industry
and
shortcomings;
finally,
time
5.0
arrived.
Smart
factories
are
increasing
business
productivity;
therefore,
limitations.
In
this
paper,
there
is
a
discussion
of
opportunities
as
well
limitations
future
research
prospects.
changing
paradigm
brings
resolution
since
it
will
decrease
emphasis
on
technology
assume
that
potential
progress
based
collaboration
among
humans
machines.
The
industrial
revolution
improving
customer
satisfaction
by
utilizing
personalized
products.
modern
with
paid
technological
developments,
required
gaining
competitive
advantages
economic
growth
factory.
paper
aimed
analyze
applications
5.0.
At
first,
definitions
advanced
technologies
in
revolution.
There
also
enabled
like
healthcare,
supply
chain,
production
manufacturing,
cloud
etc.
discussed
big
data
analytics,
Internet
Things,
collaborative
robots,
Blockchain,
digital
twins
6G
systems.
study
included
difficulties
issues
examined
head
comprehend
caused
organizations
robots
people
assembly
line.
Applied System Innovation,
Год журнала:
2022,
Номер
5(1), С. 27 - 27
Опубликована: Фев. 17, 2022
The
term
Industry
4.0,
coined
to
be
the
fourth
industrial
revolution,
refers
a
higher
level
of
automation
for
operational
productivity
and
efficiency
by
connecting
virtual
physical
worlds
in
an
industry.
With
4.0
being
unable
address
meet
increased
drive
personalization,
5.0
was
addressing
personalized
manufacturing
empowering
humans
processes.
onset
is
observed
have
various
views
how
it
defined
what
constitutes
reconciliation
between
machines.
This
serves
as
motivation
this
paper
identifying
analyzing
themes
research
trends
using
text
mining
tools
techniques.
Toward
this,
abstracts
196
published
papers
based
on
keyword
“Industry
5.0”
search
IEEE,
science
direct
MDPI
data
bases
were
extracted.
Data
cleaning
preprocessing
performed
further
analysis
apply
techniques
key
terms
extraction
frequency
analysis.
Further
topic
i.e.,
unsupervised
machine
learning
method
used
exploring
data.
It
that
artificial
intelligence
(AI),
big
data,
supply
chain,
digital
transformation,
learning,
internet
things
(IoT),
are
among
most
often
several
enablers
been
identified
researchers
5.0.
Five
major
addressing,
chain
evaluation
optimization,
enterprise
innovation
digitization,
smart
sustainable
manufacturing,
transformation
driven
IoT,
AI,
Big
Data,
Human-machine
connectivity
classified
literature,
highlighting
can
explored.
theme
gateway
towards
human
co-existence
gaining
more
interest
community
recent
years.
Sustainable Production and Consumption,
Год журнала:
2022,
Номер
33, С. 716 - 737
Опубликована: Авг. 5, 2022
Scholars
believe
that
the
newly
introduced
Industry
5.0
has
potential
to
move
beyond
profit-centered
productivity
of
4.0
and
promote
sustainable
development
goals
such
as
human-centricity,
socio-environmental
sustainability,
resilience.
However,
little
been
done
understand
how
this
ill-defined
phenomenon
may
deliver
its
indented
sustainability
values
despite
these
speculative
promises.
To
address
knowledge
gap,
present
study
developed
a
strategy
roadmap
explains
mechanism
by
which
delivers
intended
functions.
The
first
reference
model
describes
technical
functional
properties
phenomenon.
further
conducted
content-centric
synthesis
literature
identified
functions
5.0.
Next,
interpretive
structural
modeling
(ISM)
technique
was
employed
identify
sequential
relationships
among
construct
5.0-enabled
development.
ISM
involved
collecting
opinions
11
experts
through
expert
panel
meetings.
Results
revealed
16
Circular
intelligent
products,
employee
assistance,
automation,
open
innovation,
renewable
integration,
supply
chain
adaptability
are
examples
identified.
These
highly
interrelated
should
be
in
specific
order
so
synergies
complementarities
them
would
maximize
value
gains.
5.0-driven
is
expected
provide
better
understanding
ways
can
contribute
development,
explaining
managed
their
contribution
values.
also
highlights
important
avenues
for
future
research,
emphasizing
enablers
Government
or
Corporate
Governance
Business Strategy and the Environment,
Год журнала:
2021,
Номер
30(8), С. 4237 - 4257
Опубликована: Авг. 3, 2021
Abstract
Despite
the
recent
interest
in
Industry
4.0
applications
for
sustainability,
little
is
known
on
processes
through
which
digital
transformation
and
technologies
enable
sustainable
innovation
manufacturing.
The
present
study
addresses
this
knowledge
gap
by
developing
a
strategic
roadmap
that
explains
how
businesses
can
leverage
to
introduce
sustainability
into
innovative
practices.
For
purpose,
conducts
systematic
review
of
extant
literature
identify
functions
applies
interpretive
structural
modeling
devise
promised
roadmap.
results
offer
interesting
insights
innovation.
developed
reveals
enables
11
functions.
underlying
principles
allow
improve
interfunctional
collaboration
better
integrate
with
internal
external
stakeholders.
further
improves
base
advanced
manufacturing
competency
promotes
organizational
capabilities
valuable
such
as
green
absorptive
capacity,
partnership,
orientation.
Through
these
functions,
subsequently
enhances
process
capacity
ability
develop
or
reintroduce
eco‐friendly
products
economically
competitively.
Overall,
complex
precedence
relationships
among
4.0,
offering
important
implications
seek
manage
development.
Technology in Society,
Год журнала:
2022,
Номер
70, С. 101997 - 101997
Опубликована: Май 18, 2022
The
fourth
industrial
revolution
has
turned
into
a
reality
during
the
past
few
years,
and,
as
result,
related
literature
grown
at
an
unprecedented
rate,
offering
valuable
insights
possible
impacts
of
Industry
4.0
various
analysis
levels.
Investigating
economic
effects
4.0,
especially
corporate
level,
been
cutting-edge
research
topic
across
disciplines.
Similarly,
several
studies
have
addressed
opportunities
that
might
offer
to
environmental
sustainability.
On
contrary,
social
sustainability
implications
are
less
explored
in
literature.
Unlike
overoptimism
around
benefits,
academia
remains
quite
inconsistent
while
interpreting
aspects
linked
4.0.
Trying
shed
some
light
on
this
issue,
conducts
state-of-the-art
systematic
review
academic
papers
and
Machine
Learning-based
grey
Contributing
very
relevant
fresh
topic,
study
summarizes
ongoing
trends
consequences
highlights
existing
gaps,
proposes
exciting
avenues
for
future
research.
Industrial Management & Data Systems,
Год журнала:
2022,
Номер
123(1), С. 278 - 301
Опубликована: Фев. 22, 2022
Purpose
The
study
challenges
the
assumption
of
independence
among
Technological,
Organizational
and
Environmental
(TOE)
factors
investigates
influence
TOE
on
Big
Data
Analytics
(BDA)
adoption
Small
Medium
Enterprises
(SMEs).
Top
management
support
was
proposed
as
a
mediator
between
technological
organizational
BDA
adoption.
Furthermore,
moderating
effect
environmental
association
relative
advantage,
compatibility,
competitiveness,
readiness
evaluated.
Design/methodology/approach
were
collected
from
171
SME
manufacturing
firms
analyzed
using
partial
least
squares
technique.
Findings
findings
confirmed
interrelationships
factors.
effects
competitiveness
mediated
by
top
support.
moderate
influences
compatibility
Originality/value
contribute
to
model
challenging
factors,
future
studies
should
use
this
with
more
caution
consider
potential
relationships
Sensors,
Год журнала:
2023,
Номер
23(2), С. 947 - 947
Опубликована: Янв. 13, 2023
Today,
blockchain
is
becoming
more
popular
in
academia
and
industry
because
it
a
distributed,
decentralised
technology
which
changing
many
industries
terms
of
security,
building
trust,
etc.
A
few
applications
are
banking,
insurance,
logistics,
transportation,
Many
insurance
companies
have
been
thinking
about
how
could
help
them
be
efficient.
There
still
lot
hype
this
immutable
technology,
even
though
has
not
utilised
to
its
full
potential.
Insurers
decide
whether
or
use
blockchain,
just
like
other
businesses
do.
This
keeps
distributed
ledger
on
each
node,
making
secure
transparent.
The
network
can
operate
smart
contracts
convince
others
agree,
so
criminals
cannot
make
mistakes.
On
another
side,
the
Internet
Things
(IoT)
might
real-time
application
work
faster
through
automation.
With
integration
IoT,
there
will
always
problem
with
regarding
IoT
devices
mining
blockchain.
paper
gives
view
blockchain-IoT-based
for
Industry
4.0
Society
5.0.
last
sections
discuss
essential
topics
such
as
open
issues,
challenges,
research
opportunities
future
researchers
expand
applications.
Journal of Industrial and Production Engineering,
Год журнала:
2023,
Номер
40(6), С. 432 - 447
Опубликована: Май 27, 2023
This
study
addresses
the
emerging
concept
of
Industry
5.0,
which
aims
to
tackle
societal
concerns
associated
with
ongoing
digital
industrial
transformation.
However,
there
is
still
a
lack
consensus
on
definition
and
scope
as
well
limited
understanding
its
technological
components,
design
principles,
intended
values.
To
bridge
these
knowledge
gaps,
conducts
content-centric
review
relevant
literature
synthesizes
evidence
develop
an
architectural
for
5.0.
The
findings
reveal
that
5.0
represents
future
transformation,
offering
potential
solutions
socio-economic
environmental
issues
were
inadequately
addressed
or
exacerbated
by
4.0.
provides
managers,
industrialists,
policymakers
comprehensive
overview
including
constituents,
smart
emphasizing
importance
stakeholder
involvement
integration
effective
governance
transformation
within
this
framework.
