Advances in business strategy and competitive advantage book series,
Journal Year:
2025,
Volume and Issue:
unknown, P. 35 - 68
Published: Jan. 31, 2025
The
incorporation
of
Artificial
Intelligence
(AI)
within
Industry
5.0
significantly
enhances
resilience
among
small
businesses.
This
chapter
explores
how
AI
transforms
resilience,
sustainability,
and
customer
engagement
strategies.
With
Small
businesses
can
analyze
large
datasets
to
identify
risks,
optimize
operations,
deliver
personalized
experiences
that
align
with
consumer
expectations.
AI's
ability
process
data
efficiently
allows
anticipate
market
changes
navigate
uncertainties.
Additionally,
adopting
fosters
a
culture
encouraging
employees
embrace
change.
also
supports
sustainable
practices
by
optimizing
resource
use
reducing
waste.
Customer
improves
through
AI-driven
personalization,
allowing
tailor
products
services
individual
preferences.
concludes
recommendations
for
businesses:
invest
in
employee
training
collaboration,
ensure
leadership
commitment,
prioritize
foster
adaptability
thrive
today's
5.0.
Business Process Management Journal,
Journal Year:
2024,
Volume and Issue:
30(2), P. 505 - 557
Published: March 22, 2024
Purpose
The
aim
of
this
paper
is
to
identify
the
main
challenges
and
limitations
current
business
process
management
(BPM)
development
directions
noticed
by
researchers,
as
well
define
areas
BPM
paradigm
shifts
necessary
for
tomorrow
meet
posed
Industry
4.0
emerging
5.0.
This
extremely
important
from
perspective
eliminating
existing
broadening
gap
between
considerations
academic
researchers
needs
itself.
Design/methodology/approach
A
systematic
literature
review
was
conducted
on
basis
resources
two
digital
databases:
Web
Science
(WoS)
SCOPUS.
Based
PRISMA
protocol,
authors
selected
29
papers
published
in
last
decade
that
diagnosed
modern
contained
recommendations
its
future
development.
content
articles
analyzed
within
four
core
areas.
Findings
most
commonly
point
organization
(21
articles)
methods
information
technology
(IT)
(22
context
recommended
points
prevalence
among
–
or
focus
technological
solutions
raising
efficiency,
with
full
exclusion
only
partial
signalization
influence
implementing
new
technologies
stakeholders
particular
employees,
their
roles
competencies
key
aspects
Research
limitations/implications
proposal
requires
extension
paradigm,
taking
into
account
holistic
nature,
especially
unpredictable,
knowledge-intensive
processes
requiring
dynamic
management,
need
integrate
knowledge
(KM)
requirements
5.0
terms
organizational
culture.
limitation
study
based
WoS
SCOPUS
search
has
been
narrowed
down
publications
English
only.
Practical
implications
also
specific
managers
encounter
a
daily
basis.
presented
summaries
resulting
are
accompanied
primarily
dedicated
practitioners.
Social
article
indicates
area
people
culture
one
BPM.
It
emphasizes
necessity
greater
degree
people,
knowledge,
experience
engagement,
formal
informal
communication,
without
which
it
impossible
use
creativity,
innovativeness
dynamism
individual
communities
create
value
course
execution.
Originality/value
To
authors'
first
Processes,
Journal Year:
2024,
Volume and Issue:
12(4), P. 787 - 787
Published: April 14, 2024
In
the
era
of
rapid
technological
advancement
and
evolving
industrial
landscapes,
embracing
concept
factory
future
(FoF)
is
crucial
for
companies
seeking
to
optimize
efficiency,
enhance
productivity,
stay
sustainable.
This
case
study
explores
FoF
its
role
in
driving
energy
transition
digital
transformation
within
automotive
sector.
By
advancements
technology
innovation,
these
factories
aim
establish
a
smart,
sustainable,
inclusive,
resilient
growth
framework.
The
shift
towards
hybrid
electric
vehicles
necessitates
significant
adjustments
vehicle
components
production
processes.
To
achieve
this,
adoption
lighter
materials
becomes
imperative,
new
technologies
such
as
additive
manufacturing
(AM)
artificial
intelligence
(AI)
are
being
adopted,
facilitating
enhanced
efficiency
innovation
environment.
An
important
aspect
this
paradigm
involves
development
utilization
modular,
affordable,
safe
human–robot
interaction
highly
performant
intelligent
robot.
introduction
robot
aims
foster
higher
degree
automation
through
collaborative
environments
on
floor
lines,
specifically
tailored
combining
strengths
human
robotic
capabilities,
revolutionize
processes,
ultimately
industry
more
sustainable
technologically
advanced
future.
implementation
initial
strides
toward
transitioning
from
Industry
4.0
5.0,
focusing
three
recognized,
large,
operating
north
Portugal.
IEEE Access,
Journal Year:
2024,
Volume and Issue:
12, P. 81938 - 81967
Published: Jan. 1, 2024
Industry
5.0
is
one
of
the
emerging
stages
industrialization
in
which
humans
collaborate
with
cutting-edge
technologies
to
enhance
various
workplace
processes.
The
primary
objective
emphasize
meeting
needs
people
and
provide
enhanced
resilience
understanding
sustainability.
enables
cooperation
such
advanced
stakeholders
education
sector
ensure
efficiency
effectiveness
teaching-learning
process.
present
study
provides
an
exhaustive
review
role
smart
education.
At
outset,
a
brief
overview
scenario
its
associated
challenges
presented.
This
sets
stage
for
establishing
need
Education
1.0
progressive
transition
4.0.
Further,
motivation
integrate
4.0
related
enabling
that
support
are
discussed.
paper
extensively
description
application
educational
sectors
namely
medical
education,
further
learning,
distance
engineering
shop
floor
training.
also
presents
seven
case
studies
highlighting
successful
implementation
versatile
regions.
Finally,
discussed
pointing
potential
future
directions
research.
IEEE Access,
Journal Year:
2024,
Volume and Issue:
12, P. 7156 - 7169
Published: Jan. 1, 2024
Malicious
assaults
and
information
leakage
have
grown
in
importance
practically
every
area
of
communication
technology
(ICT)
recent
years.
Enterprise
ledger
organization,
preservation,
security,
protection
are
all
greatly
aided
by
security
(IS).
To
maintain
their
positions
the
market,
industries
must
safeguard
data
other
vital
assets.
The
main
goals
this
paper's
systematic
review,
which
covers
entire
process
privacy
to
introduce
cryptographic
IS
for
Industry
5.0
(the
Fifth
Industrial
Revolution)
as
a
comprehensive
solution
that
provides
regulatory
compliance
policies
addition
industrial
goals.
review
four
areas:
(i)
recognizing
need
frameworks
be
developed
secure
lifecycle;
(ii)
emphasizing
guidelines,
procedures,
countermeasures
5.0;
(iii)
applying
control,
access,
availability
real-time;
(iv)
proposing
futuristic
architecture
security.
Furthermore,
analysis
previously
published
state-of-the-art
techniques
is
presented
paper.
These
survive
with
various
limitations
challenges,
including
intercommunication
exchange,
fine-grained
control
interconnectivity-related
issues,
affect
adoption
an
programmes.
At
end
we
investigated
few
open
research
problems
mentioned
those
involved
design
re-encryption-enabled
future
developments.
Advances in business strategy and competitive advantage book series,
Journal Year:
2025,
Volume and Issue:
unknown, P. 35 - 68
Published: Jan. 31, 2025
The
incorporation
of
Artificial
Intelligence
(AI)
within
Industry
5.0
significantly
enhances
resilience
among
small
businesses.
This
chapter
explores
how
AI
transforms
resilience,
sustainability,
and
customer
engagement
strategies.
With
Small
businesses
can
analyze
large
datasets
to
identify
risks,
optimize
operations,
deliver
personalized
experiences
that
align
with
consumer
expectations.
AI's
ability
process
data
efficiently
allows
anticipate
market
changes
navigate
uncertainties.
Additionally,
adopting
fosters
a
culture
encouraging
employees
embrace
change.
also
supports
sustainable
practices
by
optimizing
resource
use
reducing
waste.
Customer
improves
through
AI-driven
personalization,
allowing
tailor
products
services
individual
preferences.
concludes
recommendations
for
businesses:
invest
in
employee
training
collaboration,
ensure
leadership
commitment,
prioritize
foster
adaptability
thrive
today's
5.0.
