Data
protection
and
security
management
in
the
6G
era
is
a
key
challenge
due
to
emergence
of
high
density
cloud
computing.
The
availability
computing
technologies
creates
platform
for
massive
data
storage,
processing,
analytics
capabilities
at
scale
that
has
never
been
seen
before.
High
facilitates
deployment
complex
distributed
systems
consisting
hundreds
or
thousands
nodes
single
deployment.
This
can
have
significant
impact
on
as
it
increases
potential
threat
system
from
malicious
actors.
To
protect
this
environment,
organizations
must
adopt
more
advanced
practices
such
access
control,
encryption,
defensive
layers
against
use
encryption
provide
layer
by
making
difficult
outsiders
information
without
authorization.
Access
control
also
prevent
unauthorized
users
accessing
certain
parts
system,
while
help
detect
block
attacks.
results
study
showed
potentially
improve
efficiency
performance
networks.
IGI Global eBooks,
Год журнала:
2025,
Номер
unknown, С. 177 - 208
Опубликована: Март 28, 2025
Blockchain
and
IoE
have
proven
to
be
powerful
game
changers
across
various
application
domains
by
improving
operational
agility,
data
veracity,
value-added
services.
Their
combination
makes
it
possible
process
data,
implement
automation,
improve
security
in
real-time,
bringing
smarter
decision-making
increasing
transparency
the
healthcare
manufacturing
industries,
as
well
smart
cities.
The
blockchain
ledger
together
with
less
exploit
weaknesses
old
systems,
resource
allocation
regulatory
compliance.
BuildES
is
operationally
cost-effective,
trust-fostering,
protective.
This
paper
solves
these
issues
exploring
case
studies,
challenges,
prospects
detailing
how
are
transforming
approaches
assuring
future
sustenance
industries.
IGI Global eBooks,
Год журнала:
2025,
Номер
unknown, С. 115 - 154
Опубликована: Март 28, 2025
Security
and
trust
are
two
critical
challenges
of
IoE,
which
refers
to
the
interconnection
electronic
devices
providing
intelligent
services.
The
IoE
ecosystem
works
using
smart
contracts
based
on
pre-specified
rules
dynamic
automated
transactions
that
self-eject
contracts,
permitting
removal
intermediaries
from
process.
This
dynamism
reduces
human
error
fraud
while
enhancing
assurance
transparency.
chapter
offers
insights
into
data
integrity,
better
authenticity,
efficiency
identified
communications
provided
by
in
architectures.
Smart
essentially
platforms
through
security
public
confidence
reinforced
alleviating
risks.
Because
they
depend
tamper-free
immutable
blockchain
ledgers,
event
information
is
recorded
safely,
creating
immense
efficiency,
command
over
fraud,
been
further
improved
with
standards.
They
scale,
interoperate,
comply
regulation—three
key
points—when
constructing
a
secure
trusted
ecosystem.
Journal of Telecommunications and Information Technology,
Год журнала:
2025,
Номер
unknown
Опубликована: Май 22, 2025
The
emergence
of
5G
ultra-dense
networks
has
gained
considerable
attention,
as
solutions
this
kind
enable
rapid
and
intelligent
device
connectivity,
thus
ushering
in
a
new
era
high-speed
communications.
Nevertheless,
the
process
managing
mobility
across
varying
inter-frequency
strategies
increases
interference
complexity.
development
reliable
handover
algorithm
is
crucial
for
high-quality
service,
especially
with
small
cells.
However,
frequent
handovers,
ping-pong
effects,
load-balancing
issues
arise
due
to
random
dense
deployment
Additionally,
ensuring
secure
smooth
authentication
critical,
an
increased
risk
transitions
users
different
networks.
In
such
context,
research
focuses
on
triggering
handovers
mobile
networks,
all
while
protecting
sensitive
data.
We
introduce
artificial
intelligence-based
approach
aimed
at
improving
initiation
management
processes,
leveraging
Boruta
forest
optimization
(BRFO)
fine-tune
margins
identify
optimal
trigger
points
handovers.
addition,
impulsive
graph
neural
network
(IGNN)
utilized
decision
framework
predict
minimize
unnecessary
stability
cell
environments.
Simulation
results
demonstrate
that
proposed
methodology
significantly
enhances
management,
strengthens
authentication,
effectively
mitigates
variety
attacks
Energies,
Год журнала:
2024,
Номер
17(24), С. 6271 - 6271
Опубликована: Дек. 12, 2024
The
global
transport
sector,
a
significant
contributor
to
energy
consumption
and
greenhouse
gas
(GHG)
emissions,
requires
innovative
solutions
meet
sustainability
goals.
Artificial
intelligence
(AI)
has
emerged
as
transformative
technology,
offering
opportunities
enhance
efficiency
reduce
GHG
emissions
in
systems.
This
study
provides
comprehensive
review
of
AI’s
role
optimizing
vehicle
management,
traffic
flow,
alternative
fuel
technologies,
such
hydrogen
cells
biofuels.
It
explores
potential
drive
advancements
electric
autonomous
vehicles,
shared
mobility,
smart
transportation
economic
analysis
demonstrates
the
viability
AI-enhanced
transport,
considering
Total
Cost
Ownership
(TCO)
cost-benefit
outcomes.
However,
challenges
data
quality,
computational
demands,
system
integration,
ethical
concerns
must
be
addressed
fully
harness
potential.
also
highlights
policy
implications
AI
adoption,
underscoring
need
for
supportive
regulatory
frameworks
policies
that
promote
innovation
while
ensuring
safety
fairness.
Data
protection
and
security
management
in
the
6G
era
is
a
key
challenge
due
to
emergence
of
high
density
cloud
computing.
The
availability
computing
technologies
creates
platform
for
massive
data
storage,
processing,
analytics
capabilities
at
scale
that
has
never
been
seen
before.
High
facilitates
deployment
complex
distributed
systems
consisting
hundreds
or
thousands
nodes
single
deployment.
This
can
have
significant
impact
on
as
it
increases
potential
threat
system
from
malicious
actors.
To
protect
this
environment,
organizations
must
adopt
more
advanced
practices
such
access
control,
encryption,
defensive
layers
against
use
encryption
provide
layer
by
making
difficult
outsiders
information
without
authorization.
Access
control
also
prevent
unauthorized
users
accessing
certain
parts
system,
while
help
detect
block
attacks.
results
study
showed
potentially
improve
efficiency
performance
networks.
