Abstract
Traditional
agriculture
is
increasingly
challenged
by
the
inefficient
use
of
water
resources,
unpredictable
weather
conditions,
and
growing
demand
for
food.
The
Internet
Things
(IoT)
introduces
innovative
technologies
that
enable
real-time
monitoring,
automation,
data-driven
decision
making
processes
in
agricultural
systems.
This
article
explores
application
IoT
various
contexts,
including
smart
farming,
precision
agriculture,
greenhouse
livestock
tracking.
technology
increases
irrigation
efficiency
ability
to
analyze
crop
health,
as
well
enabling
autonomous
machines.
It
also
productivity
terms
sustainability.
However,
despite
its
promise,
implementation
still
at
an
early
stage
has
infrastructure
costs,
high
technical
complexities,
especially
developing
countries.
discusses
problems
integration,
which
have
been
thoroughly
examined,
suggests
ways
overcome
them,
such
cost-saving
options
like
connectivity,
training
specific
programmes.
Particular
attention
paid
Morocco,
a
country
where
sector
significant
but
technology-poor.
To
these
challenges,
can
revolutionize
current
practices,
with
greater
less
impact
on
environment.
Sustainability,
Год журнала:
2025,
Номер
17(3), С. 925 - 925
Опубликована: Янв. 23, 2025
Agrivoltaics,
the
integration
of
photovoltaic
(PV)
systems
with
agricultural
activities,
is
gaining
attention
as
an
innovative
solution
to
improve
land
use
efficiency
and
address
climate
challenges.
This
study
investigates
potential
challenges
Agri-PV
in
Italian
context
using
a
bottom-up
SWOT–AHP
methodology,
incorporating
data
from
stakeholders
across
various
sectors.
Key
findings
highlight
significant
strengths,
such
increased
technological
innovation,
well
opportunities
renewable
energy
production
local
economic
growth.
However,
barriers
high
installation
costs,
regulatory
ambiguity,
impacts
on
biodiversity
remain
crucial
issues.
analysis
reveals
balanced
global
priorities,
leading
(26.8%)
stakeholder-specific
differences
that
offer
valuable
insights
for
inclusive
strategies.
The
research
also
estimates
technical
Italy,
showing
fraction
(1%
or
5%)
“Unused
Agricultural
Land”
could
triple
targets
outlined
National
Integrated
Energy
Climate
Plan
(PNIEC).
Estudios y Perspectivas Revista Científica y Académica,
Год журнала:
2025,
Номер
5(1), С. 310 - 332
Опубликована: Янв. 29, 2025
La
necesidad
por
alimentar
a
la
población
mundial
se
ha
convertido
en
un
desafío
nuestra
sociedad.
producción
agrícola
requiere
de
tecnificación
que
le
permita
cumplir
con
esta
población.
En
este
sentido
Big
Data
convierte
una
las
herramientas
relevantes
permiten
gestionar
y
optimizar
los
recursos
naturales
e
insumos
agrícolas
convirtiendo
actividades
el
campo
agricultura
inteligente
innova
mejora
resultados
producción.
El
presente
trabajo
busca
responder
pregunta
¿Cuáles
son
tendencias
actuales
aplicación
bigdata
inteligente?.
A
través
análisis
bibliométrico
buscamos
interrogante
determinar
brecha
investigación.
Los
alcanzados
nos
muestran
7
brechas
investigación:
bigdata,
blockchain,
smart
farming,
security,
artificial
intelligence
internet
of
things,
estos
determinantes
áreas
investigación
crecimiento
requieren
ser
exploradas
sus
permitirán
mejorar
producción,
alto
nivel
control
su
desarrollo
sostenible
sustentable.
Advances in Human Biology,
Год журнала:
2025,
Номер
unknown
Опубликована: Фев. 24, 2025
Abstract
Food
insecurity
remains
a
critical
public
health
challenge,
significantly
affecting
outcomes
and
contributing
to
the
burden
of
chronic
diseases.
Integrating
food
security
initiatives
within
healthcare
systems
offers
strategic
approach
addressing
this
issue
by
leveraging
infrastructure
identify,
support
manage
nutritional
needs
vulnerable
populations.
This
article
explores
multifaceted
role
policy
development,
stakeholder
engagement
technological
innovation
in
fostering
effective
integration
into
systems.
The
study
highlights
importance
comprehensive
training
capacity
building
for
professionals
effectively
recognize
respond
insecurity.
By
embedding
medical
curricula
professional
development
programmes,
providers
can
improve
patient
care
outcomes.
Despite
promising
benefits,
several
challenges
impede
progress,
including
limited
research
on
integrated
interventions’
long-term
impacts
economic
benefits.
Programs’
cultural
relevance
adaptability
also
require
further
exploration
ensure
effectiveness
across
diverse
paper
underscores
need
robust
metrics
continuous
improvement
methodologies
evaluate
impact
these
initiatives,
facilitating
replication
successful
models
varied
settings.
Furthermore,
identifies
gaps
proposes
future
directions
enhance
understanding
integration.
These
include
longitudinal
studies,
evaluations,
interdisciplinary
collaborations.
In
conclusion,
while
remain,
integrating
presents
significant
opportunity
reduce
With
collaborative
efforts
from
policymakers,
communities,
pave
way
towards
where
is
integral
well-being,
ultimately
healthier
more
resilient
communities.
Research Square (Research Square),
Год журнала:
2025,
Номер
unknown
Опубликована: Апрель 8, 2025
Abstract
The
Post-Quantum
Lightweight
Key
Sharing
Protocol
for
Secure
MQTT-Based
IoT
Networks
(PQLKS-MQTT)
addresses
the
critical
need
quantum-resistant
and
resource-efficient
security
in
communications.
As
proliferation
of
devices
continues,
securing
MQTT-based
networks
against
evolving
threats,
including
quantum
attacks,
becomes
imperative.
PQLKS-MQTT
integrates
Kyber
Encapsulation
Mechanism
post-quantum
key
exchanges,
along
with
BLAKE2s
hashing
ChaCha20
encryption,
to
ensure
robust
minimal
resource
consumption.
Implemented
using
Cooja
simulator
Contiki
OS,
Eclipse
Mosquitto
MQTT
broker,
Open
Quantum
Safe
(liboqs)
library,
protocol
demonstrates
superior
performance
compared
state-of-the-art
solutions.
Experimental
results
show
that
achieves
lowest
CPU
energy
consumption
(0.0000021
mJ),
fastest
execution
time
(0.35
seconds),
computational
(260
cycles)
communication
overheads
(55
bytes),
only
a
slight
increase
average
(0.00145
mJ)
due
cryptographic
operations.
This
balance
between
enhanced
efficient
utilization
makes
suitable
solution
resource-constrained
large-scale
deployments,
offering
scalable,
quantum-safe
framework
future
ecosystems.
Foods,
Год журнала:
2025,
Номер
14(8), С. 1403 - 1403
Опубликована: Апрель 18, 2025
The
integration
of
biosensors
and
the
Internet
Things
(IoT)
in
food
packaging
is
gaining
significant
interest
rapidly
enhancing
safety
traceability
worldwide.
Currently,
IoT
one
most
intriguing
topics
digital
virtual
world.
Biosensors
can
be
integrated
into
to
monitor,
sense,
identify
early
signs
spoilage
or
freshness.
When
coupled
with
IoT,
these
contribute
data
transmission
via
networks,
providing
real-time
insights
storage
transportation
conditions
for
stakeholders
across
each
stage
supply
chain,
facilitating
proactive
decision-making
practices.
technologies
combining
could
leverage
artificial
intelligence
(AI)
enhance
safety,
quality,
security
industries,
compared
conventional
existing
inspection
technologies,
which
are
limited
assessing
weight,
volume,
color,
physical
appearance.
This
review
focused
on
highlighting
latest
advancements,
identifying
knowledge
gaps
applications
exploring
their
opportunities
shape
future
packaging,
particularly
context
21st-century
safety.
also
aims
investigate
role
creating
smart
ecosystems
examines
how
transmitted
from
systems
stored
cloud-based
platforms,
addition
addressing
upcoming
research
challenges.
Concerns
privacy,
security,
regulatory
compliance
implementing
addressed,
along
potential
solutions
overcome
barriers.
Technologies,
Год журнала:
2025,
Номер
13(5), С. 176 - 176
Опубликована: Апрель 29, 2025
The
prospect
of
integrating
every
object
under
a
unified
infrastructure,
which
provides
humans
with
the
possibility
to
monitor,
access,
and
control
objects
systems,
has
played
significant
role
in
geometric
growth
Internet
Things
(IoT)
paradigm,
across
various
applications.
However,
despite
numerous
possibilities
that
IoT
paradigm
offers,
security
privacy
within
between
different
interconnected
devices
systems
are
integral
long-term
networks.
Various
sophisticated
intrusions
attack
variants
have
continued
plague
sustainability
technologies
Thus,
effective
methodologies
for
prompt
identification,
detection,
mitigation
these
menaces
priorities
stakeholders.
Recently,
data-driven
artificial
intelligence
(AI)
models
been
considered
Hence,
recent
literature
studies,
single
ensemble
AI
subset
models,
such
as
deep
learning
reinforcement
proposed,
resulting
decision-making
secured
operation
Considering
trends,
this
study
presents
critical
review
recently
published
articles
whereby
were
proposed
analysis.
aim
is
highlight
emerging
issues,
current
conventional
strategies,
methodology
procedures,
achievements,
also,
importantly,
limitations
research
gaps
identified
those
specific
analysis
studies.
By
doing
so,
research-based
resource
scholars
researching
general
industrial
security.
Finally,
some
gaps,
well
directions
future
discussed.
Frontiers in Sustainable Food Systems,
Год журнала:
2025,
Номер
9
Опубликована: Май 14, 2025
This
paper
explores
the
impact
of
Internet
on
green
development
agriculture
in
China.
In
context
China’s
agricultural
development,
this
underscores
mounting
significance
and
potential
environmental
regulations
relationship
between
two.
The
analysis
used
a
panel
data
set
encompassing
31
Chinese
provinces
from
2007
to
2020.
empirical
study
found
that
significantly
impacts
efficiency
agriculture.
Further
reveals
comparison
with
central
regions,
eastern
regions
are
better
positioned
benefit
information
dividends
internet
development.
addition,
exerts
more
substantial
promotional
effect
specializing
staple
food
production
balanced
agriculture,
as
opposed
those
sales.
posits
both
command-and-control
market-incentive
can
enhance
Furthermore,
demonstrated
moderating
effects
exhibit
regional
heterogeneity.
Specifically,
have
while
western
regions.
Moreover,
vary
across
functional
zones.
is
significant
grain
balance.
findings
provide
valuable
insights
into
They
also
offer
important
implications
for
policy-makers.
