Home

Inefficiency

Inefficiency refers to a state in which resources are not used to their fullest potential, yielding less output than could be produced given the inputs and constraints. It can occur in many domains, from economics to engineering and public administration.

In economics, inefficiency describes outcomes that could improve welfare or reduce costs without harming others. Productive

Common causes include market failures, information asymmetry, externalities, monopoly power, and policy distortions. Inadequate infrastructure, misaligned

Measuring inefficiency often involves comparing actual performance to a benchmark. Efficiency is commonly defined as output

Examples appear across sectors: manufacturing waste, energy-inefficient buildings, excessive or unnecessary medical testing, and bureaucratic or

(technical)
inefficiency
occurs
when
production
happens
at
a
higher
cost
than
the
minimum
possible
for
a
given
output.
Allocative
inefficiency
arises
when
the
mix
of
goods
and
services
does
not
maximize
social
welfare,
typically
when
marginal
social
benefits
do
not
equal
marginal
costs.
Some
analyses
also
consider
dynamic
inefficiency,
which
involves
slow
adoption
of
better
technologies
or
practices
over
time.
incentives,
coordination
problems,
and
capital
or
technology
constraints
can
also
generate
inefficiency.
Inefficiency
may
be
temporary
or
persistent,
depending
on
whether
adaptive
improvements
are
feasible
and
timely.
divided
by
input;
productive
efficiency
means
achieving
the
output
level
at
the
least
cost,
while
allocative
efficiency
requires
resources
to
be
allocated
where
their
marginal
benefits
equal
their
marginal
costs.
Analytical
tools
such
as
data
envelopment
analysis
(DEA)
and
frontier
analysis
are
used
to
assess
technical
efficiency,
while
energy
intensity
and
cost
metrics
gauge
efficiency
in
specific
domains.
procedural
delays.
Remedial
approaches
include
process
optimization,
lean
management,
technology
upgrades,
improved
information
flow,
competition
and
market
reforms,
clearer
pricing
signals,
and
benchmarking
against
best
practices.