© National Safe Skies Alliance - Authored by InterVISTAS Consulting
CBP Facilities Serve Growth
By 2036, US Customs and Border Protection
(CBP)’s workload is forecast to grow from 112
million passengers to nearly 250 million.
Every year, more than 112 million international travelers
arrive at U.S. airports of entry. Eighty-five percent of
passengers are cleared at airports within the United States,
with the balance at 15 Preclearance sites in Canada, the
Caribbean, Ireland and Abu Dhabi. The growth at the top
100 airports of entry is staggering, with an increase of
over 20% for the past 5 years.
International passenger growth plays an important role in
the economy. The United States implemented a National
Travel and Tourism Strategy to promote tourism into the
country, and it estimates that by 2021 the U.S. will have
welcomed 94.1 million international visitors, who will spend
$250 billion annually by the end of 2021.
Better Facilities Needed
The CBP Airport Technical Design Standard
(ATDS), which is updated every 5 to 7 years,
is currently being revised to keep pace with
new processes and technologies.
Many existing facilities where the CBP operates may not be
easily adapted to changing market and processing demands.
This Companion Guide to the ATDS was developed to be able
to provide airlines, airports, architects and planners guidance
to build better facilities, and “future-proof” assets that may
need to last 50 to 60 years.
About PARAS
The Program for Applied Research in
Airport Security (PARAS) is an industry-
driven, applied research program that
develops near-term practical solutions
to security problems faced by airport
operators. PARAS is managed by Safe
Skies, funded by the Federal Aviation
Administration (FAA), and modeled after
the Airport Cooperative Research
Program of the Transportation Research
Board. Contractors conduct the
research and are selected through a
competitive proposal process.
CBP Airport Technical Design Standard
Biometrics will both speed up and improve
processes. Are airports ready to optimally
deploy new technologies?