U.S. Customs and Border Protection and the U.S. Department
of Commerce recently signed a Memorandum of Understanding to
provide certain export validation information to the Mexican
government for purposes of mutual border protection, export
control, and the detection and deterrence of revenue fraud.
The
United States and Mexico share a common land border that sees
cross-border trade worth nearly $250 billion every year. Under
the U.S./Mexico Smart Border Accord signed by President Bush and
Mexico President Fox in 2002, CBP and the Mexico Customs General
Administration agreed to pursue measures to enhance the national
security interests of each country, while not interfering with
legitimate trade.
“Revenue fraud, the security of commerce moving along our
southern border with
Mexico, and the security of the transportation networks between
the two countries are issues of concern to both the governments
of Mexico and the United States,” said U.S. Customs and Border
Protection Commissioner Robert C. Bonner. “I am convinced that
one of the most effective tools to prevent fraud and the
movement of contraband south of the border is the mutual
validation of information.”
Federal law limits access to export information by other
agencies and departments, except in specific, controlled
instances or programs. U.S. Customs and Border Protection
formally requested and was granted access to certain export
information for the purposes outlined above.
This information will be limited in content and scope,
under strict controls, and access to the information within the
respective customs authorities will be limited. No
company-specific data is involved. The purpose is to investigate
anomalies or discrepancies. To validate information on an
indicated anomaly, no raw data will be exchanged by Mexico
Customs and CBP — only an indicator that the data matched or did
not match what CBP has on file. Under the MOU, CBP has authority
to work in this manner with
Mexico only. No other country is involved in this agreement.
Ruling praised
Bonner recently hailed the U.S. Supreme Court ruling
upholding CBP officers and agents’ authority to disassemble and
thereby search a vehicle’s gas tank for terrorist weapons,
drugs, and other contraband, without the need to obtain a
warrant or probable cause.
Bonner, a former federal judge, called the unanimous
opinion, “a forceful and reasoned reaffirmation of U.S. Customs
and Border Protection’s border search authority which is a
cornerstone in our nation’s ability to prevent terrorists and
terrorist weapons from entering this country.”
The case involved the inspection of a station wagon driven
by Manuel Flores-Montano at the Otay Mesa port of entry near
San Diego,
Calif. A Customs inspector, utilizing his border search
authority, searched the vehicle’s gas tank by disassembling it,
and found 37 kilograms of marijuana. Flores-Montano was indicted
on drug trafficking charges.
A federal judge ruled and was upheld by the U.S. Court of
Appeals for the Ninth Circuit in
San Francisco that the seized marijuana could not be used as
evidence in the case, and that the search of the gas tank
violated the Fourth Amendment.
The U.S. Supreme Court reversed the Ninth Circuit’s
ruling. Chief Justice Rehnquist, in is opinion stated that “the
government’s interest in preventing the unwanted entry of
person’s and effects is at its zenith at the international
border,” an opinion strongly seconded by Bonner.
“Now, more than ever before in our history, the need to
secure our borders is basic to the safety of the
United States.
Terrorist weapons and terrorists have to come here to harm us,
and Customs and Border Protection has the mission to stop them.
“The Supreme Court’s strong opinion reaffirms the broad legal
authority we need to accomplish our mission,” Commissioner
Bonner stated.
Hi tech inspections
Bonner recently unveiled new highly sophisticated
radiation portal monitors to better prevent terrorists or others
from attempting to smuggle radiological materials used in
nuclear and radiological dispersal devices (e.g., dirty bombs)
through U.S. seaports. CBP is rapidly deploying these devices to
all major
U.S. seaports.
In addition to the radiation portals, other sophisticated
equipment is used by CBP in its layered enforcement strategy.
This technology includes large-scale non-intrusive inspection (NII)
technology, x-ray type machines that can scan an entire sea
container within 2 to 3 minutes, personal radiation detection
devices and radiation isotope identifiers that can pinpoint the
source and nature of radiation. These radiation detection
devices are important in detecting and identifying radioactive
materials moving through a port of entry.
“The best way to prevent a terrorist attack is by
preventing terrorists or terrorist weapons from entering our
country in the first instance. The recent terrorist attacks in
Madrid
drive home the increased need to secure our borders against
terrorist penetration. The new highly sophisticated radiation
detection devices U.S. Customs and Border Protection is
deploying in our seaports are a major step in ensuring that our
border and our country are more secure,” said Bonner.
The radiation portals being deployed at the seaports
enhance CBP’s already formidable radiation detection
capabilities. Shortly after becoming Commissioner of the U.S.
Customs Service, Commissioner Bonner required the use of
Personal Radiation Detection devices (PRDs) to be worn by all
Customs inspectors with frontline responsibility. On
March 1, 2003, upon the creation of U.S. Customs and Border Protection,
merging together all legacy Customs, Immigration and Agriculture
inspectors, Bonner directed that all CBP inspectors with
frontline responsibility be equipped with PRDs. Additionally
since 9/11, CBP has more than doubled the number of PRDs in its
arsenal; it now has more than 9,400.
In addition, currently CBP has deployed more than 300 Radiation
Isotope Identifier Devices or RIIDs to every major seaport and
land border crossing in the U.S. These devices are hand-held
instruments capable of detecting and identifying various types
of radiation emanating from radioactive materials, including
materials used in a nuclear or radiation dispersal weapon as
well as special nuclear materials, natural sources, and isotopes
commonly used in medicine and industry.