Since 9/11 the Port Authority of New York & New Jersey has made it clear it seeks to improve safety and security in all of its operations, including PATH, the bistate railroad the PA operates which also serves New York’s World Trade Center site. PATH’s WTC station was heavily damaged by the attack, which also flooded the tunnel linking the station to Exchange Place Station in New Jersey.
But defense contractors reportedly now are installing reinforced steel metal plates along the interior tunnel walls on the PATH system, along with flood-prevention gates being erected at New Jersey and New York locations affecting PATH’s line to WTC and its uptown branch terminating at 33rd Street in Midtown Manhattan.
The PA reportedly is striving to complete the work before the 10th anniversary ofthe 9/11 attack next September. The PA budget is funding most of the $600 million project, with other funding support from the Department of Homeland Security and the federal stimulus package.
PATH in the past has suffered from flooded tubes due to natural causes, most notably at its Hoboken, N.J., station, which was flooded for several days following a Nor'easter on Dec. 11, 1992.
Princeton, N.J.-based SightLogix said Tuesday Dallas Area Rapid Transit (DART) has deployed the SightLogix® video intrusion detection system to provide perimeter security and prevent vandalism at DART’s Northwest Rail Operations Facility (NWROF). DART selected the SightLogix solution after a full and open competition, and Kratos Southwest LLC won the public bid for the DART contract, SightLogix said.
Together with SightLogix, Kratos worked with a number of groups within DART to meet compliance requirements related to emergency preparedness, IT, and environmental safety.
By deploying long-range Thermal SightSensors, DART was able to complete the project using fewer cameras, reducing the number of poles, power, and communications required. Cost savings allowed DART to procure additional SightSensors within the available budget and extend the security system to cover the entire perimeter.
Thermal SightSensors consist of a thermal imager, lens optics, electronic stabilization, on-board image processing, video analytics software, camera control, and geospatial target tracking within a NEMA 4X nitrogen-pressurized housing. SightSensors detect objects at long range and operate with accuracy in the dark, a key consideration at the DART site.
Further cost savings were realized by deploying theSightLogix system over DART’s wireless network, and running a “green” power system from CDM Wireless that relies on solar energy and standby batteries, eliminating the costs to run power and network lines under nearby railroad tracks.
“Protecting our critical facilities in this manner enables us to run a safe, secure system,” said DART Emergency Preparedness Manager Jill Shaw. “With SightLogix’s automated surveillance technology, DART security personnel can preempt potential security policy violations in real-time to ensure the integrity of our rail system.”
“Rail organizations require security solutions that provide situational awareness over expansive outdoor areas,” said John Romanowich, SightLogix president and CEO. “SightLogix technology was specifically designed to provide situational awareness in these outdoor environments which include vibrations from train activity and lighting variations. We’re pleased to have been selected by DART after their thorough evaluation of our capabilities.”
No longer content with the “static quo,” Amtrak seeks to establish European-style HSR in the U.S. Northeast—and operate other planned U.S. HSR systems.
Sophisticated data collection methods, along with high-tech systems to read and interpret the data, help railroads maximize their assets.