Vehicle telematics

The Quad Monitor features a 7.0” widescreen LCD color monitor with built in controller for volume, contrast, brightness, day/night, and mirror imaging control Code 3 introduces the Quad Monitor (CC7000-QM), designed for vehicle mounting, that allows the driver to see up to four camera views at once on a single screen. When the four cameras are mounted at appropriate points on the vehicle, the driver can see a full 360 degrees around the vehicle. C3Vue Visual User Environment Code 3 also introduces an online camera system configurator (C3Vue) that allows both the monitor and cameras to be selected, then ordered for quick delivery. Code 3 offers several types of monitors and cameras that can be mixed and matched depending on the user’s needs with the C3Vue Visual User Environment. Compatibility And Features The Quad Monitor features a 7.0” widescreen LCD color monitor with built in controller for volume, contrast, brightness, day/night, and mirror imaging control. Automatic camera selection is available via trigger wire (when reverse gear or relevant control is engaged). The Quad Monitor is compatible with all current Code 3 camera models. The Quad Monitor measures 8.4”W x 2.8”D x 6.0” H and is 12-24 VDC. The Quad Monitor draws 6.4 amps and is FCC, CE, and RoHS certified. There is a 1-Year warranty.

Genetec Clearance is expected to be available in Q4 2016 Genetec, a provider of open-architecture, IP security solutions announced Genetec Clearance, a case management system designed to speed up investigations by allowing different organizations to collect, manage and share video evidence and other relevant case information. Genetec Clearance will be showcased for the first time on booth #3517 at the IACP (International Association of Chiefs of Police) conference, taking place in San Diego, CA from October 15th to 18th 2016. Genetec Clearance is expected to be available in Q4 2016 via subscription, through certified Genetec channel partners and resellers. Single Application To Gather Digital Evidence Genetec Clearance allows police officers, investigators and security managers to gather digital evidence from a variety of sources (such as Genetec™ Security Center and other video management systems, body-worn devices, in-car systems and cellphone footage from bystanders and witnesses), and easily store, manage, review and share it from within a single application.  Genetec Clearance enables collaboration across independent agencies and private sector organizations. All pertinent files related to cases (video files as well as audio, images, documents etc.) are centralized and can be securely shared between investigators or requested by 3rd parties, without needing to physically ship or deliver the recordings. As the application is not licensed per seat, access can be shared with as many users as needed, without incurring any additional fees. With built-in video redaction (patent pending), the privacy of bystanders can be protected by allowing identifiable information to be masked before sending video to other stakeholders. All user actions initiated within the system, whether internal or external, are automatically tracked to ensure the chain of custody of the evidence is maintained at all times. Streamlined Evidence Sharing Process "The increased evidence that is now available from video surveillance systems, body cameras, and from witnesses can help solve crimes. However, the sheer amount of data to be managed can also become cumbersome to process and review, increasing the time spent on case preparation, rather than the investigation. That's why we have developed a case management system to help automate certain tasks that are frequently performed manually today and to facilitate collaboration between law enforcement, corporate security departments, legal entities, and the public," explains Erick Ceresato, Product Manager at Genetec. "We have developed a case management system to facilitate collaboration between law enforcement, corporate security departments, legal entities, and the public" Organizations today are looking at ways to streamline their evidence sharing process while maintaining stringent audit capabilities. The growing volume of video recordings has become increasingly complex to manage and it is important for users to collaborate while also maintaining a clear chain of custody.  Assisting Easy Collaborations Larry Waite, Safe City & Corporate Security Manager with Ipswich City Council, Queensland, Australia recently evaluated Genetec Clearance. The Council routinely shares video with numerous outside entities and was looking to find a new approach to streamline the process. "Our existing tools did not allow the level of file sharing or auditability that Genetec Clearance offers. Being able to collaborate across teams and with the police department will speed up our case investigations process and reduce time and costs associated with collecting and sending recordings," says Waite. Integration With Record Management Systems Because Genetec Clearance supports many common video codecs, video evidence can easily be reviewed, while also eliminating the time-consuming manual process of video codec conversion. Designed as an open platform, Genetec Clearance APIs can be used to integrate with 3rd party systems and automate the upload of video recordings and associated metadata to be reviewed within the system. Integration with Record Management Systems (RMS) enables law enforcement departments to automate the creation of new cases with their existing record system, reducing the need for duplicate data entry. Genetec Clearance is available on a subscription basis and includes access to all the latest software updates and features. Updates are automated within the system as they become available, requiring no additional intervention from the client’s own staff.

Genetec™, a leading provider of parking enforcement and unified IP security solutions recently announced a new partnership with MacKay Meters, a leading Canadian manufacturer of parking pay stations. Together, Genetec and MacKay will offer streamlined integration between the MacKay Guardian™ Multi Elite pay station and Genetec AutoVu, the Automated License Plate Recognition (ALPR) system of the Genetec unified security platform, the Security Center. AutoVu is designed to automatically identify vehicles parked illegally and alert parking enforcement officers. With AutoVu LPR cameras mounted on parking enforcement vehicles, officers can patrol greater areas with increased frequency, optimising their routes and becoming more efficient. When integrated with MacKay pay stations, the AutoVu in-vehicle software automatically downloads a list of transient license plates with active payments in the zone where MacKay-managed pay stations are being deployed. If the system reads a plate without an active payment, it will raise an infraction alert. Leveraging the open architecture in AutoVu, the seamless integration with MacKay parking meters is enabled by the AutoVu Pay-by-Plate sync feature. Pay-by-Plate sync simplifies the deployment of pay-by-plate (PBP) parking systems and allows parking operators to connect and integrate different vendors that might not be otherwise compatible (including suppliers of parking and permit management systems, pay stations and pay-by-phone solutions). Genetec is committed to giving customers the ability to choose the different components of their parking solution based on their specific needs, and help them tie them all together as one under the enforcement umbrella, as Chris Yigit, Business Development Manager at Genetec explains: “We are very excited to continue adding quality partners to our open Pay-by-Plate ecosystem. With its rich history of parking installations worldwide, MacKay meters is the latest partner to join the ever growing list of parking solutions providers who endorse Genetec's open concept. Working together with MacKay, we created a seamless integrated solution that leverages the convenience of their pay stations and the efficiency of our automated LPR system. The result is a state-of-the-art customer friendly parking solution with unrivalled efficiency gains for parking authorities using pay-by-plate." "Genetec AutoVu is the leading ALPR system for parking enforcement in North America, and the only true open-architecture ALPR solution in the industry. This partnership is a natural fit and underlines our common commitment to providing customers with easy to implement and flexible solutions to help them migrate to an end-to-end pay-by-plate system," said Jim Taylor, Business Development Manager at MacKay Meters. The integration path between MacKay Parking Meters and the AutoVu ALPR system is expected to be available to customers by the end of June 2014.

The ultra-miniature Nano HDTX is HD digital video transmitter designed for POV and body-worn applications Cobham, the RF specialist company backed by more than 40 years’ of experience in transmitting and receiving information in difficult electronic environments, will feature “Nano HDTX”, the world’s smallest wireless HD transmitter, and a new receiver platform at NAB 2014. The ultra-miniature Nano HDTX is an HD digital video transmitter designed specifically for POV and body-worn applications. With proven Cobham COFDM and H.264 encoding technology at its core, the transmitter provides excellent image quality retention over the wireless link and supports composite, SDI, HD-SDI and HDMI video input formats. According to Cobham’s Broadcast Systems Director Stuart Brown, “Nano HDTX has almost limitless uses for sports and other applications. It has already been successfully trialled at major sporting events around the world, including everything from motor racing and downhill skiing to camel racing and professional rugby.” “What we’ve chosen to demonstrate at NAB, which we believe will capture the imagination of the North American sports broadcast market, is the use of Nano HDTX with a head-mounted ‘RefCam,’ a POV camera designed to follow the precise gaze of a sports referee and capture his full view of the game for the audience at home. If you’ll pardon the cliché in this instance, Nano HDTX has the potential to be a genuine game changer for both sports broadcasters and the viewing public.” The small size and ultra-low power consumption also make Nano HDTX ideal for unmanned aerial vehicle (UAV) applications. Optional lightweight, low power consumption amplifiers are available for even greater range capability. Cobham is also launching a new receiver platform at NAB, with 1080p60 4:2:2 10-bit decoding capabilities. Available in 1RU or 2RU configurations, each receiver is capable of decoding two separate HD signals, effectively making them two receivers in one. The unit’s decoding algorithm has been specially engineered by Cobham to ensure full compatibility with all leading encoders. The receiver can also decode MPEG2 HD. If required, the receiver can also act as an IP decoder using the interruptible foldback (IFB) audio input, which when used with a Cobham IP encoder automatically provides IFB for the presenter. When acting as an IP decoder in conjunction with a Cobham encoder, the system automatically adjusts its encoding bit rate capacity to ensure optimum picture quality by compensating for variations of “contention” on IP networks. This feature is particularly valuable when using Ka-band and BGAN satellite systems.

To provide a practical solution to the monitoring of transportation infrastructure, where maximum situational awareness is paramount, Bosch Building Technologies has combined the innovation behind its video security cameras with the video management expertise of Intelligent Security Systems (ISS).  ISS is a global developer of video management and video intelligence solutions. The video management platform, SecurOS, focuses on securing large mission-critical applications, such as industrial and manufacturing sites, transportation systems, banks, sports arenas, retail locations, and campuses and office complexes. ISS’ differentiating video intelligence and image analytics solutions, whether it is Face Capture & Recognition (SecurOS FACE), License Plate Recognition (SecurOS AUTO License Plate Recognition), or Container Character Recognition (SecurOS CARGO), provide effective monitoring solutions to the transportation sector. The capabilities stretch to large-scale entry and exit points such as ports, borders and airport car parks  Surveillance Challenges Transportation security provides surveillance challenges in varying degrees of situation and scale, so effective license plate recognition is crucial. From tunnels and bridges, where a situation can change in seconds, to regulating traffic flow into a city and capturing a profile of each vehicle, Bosch and ISS can provide answers to the questions that matter. Has a particular vehicle been permitted access to a specific area? Has that vehicle been stolen? What’s the insurance or toll subscription status? Has that vehicle been authorized to operate as a taxi? The capabilities even stretch to large-scale entry and exit points such as ports, borders and airport car parks.  Vehicle Monitoring Monitoring which vehicles are entering an area, and checking their legitimacy to be there, has never been more critical. Having the capability to capture license plates of every vehicle moving in the designated area gives users complete awareness of traffic flows and usage patterns, allowing them to configure and manage their monitoring preferences efficiently and permit secure data exchanges with other operational management systems and services for efficient infrastructure alignment.  If driving conditions were perfect all-year round, the job of an operations manager, for example, would be quite straightforward. But the reality is quite the opposite. That is why the ISS certified Bosch cameras responsible for capturing this data are incredibly robust and built to produce usable images 24/7 in the harshest conditions, including after dark by employing a supplementary infrared light. The selected cameras have a special License Plate Recognition (LPR) mode which is developed in collaboration with ISS to deliver accurate information even when faced with the challenges of glaring headlights and fast-moving vehicles. Interpreting video data directly at source helps to improve levels of security substantially and can also offer clear business advantages  SecurOS AUTO License Plate Recognition High standards are applied to the quality of the images captured. By incorporating the SecurOS AUTO License Plate Recognition (LPR/ANPR) solution, Bosch and ISS can provide several unique benefits for users, including the ability to accurately capture license plate information at 210 km/h (130 mph) in all kinds of weather conditions, including light fog, rain, and snow. Furthermore, utilizing advanced algorithms results in a level of accuracy that can distinguish letters from numbers (so an “8” is not mistaken for a “B,” for example) which is a crucial advantage, particularly in emergency situations. The partnership with ISS supports Bosch’s belief that the logical next-step for security is to enable customers to repurpose the vast amounts of video data that they now can capture. Interpreting video data directly at source helps to improve levels of security substantially and can also offer clear business advantages.

Airbus has expanded the range of its application portfolio for the Tactilon Dabat and partnered with new professional application developers. The aim is to better serve the communications markets in the field of public safety, transportation and healthcare. At the CCW exhibition in Berlin from 15 to 17 May 2018, Airbus is showcasing selected applications for professionals that combine multimedia real-time functions with highest standards of security.  “The apps that we showcase at the CCW work in various areas, whether it is industry, public safety or the health sector. They meet specific customer needs and requirements for different regions in the world,” explains Rahim Zaknoun, Head of Innovation & Developer Ecosystem at Secure Land Communications of Airbus. "We selected these apps for our customers and created them for the hybrid Tactilon Dabat.” For instance, the digitalized Triage application from Exomi helps first responders (paramedics) to send complex health data of patients from the ambulance on the scene to the hospital. The delivery of the constantly updated information is standardized and reliable. It can easily be shared not only via the Tactilon Dabat, the Android smartphone and Tetra radio in one device, but also on other platforms in control rooms or in the field. Thus, the application streamlines processes and accelerates a more accurate treatment for the patients. Commanders and group members (Tetra and smartphone users) can easily follow each other on the Dabat’s display based on a map configuration with GPS Live Video Sharing Platform The application ES-Core features a live video sharing function that is secure and supports external video sources, such as from drones or vehicles. Even with little radio coverage the transmission is of high quality. Moreover, footing can be stored as evidence or for the purpose of analysis. “Clearly, this is a tool for police officers. However, paramedics work increasingly with this app on the scene and companies can also master situations by transmitting a live video stream,” says Rahim Zaknoun. Another application can fill frequently the gap of non-existing radio coverage in many public buildings: the ‘indoor positioning’ system for large sites creates a real-time situational awareness when communication groups move around in- and outdoors. Based on a map configuration with a GPS function, commanders and group members (Tetra and smartphone users) can easily follow each other on the Dabat’s display. The application serves especially security personnel in airports, train stations, or event sites: no configuration is needed, a seamless in- and outdoor positioning is put in place and the app works without broadband connection.  Track Worker Protection In order to save lives of railway track workers and minimize the risk of collisions, the company Intelligence on Wheels invented the app ‘Track Worker Protection’. This application with a clear map display receives permanent train location updates. Our SmarTWISP application developer programme is the key reference point when it comes to creating secure apps" The signals will be sent from the train operator’s control room and the train itself, which is equipped with a Train Collision Avoidance System. Critical scenarios can now be easily managed with the Tactilon Dabat and the ‘track worker protection’. “Our SmarTWISP application developer programme is the key reference point when it comes to creating secure apps,” says Rahim Zaknoun. “It enables the innovation and professional application development on the top of Airbus’ existing communication technology. It boosts our strong developer ecosystem."

Sports fans and festival goers will enjoy greater peace of mind from vehicle as a weapon (VAAW) attacks with the arrival of a new lightweight rapid-deploy vehicle security barrier (VSB).  The Rapid Defender temporary VSB was deployed in minutes to protect spectators and competitors from VAAW threat at the London Marathon and at football stadia and events the length and breadth of the country.  Rosehill Security, a manufacturer of perimeter security solutions, has created the innovative hostile vehicle mitigation (HVM) barrier, made up of robust units of recycled rubber weighing just 49kg each. More than 150 people have died in 18 months of VAAW in cities from London to Manhattan and Melbourne – and just last week, Toronto Fast Deployment StadiumTM – a specialist event services supplier of traffic management, stewarding, security and training services to the events industry that protects crowds at Premier League and EFL clubs, festivals and city-wide events – is extolling its benefits.  Founder, owner and MD David McAtamney says: “We want to change the face of crowd safety through HVM barriers. The Rapid Defender makes this a reality because of its speed of deployment – our teams installed 13m of the barrier in just five minutes at the London Marathon!” More than 150 people have died in 18 months of VAAW in cities from London to Manhattan and Melbourne – and just last week, Toronto. Rosehill Security has designed the Rapid Defender specifically to provide protection for crowds of people from such attacks. Integration For Enhanced Security Sales manager Dalton Marshall says: “It is surface-mounted with no foundations and weighs less than a third of comparable concrete barriers, so can be deployed in minutes almost anywhere, from the streets surrounding stadia to uneven festival sites.” The Perimeter Security Suppliers Association has launched a new online source of help and information on HVM – the HVMHubThe 333mm-wide units are connected by 20mm diameter steel cables or rods, creating an HVM barrier of any length. Four men can manually install a barrier across the width of a road in less than five minutes with no special tools or lifting equipment. It can then be removed and reused. The Rapid Defender can be anchored or integrated with other temporary or permanent HVM systems to create a stronger physical barrier as part of a holistic HVM solution. The Perimeter Security Suppliers Association (PSSA), to which Rosehill Security belongs, has just launched a new online source of help and information on HVM – the HVMHub – in conjunction with the Home Office’s Joint Security and Resilience Centre.

Delta Scientific, manufacturer of counter-terrorist vehicle control systems used in the United States and internationally, has announced that Delta's innovative MP5000 portable barrier systems were selected to protect people attending the 2018 Commonwealth Games. The Commonwealth Games held from 4-15 April on the Gold Coast, Queensland, Australia, included 4,400 athletes from 70 Commonwealth nations throughout the world, competing in 19 championship sports. It was the largest sporting event in Australia since the 2000 Sydney Olympic Games. Organizers required a vehicle access system that could be rapidly deployed and would create secure vehicle check points that carried crash-certification. It was important for the Games' operations that access for emergency and authorized vehicles was maintained through the duration of the event" Hostile Vehicle Mitigation Security focus had begun years prior to the games. The focus went beyond hostile vehicle mitigation (HVM) measures to include various other identified security risks. Perimeter security measures were aligned with the recently implemented Australia and New Zealand Counter Terrorism Committee (ANZCTC) strategy for the protection of places of mass gatherings. A core element of this strategy was the effective and practical implementation of HVM measures at key locations. As the Australian partner of Delta Scientific, Knight Brothers Pty Ltd secured the contract for the vehicle barrier systems in late 2017 and liaised closely with organizers to ensure that specific security measures could be achieved through implementing Delta's unique barrier systems.  "Barriers protected major event venues including the main games stadium, Gold Coast Convention Centre, the Athletes Village and critical street closures throughout the Gold Coast area," reports Matthew Knight, director of Knight Brothers. "It was important for the Games' operations that access for emergency and authorized vehicles was maintained through the duration of the event.” Delta MP5000 Portable Barriers "The primary use of the 20-foot (6m) Delta portable barriers was in public areas where ground fixation or in-situ HVM measures were not practical or achievable," Matthew Knight adds. "Barriers were deployed in a variety of configurations in order to meet security and access needs. This included direct access points as well as heightened temporary security check points with stringent vehicle inspections undertaken by Australian Defense Force personnel. Secure access points at other locations were operated by contracted security personnel." Knight Brothers worked closely with Delta Scientific to adapt certain elements of the barrier systems to meet the needs of the Commonwealth Games  Delta's MP5000 portable barricades can be installed in 15 minutes or less to protect streets, entrances or wide expanses such as access to pedestrian areas. They protect people and critical infrastructures at public events and places of mass gathering, such as the Commonwealth Games. These mobile deployable vehicle crash barriers carry a recognized K8 rating (M40 ASTM rating). They lower to let vehicles through but, when raised, they will stop a 6800 kg vehicle traveling 64 km/h. At the Games, stand-alone battery operated hydraulic systems with supplementary solar power charging and remote-control operation activated the barriers and allowed a high rate of vehicle throughput in meeting specific operational requirements. Knight Brothers worked closely with Delta Scientific to adapt certain elements of the barrier systems to meet the needs of the Commonwealth Games. This included the ability to externally power the system through Australian compliant methods such as mains power or solar power arrays.  Barrier Deployment "Training of barrier deployment and operation were conducted directly to Commonwealth Games security staff during barrier delivery and commissioning. This ensured seamless integration of the systems across the various deployment locations," reports Daniel Knight, director of Knight Brothers. "We were very proud to be a part of this prestigious sporting event and to provide the first known deployment of portable active vehicle barriers systems on Australian soil. With the continued support of industry leading Delta Scientific, we look forward to expanding our offering to Australian event and venue organizers, to enable them to meet their ever-increasing requirements of temporary HVM measures," Daniel Knight adds.

While 15 million passengers travel through Auckland Airport every year already, this number is anticipated to grow rapidly in the upcoming years. The Ground Transportations Plan was redesigned to ensure that service levels required meet the demands of the many passengers. To offer extremely reliable, fast and secure access to all ground transport vehicles, Nedap’s TRANSIT and MOOV were installed. Auckland Airport is the major connection between the world and 'the land of the long white cloud'. Over 70% of visitors enter or leave New Zealand via Auckland Airport, which handles over 19 million passengers a year. More than 20 international airlines serve Auckland Airport, Australasia’s third busiest international airport, after Sydney. As New Zealand's major transport hub, Auckland Airport is continually developing the capacity and services to ensure it will sustainably cope with an anticipated 40 million passengers a year by 2044, reflecting New Zealand’s growing popularity as one of the world’s leading tourism destinations. The Ground Transportations Plan was redesigned to ensure that service levels required meet passenger demands Nedap TRANSIT Readers In response to this expected growth, the Ground Transportations Plan was redesigned to ensure that service levels required meet passenger demands. All ground transport vehicles (such as taxis, tour buses, emergency services and other commercial vehicles) are automatically registered by the TRANSIT as they pass through the restricted areas, only accessible for authorised vehicles using Nedap’s compact tags. Each transport vehicle is identified up to 10 meters by Nedap’s TRANSIT readers. As soon as the vehicle approaches this high-end vehicle identification reader, the vehicle is automatically identified, ensuring a fast and secure traffic flow without any congestion. A wide variety of vehicles of different heights are accurately identified in each lane, which is key for any transaction-based charging solution. MOOV VMC System The TRANSIT readers are connected to Nedap’s MOOV VMC system. The MOOV VMC offers an independent control system that registers and records each transaction. The MOOV VMC application controls the entire vehicle access to the restricted Ground Transport areas. The MOOV VMC Lite is connected to the existing barriers on site The MOOV VMC Lite is connected to the existing barriers on site. Nedap’s TRANSIT readers and controllers are installed at the entrance and exit to the taxi, and bus holding area. In addition, each vehicle entering and existing the domestic and international terminals are registered using the Nedap TRANSIT and MOOV VMC system. Each controller is connected to a central web application. A service portal is available to monitor the status of each controller for each location, enabling easy remote management and control. Global Airport Applications Martyn Brewer, Commercial Manager Ground Transportation at Auckland Airport, says: “The Nedap Transit system provides a reliable solution for access by a large fleet of commercial vehicles. Auckland Airport is embracing new innovative technology and the Nedap solution is a direct example of leading solutions.” Nedap’s TRANSIT has proven itself world-wide in airport applications, where security and fast identification are the key to ensuring traffic flow in the airport. Extremely reliable identification is the basis for transaction-based payment processing. The TRANSIT readers and MOOV vehicle management controllers record over 30.000 transactions per month. GroundTransport is the leading traffic management solution that allows operators to manage traffic flow for taxis, limousines and buses GroundTransport System Each transaction with exact date and time is transferred to Advam’s GroundTransport system for payment processing of each transaction. GroundTransport is the leading traffic management solution that allows operators to manage traffic flow for taxis, limousines and buses. It facilitates the entry, exit and tolling of ground transport vehicles, whilst easing congestion and improving the overall passenger experience. The account-based solution allows drivers to register online and self-manage their funds. Once registered, drivers can seamlessly enter, exit and pay for access to nominated ground transport areas. The GroundTransport system receives the data on each transaction from the Nedap’s vehicle management controllers and Nedap’s TRANSIT system enabling the airport to easily manage the traffic flow and provide an automated solution for ground transport vehicles.  Secured Vehicle Access Next to the Ground Transport application, Nedap’s TRANSIT readers are also installed at the airport to facilitate automatic long range secured vehicle access to restricted areas of the airport. The TRANSIT readers are integrated into the existing access control system provided by CEM. Authorised vehicles use a Window Button to get access to the restricted zone. The system has been supplied by ISCS New Zealand, Nedap’s distribution partner in New Zealand.

The city of Pasco in Washington State has expanded its Opticom traffic preemption solution from Global Traffic Technologies, LLC (GTT). The system works alongside intersection controllers to help ensure emergency vehicles can move through intersections quickly and safely. Improved Response Times And Operational Safety When an emergency vehicle needs to navigate an intersection, the Opticom Emergency Vehicle Preemption (EVP) system onboard the emergency vehicle sends a request to the intersection’s controller ahead of its arrival. If the request is granted, the light turns green and the vehicle gets a clear path through the intersection. In Pasco, the city has expanded the existing EVP system to include eight more of its busiest intersections. This will allow emergency vehicles to respond to incidents even faster, and to avoid the danger of navigating an intersection against the flow of traffic. Expanding Traffic Preemption Solution Pasco is located in the southeast of Washington State, amongst the Columbia, Yakima and Snake rivers, and is home to more than 70,000 residents. The city is a major player in Washington’s booming wine industry, with numerous wineries producing vintages in the local area. ‘Fight Club’ novelist Chuck Palahniuk is from Pasco. GTT’s president Jason Lund said, “GTT is delighted to continue our relationship with the city of Pasco and its emergency services. The expansion to the system will help improve response times and operational safety for emergency vehicles and personnel.”