Security Technologies For Water Utility Infrastructures

The field of security that many of us in America take for granted and do not necessarily consider. This important category in our daily lives has certainly witnessed a radical modernization and restoration in the last couple of years. Although the field of safety and security technologies, in particular, has affected many places and buildings, protection of infrastructure of public services is by far one of the most important facilities that affects and protects. Has accelerated to the forefront of the debate. One of the largest water services infrastructure. The issue of water and how to get into our taps after a long process of filtration and purification is an issue that affects us daily and affects every day of our lives, however, is a subject that most we do not think about that amount. Believe it or not, America is now the world leader in terms of water consumption per capita. with almost two thousand cubic meters used by all Americans on an annual basis primarily to drink along with a wide variety of other uses, from the bathroom to wash cars and watering lawns. However, water infrastructure is weak and vulnerable to terrorists can easily reach many and create devastating results throughout the community. after the invasion of Afghanistan, many U.S. military forces brought to light several manuals on terrorist training sites in the form of information and diagrams explaining how to tackle drinking water systems in city centers. After realizing this potential danger that the government ordered the infrastructure providers to accelerate their security preparations. For the deployment and the instigation of the Bioterrorism Act in about four years ago, Congress was able to mandate water utilities that serve more than three thousand people to complete a vulnerability assessment and implement a plan emergency response focuses on deliberate assault water system infrastructure. Ensure the flow of waterproviding services for over two hundred thousand people in the community, the Springfield Water and Sewer Commission (SWSC) is a volume of more than thirty-seven million gallons of water per day and more than sixty and seven million gallons per day of wastewater treatment. And security is a dominant theme. Following the collection of water from Little River in the western part of the state, water is filtered and stored in a distribution warehouse near the mountain. The provision of adequate security posed by a number of obstacles. Being in a place difficult to reach, SWSC wanted remote monitoring, a number of different connections and a scalable system for future modification and development. Due to the obstacle that many of monitoring a remote site, SWSC began looking for a solution that would bridge the overload of data and sort data security sources deployed to protect the goal so big. According to the manager of information technology for SWSC more attention, has undoubtedly been and concerns about the protection of water facilities in a post-9/11 world. Due to the high level of concern, which investigated and carried out a new security system that takes advantage of improvements in technology over recent years in improving the network, the potential of improving convergence and images the camera. SWSC modifiable Operationsat last lap entraining project affordable monitoring solution for a solution to the obstacle of surveillance. The company recommended the convergence of open standards-based intelligent Security Operations Center (ISOC), the DVTel platform. And indeed, the finding of the Commission was seeking was present in ISOC's ability to bring a range of security functions into a single unified interface. According to the managing director of DVTel, SWSC chose to create a deployment of homeland security-type at a remote site, which require different connection technologies and authorization of a control center from a location far. These types of demands were met in the budget and with excellent functionality and management. Through the use of the devices ability to use many suppliers, all data platform brings together a wide variety of surveillance devices, including video, audio and access management, along with several other interfaces. As soon as information is loaded, the Latitude Network Video Management System (NVMS) hub sends the raw data for the appropriate software module, with operational intelligence, as an alternative to a mass of disparate data. NVMS interface is based and built with distributed architecture that combines Microsoft. NET, along with open source Linux to allow the system to be specially modified to end best suit the user's wishes. Besides that, the ISOC network protocols based on SWSC had the ability to implement different methods of transmitting information and VSDL, copper telephone lines, fiber optic technology, LAN and wireless LAN to connect to all cameras covering the reservoir and surrounding paths. The interface displays the number of sensory movement and other notifications, in addition to audio in several of the cameras, the operators can speak directly to potential intruders. Undoubtedly, the incorporation of ISOC to the usefulness of intercommunication is an added advantage. Security personnel can interact in real time with any intruder and give warnings or simply contact the intruder know they are being watched and recorded. All the work of observation and use of the platform is performed in an operations center that is more than eight miles away from the distribution tank, thus becomes a self-contained interface that requires no staff on site or intervention direct human. As soon as a security risk is sensed, the monitoring system alerts the security personnel, who then travel to the reservation and review the situation. And although the commission which now provides security to a large amount of water, there are features that can be used in copious SWSC the future to take advantage of the systems of ISOC. The COO of DVTel also noted that the ISOC interface make it much easier to accommodate more cameras and extending intercom features. Besides this, the new version of ISOC is now the perfect unification with highly developed IP-based access management. Besides, there are a growing number of sophisticated analytical video components that the Commission could implement as an attempt to improve surveillance and video management and information received from others. All of these security technologies and more may be used and exploited to the utmost to assist in making water facilities much safer and safer for our communities. The integration and convergence of various security technologies is also a key factor in improving the quality of security products, their features, and the profit and customer satisfaction. These much needed integration and convergence will ultimately benefit the entire community by fighting crime rates, illegal activities, security breaches and potential terrorist attacks. By taking the time and money to invest in these security technologies, enterprises and government institutions that will be saving money in the long run, since these utilities will ultimately have to pay their own price through the prevention of possible failures that no installation could cost thousands of dollars to mention the possibility of loss of human lives.