Enhancing City Security through IoT: A Case Study of Atlanta

• 传感器 - 相机/视频系统
• 传感器 - 全球定位系统

• 城市与自治市
• 国家安全与国防

• 质量保证

• 智慧城市运营
• 篡改检测

• 系统集成

确保市民和游客的安全是任何城市成功和进步的关键。亚特兰大是美国最具多元文化的城市之一，尤其如此，它吸引了来自全球的投资。与任何大城市一样，亚特兰大越来越依赖视觉智能来帮助更快、更准确地识别和解决安全和安保事件。

亚特兰大市

亚特兰大的常住人口超过 42 万。它是亚特兰大都会区的文化和经济中心，拥有超过 500 万人口，是美国第九大都会区。此外，亚特兰大是美国领先的旅游目的地之一，对美国人和从国外访问美国的人来说都是如此。截至 2010 年，纽约市是美国第七大访问量最大的城市，每年有超过 3500 万游客。

Ciber Inc. 选择了 CNL Software 的 IPSecurityCenter™，该软件已部署用于保护全球多个大城市，包括华盛顿特区和英国的曼彻斯特。事实证明，它提供了连接、管理和分发城市生成的大量数据所需的弹性和可扩展性。

IPSecurityCenter 通过将各种系统连接到一个通用的操作平台来工作，确保操作员无需担心底层技术，并让他们专注于识别和解决犯罪问题。该系统将使亚特兰大警察局能够将公共和私人视频系统、带有计算机辅助调度 (CAD) 的视频集成到一套集成的紧急调度应用程序中，从而使接听员和调度员能够更有效地管理事件信息。

• The implementation of IPSecurityCenter resulted in significant operational benefits for the city of Atlanta. The system was able to intelligently catalog, map, and visualize the massive amount of video coming into the VIC, preventing information overload. It also provided process integration, reducing opportunities for human error and ensuring the execution of standard operating procedures (SOPs) as well as the city’s major incident and event management policies. The system provided rapidly deployable role-based interfaces, which can be defined by user type or workstation, providing operators with clutter-free interfaces with only the resources they need to manage events and incidents for optimal results. The system also provided an enterprise-level reporting engine, automating and delivering effective reports and statistics on overall system performance, device availability, operational effectiveness, and any of the SOPs defined by the city.

• The solution offers huge cost savings. If each of the agencies increased their own infrastructure to levels provided by the VIC, the cost would run into millions of dollars.
• Each new camera added from the private enterprise, such as stadiums, stations, malls, and convention centers increases the effectiveness of the system and saves the City money.
• The system provides exceptional connectivity tools allowing camera images to be rapidly accessed, enabling the first PTZ control in less than 41 milliseconds and within 1 millisecond after the PTZ lease has been obtained.