Core Insights - The article emphasizes the importance of "remote collaboration and real-time interconnection" in the construction of smart transportation systems, highlighting the need for unified management of dispersed devices across various locations [1] - The challenges faced in network deployment for smart transportation include lack of public IP addresses, high dedicated line costs, and difficulties in remote debugging and maintenance [1] - Beirui Pugongying's self-developed SD-WAN solution addresses these challenges by enabling secure interconnection without the need for public IPs or changes to existing network architecture [1] Group 1: Dynamic Interconnection - Beirui Pugongying's SD-WAN technology provides a second-level networking capability, ensuring uninterrupted traffic data transmission [3] - The technology intelligently selects optimal paths for rapid and reliable data transfer to data centers, maintaining dynamic interconnectivity even during network changes [3] Group 2: Real-time Data Collection - The SD-WAN technology supports millisecond-level data feedback, allowing traffic management departments to monitor road conditions in real-time and improve congestion response efficiency by 90% [5] - This capability enables precise analysis of traffic flow changes and the development of effective scheduling plans [9] Group 3: Network Stability and Flexibility - The Beirui Pugongying X5 Pro router is crucial for achieving dynamic interconnection in smart transportation, supporting multiple network access methods and automatic switching to backup networks during failures [6][8] - The router optimizes multi-network collaboration through intelligent switching and load balancing, ensuring stable and flexible network support for smart transportation systems [8] Group 4: Safety and Security - Data security is a critical aspect of smart transportation systems, with Beirui Pugongying employing national encryption standards to protect data confidentiality and integrity during transmission [12] - The solution complies with Level 3 security requirements, incorporating user authentication, permission management, and audit logs to prevent unauthorized access [12] - Beirui Pugongying also supports private deployment, allowing enterprises to manage data storage locally for enhanced security [12] Group 5: Overall Impact - Beirui Pugongying's smart transportation IoT solution enhances traffic management efficiency and accuracy while providing citizens with safer and more convenient travel experiences [13] - The company is positioned as a key player in advancing intelligent transportation systems, contributing to the development of smarter cities [13]

在零售、餐饮、医药等连锁业态中，门店分散全国，但业务系统需高度协同，如果没有优秀的网络解决 方案，可能会遇到一系列的问题。 比如，远程视频监控集中管理场景中，各门店监控系统通常仅支持本地查看，总部需跨区域实时调阅安 防画面。传统方案依赖公网IP或专线，成本高且部署复杂；面对核心业务系统(OA/ERP)互联互通时， 如总部部署的进销存、收银系统需供分店访问，但跨地区网络延迟高，且门店网络环境复杂(无公网 IP、多运营商)，导致系统卡顿甚至中断。 同时，还涉及销售数据实时同步与备份场景，例如药房、服装门店需每日将销售数据回传总部，传统 VPN因配置繁琐、稳定性差，易造成数据滞后或丢失。此外，IT设备远程运维，收银机、服务器故障 时，技术人员需现场排查，差旅成本高且影响门店运营。 然而，传统虚拟专网方案存在局限，比如依赖公网IP与专线，中小门店普遍无固定公网IP，专线年费高 达数万元；配置复杂，需专业网管设置路由协议(如IPSec/L2TP)，分支机构维护困难；跨网体验差，多 运营商线路互访时延迟高，关键业务卡顿。 面对上述痛点，贝锐蒲公英异地组网实现不同地区门店网络快速连接，突破地域限制，无需依赖传统专 线，降低 ...

近年来，智能巡检机器人在能源、电力、化工等行业得到了广泛应用。同时，随着物联网和人工智能技术的普及，智能巡检机器人正朝着自动化、智能化和 高精度的方向发展，显著提升了运维效率，降低了人力成本，并在高危环境中保障了人员安全。 例如在变电站、煤矿、化工厂等应用场景中，智能巡检机器人不仅可以替代人工进入危险区域，还能24小时不间断运行，高密度地执行设备状态监测、故障 预警等任务。 在实际应用中，智能巡检机器人通常会搭载智能导航控制器，通过高度集成激光雷达、相机、GNSS、IMU等设备，使机器人具备环境感知、定位与自主决 策能力，自动完成红外测温、仪表识别、环境感知等任务。 然而，为了实现原始巡检数据的长期存档、备份，便于审计或回溯分析;实现多方远程监控巡检过程、实时查看现场情况;或是通过智能导航控制器以外的高 性能设备，执行更加复杂的AI算法，进一步实现缺陷识别和故障预测。 在实际应用中，需要将机器人采集的数据、图像及音视频流实时传输至指定服务器进行处理。由于智能巡检机器人需要实时移动，变电站、化工厂等设施常 常位于偏远地区，再加之国家对相关行业数据合规性的严格要求，实现高效、安全、实时的数据同步成为一大难题。 难 ...