The ScanViS Road Defect Detection System (RDDS) consists of a mobile app and a cloud-based AI server. Users can simply capture videos using the mobile app while driving along the roads that need inspection. These videos, along with GPS location data, are then uploaded to the cloud AI server.
The cloud AI server analyzes the captured videos and detects various road defects, including potholes, crooked fences, overgrown branches, and more than 20 other types of defects. The AI server portal presents a dashboard summarizing the detected defects, including image captures, locations, detected defect types, and timestamps for each identified issue. Moreover, the AI server can notify relevant personnel about the detected defects via email or a Telegram group. Additionally, the cloud server acts as a workflow system, managing the entire cycle of verification, dispatching repair jobs, tracking completion, and confirmation.
RDDS introduces an advanced and efficient approach to identify and report road defects through its sophisticated AI platform, which has been trained to recognize over 20 different types of road defects. This system significantly reduces the workload required for manual inspection and reporting, reducing it from two-man days to a mere 1.5 hours of driving. All reports and workflows are automatically generated, greatly enhancing working efficiency and workflow automation.
The ScanViS People Counting System (PCS) comprises three vital components: an IP camera, a people counting server, and a cloud server. Together, these components synergistically enhance the capabilities of people counting. The IP camera effectively monitors various environments, while the people counting server ensures accurate and efficient people count reports. Additionally, the cloud server serves as a centralized hub, aggregating and summarizing all data and providing valuable reports on people's grouping, scattering patterns, and trends. Leveraging cloud-based services, collected data and reports can be instantly shared, facilitating seamless access and collaboration.
ScanViS PCS has been deployed in various scenarios, including shopping malls, bus stops, and over 2000 buses. ScanViS is capable of optimizing the algorithm for different conditions and camera angles, allowing for flexible camera placement and direction towards the counting region.
The people counting data provided by the system enables real-time monitoring of queue length or loading for users and passengers. This allows organizations to proactively adjust resources and take necessary actions in extreme cases. In long-term, the system offers valuable information for big data analysis, facilitating long-term trend analysis and planning, optimized resource allocation, and route optimization. These insights contribute to improving the overall experience for both customers and staff, ultimately increasing organizational productivity.
Dynamic QR codes are flexible and advanced digital credentials. Adoption of mobile app and QR technology to engage visitors enables cost-effective and reliable access control. ScanViS GateGuard QR can be easily integrated into the access control and visitor management systems of your office, school, hospital, or any premises for enhanced efficiency and security.
GateGuard QR has high compatibility with Ethernet / WiFi / Bluetooth / NFC communication modules embedded. Various innovative and interconnected application scenarios are supported with a high-capacity of 100k users and 65K log message system storage.
GateGuard QR supports multiple deployment methods:
1) Off-line standalone deployment
2) Centralized management with a private network for deployment in small to medium scale
3) Centralized management with a cloud server for large scale deployment
ScanViS Central Management Station (CMS) allows you to quickly and conveniently manage multiple access control devices under the GateGuard Series and GateGuard TH. Once CMS is installed, you can designate the rest of the GateGuard devices as managed ones and use a single interface to monitor and maintain the managed devices.
An easy-to-use GUI streamlines the deployment of the facial recognition access control system and tasks that takes advantage of unified management and orchestration. Everything from access logs, visitor management, attendance recording to watch list alerts are at your fingertips.
ScanViS Win CMS is a windows-based application that centralizes the management of up to 50 GateGuard devices. It synchronizes photos and ID groups upload across connected GateGuards. Administrators of the system can set different user groups and access time to adjust different security needs in access control.
Win CMS performs automatic search of GateGuard devices to be connected. It enables collection of access logs from all connected GateGuards, and archive of those records in a configurable period when hard disk space is available. Access logs are downloadable from the system for backup, review and analysis.
ScanViS Cloud CMS is a file sharing service that allows you to synchronize files of ID groups and connected GateGuard devices. The platform allows easy management of ID groups upload and schedule setting, access record retrieval and exportation, as well as blacklist notification. It can be scaled up to unlimited devices and enhances features such as attendance recording and visitor management. There is no extra fixed maintenance cost to run the system, leaving the running cost transparent and providing agility.
The cloud management tool is highly flexible and reliable. It is able to manage multiple platforms on the internet or third-party managed resources from a single point of reference, or intelligent analytics to automate processes like application lifecycle management, ability to handle system failure automatically with capabilities such as self-monitoring, and explicit notification mechanism.
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