Solution by Industry
Physical security solutions designed for specific industries and real-world operating environments.
Solution by Application
Surveillance and security solutions designed for specific use cases and security challenges.
Solution by Technology
Integrated technologies powering intelligent security solutions across environments.
Video Management Platforms
On-premise and cloud-based VMS platforms for unified video management.
Network Cameras
Network cameras offering flexible options for different environments and industry needs.
Onboard Security
Onboard security designed for real-time surveillance in transit and transportation.
Network Video Recorder and Appliance
Recording appliances for secure storage and cloud-connected management.
Integration Plug-ins
Integration plug-ins that connect management software with third-party platforms and tools.
Networking
Networking products provide network connectivity & power supply for stable transmission.
Accessories
Accessories designed for various installations, integration, and operation of surveillance products.
Legacy Products
Legacy products maintained for reference and existing deployments.
Learning
Explore the latest physical security insights through cases, articles, videos, and webinars.
Download Center
Download software, firmware, datasheets, QIGs, manuals, and technical documents.
Management Tools
Support resources for warranty, service requests, cybersecurity, and customer assistance.
Design Tools
Management tools for device setup, maintenance, and compatibility verification.
Support
Planning tools to design, calculate, and deploy surveillance system projects.
VPP Ecosystem
Find the VPP Program, platforms, and resources that help you work, learn, and grow.
Technology Partners
Technology partners and programs offering VADP collaboration and exclusive A&E/C support.
Where to Buy
Find authorized distributors and resellers for our products in your country.
Sales Map
VPP Insider
On Monday morning, a system integrator receives a familiar call:
“One of our cameras seems to be broken. The screen is completely black. Can you send someone over right away?”
For end users, a surveillance system can feel like a black box. They can report that there is “no video” or “no response,” but they cannot tell whether the camera is offline, the network connection is down, the firmware is causing the problem, or the device simply needs to be restarted.
The technician tries to guide them through the troubleshooting process over the phone, but the on-site contact is often not an IT specialist. They may not have administrative access, may be unable to locate the equipment room, or may not even know the device model or IP address.
With so little information available, system integrators traditionally had no choice but to dispatch a technician to the site.
The engineer packs a laptop, a toolbox, and an assortment of spare parts, then heads into traffic to reach the site. Only after entering the equipment room, connecting to the system, and logging in can the engineer gather the most basic information: which device is affected, which firmware version it is running, and which part of the network may be causing the problem.
Traveling to and from the site may take two hours, while the actual solution takes only 30 seconds: restarting the device.
In other cases, the engineer may arrive only to discover that a specific replacement part is missing or that the system log must be exported and sent to the manufacturer for further analysis. A second visit then has to be arranged.
The heaviest hidden cost in maintenance isn’t just fuel or mileage. It’s having to dispatch blind because you lack critical data.
When an issue is reported, the engineer does not need to reach for the car keys. Instead, the first step is to open VPP Portal:
Review the site architecture and device list, then check the current connection status.
Once the customer grants permission, use the Remote Access channel to connect to the customer’s site with a single click.
Check the device status and review system logs without guiding the customer through complicated steps over the phone.
After connecting remotely, the technician discovers that the device is online, but one of its streaming services is not responding. The engineer immediately exports and saves the logs from the time of the incident, then adjusts the relevant settings and restarts the service remotely.
Within five minutes, the video stream is restored and the system returns to normal operation.
No emergency dispatch. No lengthy trip. No disruption to the existing project schedule. The problem is solved without the engineer ever leaving the desk.
Downtime can be reduced from hours to minutes, and there is no need to assign an employee to escort a technician into and out of the equipment room. The result is a much better service experience.
Skilled engineers spend less time traveling simply to restart devices and more time on higher-value work such as system deployment and project commissioning.
The purpose of Remote Access is not only to avoid site visits. More importantly, it helps eliminate unnecessary dispatches.
When serious hardware damage occurs, remote diagnostics can still play a critical role. Technicians can identify the exact model, affected component, and relevant system logs in advance. They can prepare the right replacement parts and tools before heading to the site, increasing the likelihood of resolving the issue on the first visit and avoiding repeated trips.
Jack Wu
Product Manager
With nearly 20 years of experience in the surveillance industry, I have worked across field requirement planning, engineering installation and configuration, product specification design, system integration, and customer service.