You can now conveniently and affordably mount high-resolution IP video cameras at almost every line location on the web, thanks to the continued advancement of Wireless Networking technologies.

Our IP video experts are experts at designing wireless networks that are designed for HD IP video.

Development of a completely wired and wireless network for your camera device using our wireless networking technology.
An assessment of the current network topology and equipment is needed.
Environmental considerations and potential growth planning, including a quote on the required equipment and cabling
Wireless equipment and cameras are pre-configured in our lab to make installation simple and painless.
Cameras are pre-configured with IP addresses and firmware.
Wireless networks and non-monitoring purposes are also something we do.

When to use Wireless Security Cameras

• Where the law of the site is possible, external camera positions up to 10 miles away are possible
• Parking lots, schools, fields, and condo buildings are also examples of areas where a network cable is either too costly or difficult to installs.
• Residential Wi-Fi Security cameras or project cameras for small offices. In certain cases, Poe is more profitable than wireless.
• IP-based cameras use network deployment templates and IP transports.
• A specification guide to assist network administrators and physical security personnel in achieving the task of implementing IP networks.
• The principles of video resolutions, codecs, aspect ratios, frame rates, and camera positioning conditions to reach the requisite number of pixels are introduced. Where the law of the site is possible, external camera positions up to 10 miles away are possible.
• Parking lots, schools, fields, and condo buildings are also examples of areas where a network cable is either too costly or difficult to install.
• Residential Wi-Fi Security cameras or project cameras for small offices. In certain cases, Poe is more profitable than wireless.
• IP-based cameras use network deployment templates and IP transports.
  A specification guide to assist network administrators and physical security personnel in achieving the task of implementing IP networks.
• The principles of video resolutions, codecs, aspect ratios, frame rates, and camera positioning conditions to reach the requisite number of pixels are introduced.
• IP cameras for video surveillance use network implementation templates and IP transports.
• There is a discussion of network constraints, video traffic flows between endpoints, and bandwidth requirements.
• A specification guide to assist network administrators and physical security personnel in achieving the task of implementing IP networks.

Access Video anytime, anywhere

The graphics feed is encoded in Motion JPEG or MPEG-4/H. 264 formats and processed as a digital file on a COMPUTERS list for IP-based devices. This helps you to view the video at any time and from any location using the IP network and the optical video camera on the network. Duplication, unlike analogy tapes on magnetic tape, has little effect on the accuracy of these visual files. They can be replicated and posted on Web servers, are distributed to law enforcement officers as e-mail attachments and sent to news broadcasts. When analogue devices were the rule, staff who were injured or under examination would have to travel to the scene of the incident to see the footage, or a tape or DVD might have to be delivered by courier. With IP-based systems and WAN access to the physical site, these inefficiencies are no longer present.