Security

Map service provider gets access to data when their APIs are used to present the data over a map. This is not a suitable method to represent security data. Webyfy has perfected a technology with which data is placed as a layer over the map without any communication to the Map service provider.

The security video streamed in real time to an operator to a remote monitoring station needs to display the latest image. This may not be possible if the bandwidth is low or erratic. The LIFO technology enables the skipping older frames and latest sent.

Video wall is necessary for monitoring multiples of remote installations. However, if displays are not managed by rules, and if the number of locations under surveillance is large, it will be impossible to make any intelligent judgments of the situation prevailing at a specific location by looking at its video. So rule based display of the video is a must to make it intelligible.

In a wired up network of sensors and actuators, induced and stray voltages due to surges are significant. Optical isolation with independent, isolated power supply is a must for safe operation. Webyfy has created multichannel digital, analog, serial optical isolation input modules and also for isolating outputs.

Managing large number of remote installations requires real time information updated. Web pages provide the interface and they should have the capacity to connect to multiple locations and update data in real time. Webyfy has developed a technology stack which creates complex webpages with real time data updated directly from multiple locations.

Managing remote system availability is a critical and often a difficult process. Webyfy has come out with technology which can monitor 1000 status information with just 1 Kb of data being sent. This has very little processing load at both ends and the periodicity can be managed.

Ideally, IOT system should be independent in its capability to deliver its functionalities without any external dependence. The controllers should have intelligence to execute rules and escalate automatically as needed. The system should also have capability to store the data and transmit as and when the communication is established. Automatic self-correction and high fault tolerance is also a must for such systems.

When managing distributed systems, it is critical to make a system at a location independent, in its functionality delivery without assistance from the Remote monitoring station. At the same time, it should allow remote over ride and report to remote monitoring stations.