Video surveillance and video capturing are accessed in a limited location from a central setup for surveillance. Suppose user place a camera in one particular room which is to be a monitor for security purpose if the user wants to go to the remote location and still he wants to monitor that same room for security, and then the user can make use of remote surveillance system by use of mobile through internet facility.
Surveillance, depending on the situation, may also involve a serious invasion of the privacy of the persons filmed by the cameras. It is therefore important when planning, installing and operating such systems to pay special attention to the rules on the protection of privacy. So mobility application makes it easy to stay connected to your surveillance system when you can’t physically be on location.
We develop the video-based mobile application, which is used to receive the live video stream from the external camera device and also internal camera device. The application developed for both Android and iOS mobile device platforms.
Application as used to receiving real-time video streaming by using both external camera device (Embedded device) and internal camera (Mobile camera)
The application can interface with the external camera device using Ethernet 802.11. (Wi-Fi connectivity) communication protocol
Take a snapshot while watching live video streams or playback by clicking on the capture icon
Provides complete access to all recorded videos on recording devices eliminating location and distance barriers
The application can interface to show the external embedded camera device status such camera device battery status, SD card availability status
Application setting features include adjusting the camera resolution, mic level adjuster, flicker frequency and external camera GPS information for real-time tracking
Accelerometer based PAN/TILT controls, touch gesture-based control
Secured access with external device connectivity
Objective-C and Xcode Development
Android 4.0 or higher
Apple iOS 9 or higher
Challenges and Risks
Application connectivity via certificate-based network access, and utilize per-app VPNs that encrypt data in transit.
Extensive experience with the right skill to reduce time to market for this application.
Achieving video latency less than 1 sec (JPEG/PNG streams).
Performance on concurrent usage.
Access memory usage reduction.
Maximum sustained throughput to prevent video loss and image degradation
Start small and grow with predictive, linear, multi-petabyte scalability
Eliminates downtime and protects against critical liabilities associated with data loss
Compute infrastructure without the added cost and complexity