SurfSight Edge for Connected Vehicles
Reach vehicular on-board cameras in real-time to create a complete situational awareness
Challenges of Video Transmission from Connected Cars
The ongoing challenge to provide a clear and continuous picture from on-board cameras is to aggregate the video during dynamic and changing mobile network conditions, and distributing them in real time.
This needs to be achieved while overcoming challenges such as bandwidth limitations, unpredictable packet loss, jitter, delay and other congestion challenges.
LTE (4G and 5G) networks are great in “peek” conditions,
but mobile networks are limited and inconsistent
TCP retransmissions use excessive bandwidth and lead to a “spiral death”
Buffering in routes and network blocking cause delay in transmitted video signal
Internet services using uplink bandwidth or multiple cars in the same cellular cell
The SurfSight Solution
SurfSight solves mobile network real-time transmission challenges. Providing the automotive and connected cars industry the ability to connect on-board cameras to different networks for real time monitoring and other services.
SurfSight ensures optimal video quality with the ability to aggregate a large number of video feeds from moving vehicles over limited network bandwidths. SurfSight adjusts the video stream to changing network conditions in real time while achieving maximum bandwidth savings of up to 90%. In addition, computer vision capabilities allow for event based detection for intelligent recording and streaming.
Remote site accessibility
Overcomes unstable wireless networks
Optimal and continuous transmission of video feeds
over mobile and unstable wireless networks through traffic shaping.
Mobile video sharing
Secure sharing of video feeds to the network from any mobile device.
Real-time video transmission
With less than 200 ms latency.
Secure video access & distribution
Secure distribution of multiple video feeds to any mobile device in real-time, without exposing access to the surveillance network.
With authentication, encryption and auditing capabilities.
90% bandwidth savings
Event based detection, including predefined face and motion alert parameters- for intelligent recording and streaming.