Rapid Internet Connectivity At Remote Locations
As far as livestream is concerned, perhaps no other industry is as much reliant on it as media and journalism. With the utmost need to transfer multimedia data over the internet in real-time, media houses require not just high-speed internet, but also a reliable connection at any point of time.
Having to report from remote areas where network connectivity is significantly on the lower spectrum, many media houses face challenges in delivering real-time reports even today. Furthermore, with weather conditions playing a part in internet speeds, there is often no guarantee that a reliable internet connection source will suffice the needs of real-time reporting at all times.
This is why Benlycos’ link aggregation services have been of so much help to numerous news agencies in India. Having served some of the most renowned news agencies like ABP, Doordarshan, Network 18, and more, Zifilink has established itself as a well-known entity in the industry.
Our internet bonding devices have helped news agencies get access to exponentially high-speed internet connections, while also ensuring internet stability and reliability with multiple networks connected to one device. With this service, our clients have been able to access tremendously high internet speeds and stability, regardless of the geographic location of reporting and weather conditions.
The Challenge
Prior to Benlycos’ intervention, the following are the challenges that were faced by some of the renowned news agencies in India:
- Below-par internet speeds are required for live reporting
- Risks of bad internet connection due to poor weather conditions
- Unsatisfactory internet speeds in remote locations
- Connection failures
The Solution
Incorporating Benlycos' advanced bonding technology into broadcasting media coverage ensures that you have a reliable, high-speed internet connection. With the right equipment, preparation, and engagement, your livestreams are sure to captivate your audience and leave them eagerly awaiting your next broadcast.