Connection aggregation for enhanced reliability
Encoding techniques for enhanced video quality
Leveraging multiple network connections is key to providing the network diversity required for a truly reliable connection. But managing multiple providers and data plans to achieve this diversity can be complicated and time-consuming.
We’ve cultivated strong relationships with global network providers and negotiated data contracts to provide our customers with a simplified managed data service through Dejero. This ensures that you’ll achieve connection diversity and increased network reliability without the headaches.
Overcome coverage gaps in remote and urban areas and network congestion on single connections. Leverage up to six cellular connections simultaneously through a single Dejero data plan, and ensure reliability with Smart Blending Technology, which intelligently blends bandwidth from each connection in real-time.
Add an initial layer of reliability. Featuring prioritized cellular connectivity from select carriers, these add-on plans provide enhanced performance in congested mobile environments where crowds gather. Currently available in the United States, contact Dejero to learn more.
When extra reliability is key and cellular coverage is marginal, our award-winning CellSat service provides cellular connectivity that’s intelligently blended with Ku-band satellite connectivity from Intelsat, using our patented and patent-pending Smart Blending Technology.
We top up the bandwidth from cellular paths with satellite bandwidth on-demand, delivering a highly reliable connectivity solution. And unlike other solutions that fail over from one connection path to another, interrupting the transport of your video and data, Dejero automatically blends the connections to deliver the bandwidth you need, and the experience you expect.
In partnership with
Dejero’s ability to deliver reliable connectivity is made possible by our patented and patent-pending Smart Blending Technology, which intelligently manages the fluctuating bandwidth, packet loss, and latency differences of individual connections in real time—choosing the optimal path to route individual IP packets to their destination.LEARN MORE