/Remote Network Steering Enhances Live Streaming Capabilities for Bright Spark Studios
– Bright Spark Studios utilizes KeySIM multi-network IoT SIM cards for live broadcasting.
– Andrew Deptford can remotely adjust mobile network selections to ensure stable connectivity.
– KeySIM’s Network Steerer offers flexibility for live production teams facing variable network conditions.
Bright Spark Studios Limited is revolutionizing its live streaming capabilities with the integration of KeySIM multi-network IoT SIM cards into its broadcasting equipment, including LiveU and Haivision devices. This new technology allows for improved control over mobile connections during live events.
Live streaming often presents challenges as connectivity can vary significantly from one venue to another. KeySIM’s Network Steerer feature empowers users to remotely select the mobile network for a SIM through an online portal. This means video producer Andrew Deptford can respond to fluctuating network conditions without the need for physical access to the live streaming equipment.
“When you’re streaming live, the network conditions can change from one location to another. Being able to steer a SIM onto a different network remotely is a really useful tool. It means I can manage connectivity through the portal and make adjustments without needing to get hands-on with the equipment,” Deptford stated.
Graham Robinson from KeySIM emphasized the importance of adaptable connectivity for live production teams. “Live production teams need flexible connectivity that can adapt to the location. Network Steerer gives customers the ability to change the network used by a SIM remotely, which can be particularly valuable when broadcasting equipment is already deployed at a venue.”
KeySIM provides innovative multi-network IoT SIM cards designed for various applications, including live broadcasting, security, and telematics. Their online platform seamlessly combines SIM management with remote network steering, enabling customers to effectively manage connectivity across their devices in the field.
