In live streaming, capturing the right angles is not just important — it’s crucial for delivering an engaging experience. Whether you’re live streaming a sports match, a wedding, a seminar, or a fitness class, a single camera can often limit the viewer’s perspective and engagement. Events typically unfold across wide areas or involve multiple participants, making it difficult to capture all the action from one angle. Multi-camera setups address this challenge by covering more ground, offering diverse perspectives, and allowing seamless transitions between scenes. For viewers, this means a more immersive and dynamic experience that holds their attention longer.
However, traditional multi-camera setups come with their own challenges: extensive wiring, costly professional equipment, and the need for on-site operators to manage camera angles. These complexities have made multi-camera streaming inaccessible for many individuals and organizations. Cube (mycube.tv) aims to change this by offering a simple yet powerful solution that makes multi-camera streaming easy for anyone, whether you’re a beginner or a seasoned event organizer. Let’s explore how Cube achieves this:
Most multi-camera systems rely on complex local area network (LAN) setups to connect multiple cameras. This means running long cables or establishing a Wi-Fi network that can handle the bandwidth of multiple video feeds. These setups often face issues like signal interference, limited range, and potential breakdowns due to wiring problems — particularly in larger venues or outdoor events. This not only adds to the complexity but also limits mobility.
Cube eliminates these issues with a truly wireless solution. Instead of connecting cameras to a local Wi-Fi network, Cube uses the real Internet to transmit video feeds directly to the cloud. This removes the need for routers or local network configurations, making the setup process fast and straightforward. You simply power up your mobile devices, connect them to the Internet, and start streaming.
This design makes Cube versatile for both indoor and outdoor events. Whether you’re live streaming a small seminar in a conference room or capturing a soccer match across a large field, Cube adapts effortlessly. The freedom from LAN constraints means users can focus on content, not cables.
This video was captured during an AI demo day. As the conference room was shared by multiple events and very busy, the organizer had limited time to set up the live streaming system. Thanks to Cube’s fully wireless solution, the setup took less than 10 minutes, using three phones for video capture and one phone connected to an audio mixer for professional sound, all wirelessly.
High-quality video production often requires expensive equipment like professional cameras, capture cards, and mixing consoles. This traditional approach is not only costly but also requires technical know-how to set up and manage. By leveraging the widespread availability and increasing quality of smartphone cameras, Cube makes multi-camera streaming accessible to a broader range of users.
Today’s smartphones come equipped with high-definition cameras capable of delivering excellent video quality. Cube capitalizes on this by turning ordinary phones into professional-grade streaming tools. Users can set up multiple phones as cameras, each capturing different angles or perspectives of the event. This not only reduces the overall cost but also simplifies the equipment needs, as you don’t need to invest in professional gear.
However, Cube’s versatility doesn’t stop at phone cameras. For users who want to incorporate professional equipment, Cube can seamlessly integrate with external cameras. It supports connection via mobile devices, enabling users to elevate their stream quality when needed while maintaining the system’s simplicity.
Traditional multi-camera setups often require an on-site operator to manage camera angles and transitions. This can be a significant challenge, particularly for smaller events or teams that don’t have the budget or personnel for local camera directors. Having someone physically present at the event to manage the cameras adds another layer of complexity and cost.
Cube solves this problem by enabling remote camera selection from anywhere in the world. The entire system can be controlled through an intuitive interface that allows users to switch between camera feeds with a simple click. This means that an event in New York can be directed from Los Angeles, or a sports match in London can be managed from Tokyo.
This feature not only adds flexibility but also enables organizers to collaborate remotely with their team, regardless of location. For example, a director can monitor the live feed and make adjustments without being on-site, allowing for better resource allocation and less logistical overhead. Remote camera selection is ideal for teams managing multiple events simultaneously or for content creators who want to streamline their production process.
Cube isn’t just designed for manual control; it also integrates advanced AI modules to handle camera selection automatically. This feature is especially valuable for live sports streaming, where the action is fast-paced and unpredictable. Cube’s AI can detect key moments — like a goal attempt in soccer, a player serving in tennis, or a speaker taking the stage — and switch to the most relevant camera angle in real-time.
The AI modules are customizable, allowing users to adjust settings based on the type of event or the specific requirements of the stream. For example, in a wedding, the AI can focus on the couple during key moments like vows or the first dance, while in a seminar, it can track the main speaker as they move across the stage. AI-driven automation reduces the need for constant human intervention, making it a valuable tool for events where hiring a dedicated camera operator may not be feasible.
Beyond camera switching, Cube’s AI also offers features like facial recognition, motion tracking, and scene analysis. These capabilities ensure that the audience always gets the best possible view, regardless of the event’s dynamics. AI-based directing is a significant advantage for smaller teams or individual creators, allowing them to maintain high production quality without additional staff.
The following video was captured and shared by a Cube user during a basketball game. The user placed two phones on short tripods directly on the basketball court, without a formal setup. Each phone covered one half of the court, while Cube’s AI tracked the ball and players, automatically selecting the best camera angle.
One of the most critical aspects of multi-camera live streaming is video synchronization. If different camera feeds aren’t aligned correctly, the resulting stream can appear choppy, disjointed, or out of sync — leading to a poor viewing experience. Cube addresses this challenge by handling video synchronization at a highly precise level, down to tens of millisecond level, i.e., video frame level.
This level of synchronization ensures that video streams from multiple cameras remain perfectly aligned, even when transmitted wirelessly over the Internet. Whether it’s tracking the fast movements of a soccer match or the seamless transitions between speakers in a seminar, Cube’s synchronization technology keeps everything running smoothly. This capability is essential for professional-quality streams, where every millisecond counts in maintaining viewer engagement and stream integrity.
The following video was captured using three phones during an Xbox game. The video feeds from these cameras are fully synchronized.
Unlike traditional setups that require local equipment like mixers, encoders, and high-performance computers, Cube operates primarily in the cloud. This means all processing, mixing, and encoding happen remotely, removing the need for expensive hardware and reducing the risk of equipment failure during a live stream.
Cloud-based operations offer several benefits. First, users can manage their entire stream from any device, including laptops, tablets, and even smartphones. The cloud infrastructure also provides access to advanced processing capabilities, including GPU-powered encoding and processing, which ensures smooth and high-quality streams even when using lower-end devices for video capture. Additionally, cloud-based management makes it easy to share, store, and distribute content, as all video data is already online and ready for further use.
By eliminating the need for local equipment, Cube reduces both upfront costs and maintenance requirements. Users don’t need to worry about hardware compatibility, overheating, or frequent upgrades. This makes Cube not only an easy solution but also a cost-effective one, suitable for users with varying levels of technical expertise.
Cube redefines multi-camera live streaming by making it accessible, cost-effective, and remarkably easy to use. Its fully wireless design eliminates the hassle of complex LAN setups, while phone-based cameras reduce the need for expensive equipment. With remote camera selection, Cube allows for flexible management from anywhere, while rich AI modules handle automatic camera switching, ensuring seamless coverage. By operating primarily in the cloud, Cube removes the need for costly local hardware, making high-quality multi-camera streaming achievable for everyone — from event organizers and content creators to small teams with limited resources. Cube truly offers the simplest, most versatile solution for multi-camera live streaming.
