Cyanview says Elixir has become a core part of how it controls broadcast cameras during major live events, including the Super Bowl, the Olympics and other large productions where a single visual mismatch can stand out instantly.
The company’s case study describes a business built around camera shading, the craft of making cameras match in color, exposure and overall look across a wide mix of devices. That consistency matters when a broadcast uses large studio cameras, drone cameras, PTZ systems, gimbal-mounted mirrorless rigs and other hardware that all have to deliver the same visual result. Cyanview says reliability is essential because live broadcast does not allow for retries.
According to the company, its Remote Control Panel products are used by specialist operators at events such as the Olympics, Super Bowl, NFL, NBA, ESPN, Amazon and Paris fashion shows. Cyanview says it gained those customers not through heavy marketing, but through the performance and reliability of its tools in demanding production settings. It says the company started with just a small team and built its reputation by solving difficult workflow problems for professional crews.
The technical challenge is not just image quality but also distribution. Cyanview says modern live production increasingly relies on IP-based workflows rather than older serial or radio-frequency protocols, especially as teams work across long distances or from central control rooms. In one example from the case study, the company describes a production in China where cameras were controlled from Paris by placing Cyanview devices next to the hardware in Beijing and managing them over the network. The example is meant to show that the physical devices can sit close to the cameras while operators remain remote.
Cyanview says Elixir fits that environment because the Erlang VM was designed for reliable network communication and coordination. The company says Elixir gives its developers practical tools for binary handling and fast iteration, while the broader system still relies on C code, FPGA work, microcontrollers and other lower-level components. In the company’s view, Elixir is not replacing that complexity, but coordinating it.
The case study describes a product architecture built around RCP and RIO devices, Yocto Linux, MQTT-based communication, cloud relays, dashboards and controller interfaces. Some of the interfaces are already built in LiveView, while others remain in Elm or other tooling. The cloud layer, the company says, is useful but not central to the business. The real work happens in the devices on location, which must communicate continuously and recover quickly from network blips or failing camera connections.
That is where Cyanview says supervision trees matter. In the company’s telling, if one camera connection fails or a protocol misbehaves, the rest of the system has to continue without disruption. The company treats that resilience as a direct operational advantage in a field where even a small failure can damage a live show.
Cyanview also says the team has grown slowly, adding roughly one person per year over nine years, while the product has expanded into a widely used broadcast tool. The broader message of the case study is straightforward: in live production, the ability to coordinate many moving parts reliably is itself a competitive edge, and Elixir is part of how Cyanview says it delivers that edge.
