When NASA launches a vehicle powered by a radioisotope energy source such as the Mars Science Laboratory carrying the Curiosity Rover if a critical part of operations lasts only 50 seconds, the right technology can make a huge difference. During this high-risk window, the NASA Radiological Control Center (RADCC) must monitor telemetry data, weather, air quality, and a range of live data to coordinate emergency protocols in the unlikely event of a radiological release. The existing RADCC facility lacked the advanced audiovisual and control systems required for modern emergency coordination. NASA needed a complete technological overhaul: one that could streamline a high volume of data inputs, ensure real-time communication, and allow for immediate response.
Mode:Green was selected to redesign and program the control and AV systems for the newly upgraded RADCC. The team worked alongside NASA leadership to implement a fully integrated audiovisual and automation solution centered around Crestron control systems. The redesigned facility was divided into two areas, technology and management each equipped with custom-built consoles, video conferencing capabilities, and zone-specific audio systems. Mode:Green developed a control interface that mirrored the physical layout of the room, allowing operators to route content between sources and monitors with simple, tap-based commands. The system supported:
All system components were accessible via three Crestron touch panels, two at workstations and one at the equipment rack, enabling seamless control during high-stakes scenarios. The RADCC is now a mission-ready emergency operations center that serves not only NASA’s radioactive launches, but also functions as a backup to the Kennedy Space Center’s main Emergency Operations Center. Mode:Green’s intuitive Crestron-based system empowers scientists, engineers, and emergency officials to monitor, assess, and respond to potential hazards in real time without technical complexity getting in the way.