devices, one installation, zero coordination left to chance.
Multi-device systems for headsets, screens, and physical spaces — networked, monitored, and centrally controlled.
One device is a demo. Twenty devices is a system.
The ideaA single-headset demo works. Scaling it to a public installation is a different problem entirely.
What Bloom buildsSynchronized multi-device systems, centrally controlled from one station.
The ideaLarge-format screens, projection, or LED need content built specifically for that hardware.
What Bloom buildsWe build for the display, not a browser window stretched to fit it.
The ideaNetworking dozens of devices reliably, in a public, high-traffic setting, is genuinely hard.
What Bloom buildsDevice monitoring, automatic reconnection, and centralized session control, built in.
One headset is a demo. Twenty, networked and monitored, is an installation people can trust.
Proven at scale, not in theory.
BYD VR Experience
Challenge — Run 20 standalone headsets simultaneously, with centralized control, at one of Mexico's largest public fairs.
Outcome — A custom LAN server and management app kept every device synchronized, monitored, and recoverable — for the full multi-day run.
See full case studyHeadsets, screens, and physical hardware, working together.
Visualización espacial de gran formato
Entorno de VR interactivo
Una de tres instalaciones conectadas, funcionando juntas
20 cascos sincronizados, una instalación
From system design to live monitoring.
We plan the device count, the network, and the control model before any content is built.
Tested across multiple devices early, not discovered as a problem on-site.
Hardware, network, and content installed and stress-tested in the real space.
We watch the system while it runs — reconnects, restarts, and support included.
Built with custom LAN networking, device monitoring, and large-format rendering — the specifics live on our Capabilities.
Have an installation that needs to hold up at scale?
Tell us the device count, the space, and the audience.