Google is bringing 'Beam,' its 3D video calling system, to 20 United Service Organizations locations worldwide, giving active-duty military members a more lifelike way to speak with family. Beam, formerly known as 'Project Starline,' uses a specialized light display to show callers at life size with visible depth.
Six cameras and AI video models build a live 3D image, while head tracking keeps the perspective aligned as people move. The deployment follows a pilot that linked Fort Bliss, Texas, with Poland, showing the format can bridge long-distance military postings.
Placing Beam at 20 USO locations turns it from a pilot-stage showcase into shared communications equipment with a defined audience. The military family use case broadens where immersive calling fits, especially in places where long-distance conversations benefit from eye contact and a life-size image.
Image Credit: Google
Why This Trend Is Growing
- Immersive Family Calling
- Life-size 3D video booths create potential for emotionally richer long-distance communication across military, healthcare, education, and enterprise settings.
- AI-generated Telepresence
- Real-time depth modeling and head tracking signal new possibilities for remote presence systems that feel more natural than flat video calls.
- Shared Hologram Infrastructure
- Deploying specialized calling booths in community locations reveals a pathway for premium telepresence access without requiring consumer-owned hardware.
Industries Being Reshaped
- Military Communications
- Enhanced visual presence supports more personal connections for deployed service members and may reshape expectations for morale-focused communication tools.
- Consumer Video Conferencing
- Holographic calling formats point to future communication platforms where realism, eye contact, and spatial depth become competitive differentiators.
- Immersive Technology
- The movement from pilot demos to operational installations highlights commercial openings for 3D displays, AI video processing, and spatial collaboration systems.
