3D videoconferencing is now a reality.

The promise is simple and bold

You can imagine talking to someone who is on the other side of the planet, but seeing them as if they were sitting right in front of you, that is the technology that Google is ready to release, the much talked about technology of the Starline project evolved and gained a new name Google Beam, the promise is simple and bold, to recreate the human presence at a distance with an almost palpable realism, it is not yet a teleportation of matter, but it already simulates something.

Google Beam combines artificial intelligence with a state-of-the-art light field display, creating highly realistic 3D images in real time. The system uses several cameras that capture simultaneous angles and track head movements with millimeter precision, running at 60 frames per second.

Extreme realism.

The big difference here is in the use of the light field screen, which generates real visual depth, without depending on any wearable device, the captured image is rendered in 3D with so much realism that it is possible to notice subtle expressions, natural gestures and even the exchange of glances with total fluidity, that means that when you turn your head or tilt your body the image responds with the same naturalness of a physical encounter.

This meticulous synchronization between visual, audio and posture creates an experience so natural that according to Google tests, many participants forget that they are in front of a machine. Artificial intelligence is responsible for interpreting the captured images, making lighting adjustments, eliminating imperfections and even making automatic speech translations in real time.

Conversations between different languages ​​in real time.

During the demonstrations, she was able to translate conversations between different languages, facilitating multilingual meetings, this is an important step towards more efficient and fluid global communication, without language or technology barriers.

The system is already being projected to work integrated with platforms such as Google Meet and Zoom, bringing Beam to the applications that are already part of the daily lives of millions of people. Initially, it will be available for large corporations, but the potential goes much further in hospital environments, for example, it can allow specialist doctors to guide surgeries remotely.

In the educational sector, imagine teachers giving face-to-face classes to students anywhere in the world with total visual interaction. If video calls connected us to the world in recent years, Google Beam promises to truly transport us, this platform could be the beginning of a new era in communications, where physical distance almost ceases to be a real barrier.