Google Beam Expands to Five New Countries: 3D Video Calling Technology Accelerates Commercial Rollout

Google is moving quickly to expand the global footprint of its immersive video calling platform, Google Beam. According to the official Google blog, Beam is set to launch in five new countries and regions, while a new partnership with flexible workspace provider Industrious will help build out a broader deployment network.

What Is Google Beam

Google Beam is Google's flagship product in the immersive remote collaboration space, evolved from the widely-discussed Project Starline. Unlike traditional 2D video conferencing, Beam uses a multi-camera array, AI-powered modeling, and light field display technology to render remote participants as near-lifelike 3D figures — creating a convincing sense that the other person is sitting right across from you.

The core value of this technology lies in recreating the elements of real-world conversation that standard video calls fail to capture: eye contact, body language, and spatial depth. For high-stakes scenarios like business negotiations, remote interviews, and cross-border collaboration, Beam aims to bridge the communication gap created by physical distance.

Light Field Display is at the heart of the Beam hardware experience. While conventional monitors emit identical light at every viewing angle, a light field display simulates how real objects reflect different light at different angles — allowing the human eye to perceive genuine depth and parallax without any glasses or headset. During the Project Starline phase, Google used custom large-format light field screens paired with multiple depth cameras positioned above and around the unit to capture and reconstruct a person's three-dimensional image in real time. This differs fundamentally from the stereoscopic rendering approach used in XR headsets by Meta, Apple, and others: Beam opts for a "glasses-free 3D large screen" rather than a wearable device, prioritizing a more natural and accessible communication experience. The trade-off is a large hardware footprint and high per-unit deployment costs — which is precisely why it has remained an enterprise-focused product rather than a consumer one.

Five-Country Expansion and Partnership Network

The centerpiece of this update is expanded geographic coverage. Google Beam will launch in five new countries, bringing this previously limited-market technology within reach of businesses and users in more regions around the world.

The partnership with Industrious is particularly noteworthy. As a prominent premium flexible workspace operator, Industrious will host Beam deployments across its office network — giving Google a ready-made foothold in commercial real estate without the steep cost of building standalone experience centers. This approach lets prospective customers try the product firsthand in a real working environment, a smart way to lower the barrier to discovery and adoption.

Industrious, founded in 2013, is one of the largest premium flexible office space operators in the United States, with over 160 locations across roughly 50 cities worldwide. Its clientele skews heavily toward enterprise clients — regional teams from Fortune 500 companies and similar large organizations — rather than individual freelancers, setting it apart from WeWork's historically startup-centric positioning. For Google, this demographic is a near-perfect match for Beam's target buyer: companies with genuine cross-regional collaboration needs, sensitivity to communication quality, and budgets for professional-grade equipment. Embedding Beam in Industrious meeting rooms effectively puts it in front of a large pool of enterprise decision-makers, serving simultaneously as a brand showcase and real-world validation environment.

From the Lab to Commercial Reality

Taken together, these moves signal that a technology long confined to concept demonstrations is now making a serious push toward scaled commercial deployment. Bringing in new partners and enterprise customers is a critical step for any cutting-edge hardware product looking to validate market demand and accumulate real-world operational experience.

For the broader remote collaboration industry, Beam represents a distinct technological bet — one that wagers on immersive, hardware-plus-AI experiences rather than purely iterating on software features. Whether that approach can generate enough differentiated value to justify its comparatively high deployment costs will be the defining question for its commercial future.

Project Starline was first publicly demonstrated by Google in 2021, initially wowing the industry with its "magic window" concept. At the time, however, the hardware was nearly the size of an entire wall and reportedly cost well over $100,000 per unit, with deployments limited to a handful of Google offices and select partner locations. After years of iteration, Google formally rebranded the project as "Google Beam" in 2024 and partnered with HP to launch a commercialized hardware product — one significantly reduced in form factor to something closer to a large conference room display. This transition from research project to commercial product reflects Google's judgment that the technology has crossed the threshold from "demonstrable" to "deployable at scale," though external assessments of its true production costs and enterprise procurement appetite remain widely divided.

Significance and Outlook

Immersive 3D communication technology has long struggled with high costs, bulky hardware, and a thin content ecosystem. Through a combination of geographic expansion and channel partnerships, Google is systematically working through the "how do we get this in front of more people" problem.

As its partner and customer network continues to grow, Beam has a real opportunity to establish a first-mover advantage in the premium enterprise collaboration segment. That said, due to limited information available at this time, the specific list of new countries, pricing strategy, and technical upgrade details have yet to be officially announced by Google. Whether this technology can genuinely transform the way people collaborate remotely remains a question that only time — and the market — can answer.