By moving the core functionality of high-speed wireless optical communication to an integrated circuit that electronically controls light, Taara now enables networks that can be deployed in hours, scale more flexibly, and be upgraded over time, without the limitations of laying fiber or relying on limited radio spectrum.
The proprietary phased optical arrays were developed in X and Taara's laboratories over the past few years. Taara Beam is the first product based on this photonic platform, offering up to 25 Gbps of high-speed, low-latency connectivity over distances of up to 10 kilometers in a compact, easy-to-deploy form factor.
Designed for operators, enterprises, and next-generation data infrastructure, Taara Beam delivers fiber-like speeds in environments where traditional infrastructure is too slow, expensive, or impractical to deploy, marking a transition from rigid, physical networks to infrastructures capable of evolving with demand.
“Every generation of connectivity has been defined by a physical limitation: the speed of copper, the deployment time of fiber, and the scarcity of radio spectrum,” said Mahesh Krishnaswamy, founder and CEO of Taara. “With light transmitted through the air, those limitations begin to disappear. Taara Beam is the first commercial product based on our photonics platform, and it’s just the beginning. We’re not just improving networks; we’re removing the boundaries that have defined them. We’re excited to unveil this revolutionary technology at Mobile World Congress, moving toward a future where connectivity feels less like infrastructure and more like the air we breathe: essential, abundant, and almost invisible to those who depend on it.”
From Mechanical Systems to Photonic Infrastructure:
Traditional free-space optical systems direct light beams using mirrors, sensors, and mechanical hardware—a functional approach, but physically limited at large scales. Taara Beam represents a new architecture that replaces mechanical control with solid-state control of the light.
At its core is an integrated photonic module containing more than a thousand miniature light emitters arranged in a phased optical array, a solid-state addressing device. This array enables more precise tracking, shaping, and directing of light, improving reliability and reducing latency, while also significantly decreasing size and mechanical complexity.
“Silicon photonics allows us to integrate the core functions of wireless optical communication into a single module,” explained Devin Brinkley, senior vice president of engineering at Taara. “We’ve compressed most of the functionality of our previous systems into a photonic module about the size of a finger. As the technology matures, it will be able to scale in performance, cost, and size, similar to the exponential rate at which semiconductor platforms evolve.”
Designed for the next generation of networks
, Taara already uses light beams to extend high-speed internet to locations where traditional infrastructure is difficult to deploy. Its first system, Taara Lightbridge, is deployed in more than 20 countries with operators such as Airtel, Digicel, T-Mobile, SoftBank, and Liquid.
Taara Beam is designed for the next phase: shrinking Taara's wireless optical technology to a shoebox-sized form factor, radically increasing network density and flexibility. It enables high-performance, low-latency connectivity in urban environments, enterprise campuses, data centers, and event venues, without the delays or costs associated with building physical infrastructure.
Beam can be installed on rooftops, poles, or existing structures in a matter of hours, forming high-bandwidth mesh networks that support applications such as small cell backhaul, fronthaul networks, and real-time AI systems. By operating in the unlicensed optical spectrum, it avoids spectrum congestion and recurring costs, delivering the performance that modern networks demand.
