Taara

When the digital divide bites back. 🛰️🦎 Our team just returned from Brazil, having deployed our first Taara link in Rio de Janeiro. Along the way we responded to an emergency request to deploy our very first Taara Beam link across a river deep in the Amazon. That's when we experienced a unique form of interference: an alligator who chomped at the base of the monopole, knocked off the unit, and tried to consume it in a single chomp. As we scale Taara’s technology to the farthest reaches of the planet, we are constantly reminded that the most resilient systems are those that mimic nature’s adaptability. We build for the unexpected — vibrations, heat, rain — but nature always provides a new edge case. The alligator test wasn't in our spec sheet. The future of connectivity isn't just about light; it's about building tech rugged enough to be consumed by the global environment it serves. The good news? We recovered the hardware, the link is back up, and it's still pinging. If our tech can survive the jungles and jaws of the Amazon, it’s ready for anything. Stay tuned as we keep pushing the limits of where light can go! ✨

The acceleration of artificial intelligence is exposing infrastructure bottlenecks we can't dig our way out of. Two data centers a week are being built in the U.S. alone to fuel AI's growth. The infrastructure bottleneck isn't just power or compute, it's connectivity. Data centers are massive capital investments, which don’t generate value until they’re connected to the world. Traditional infrastructure simply can't move at the speed AI demands. But the future of networks isn’t about replacing what exists; it’s about removing the constraints that prevent them from growing. In his latest piece for @Forbes, @sabbirrangwala dives into the demand for data "anytime, anywhere" and the massive infrastructure hurdles in the way of global digital equity. The future of the internet isn't just about speed—it’s about affordability and accessibility. Honored to see Taara's work in this space featured as a key part of this global solution approach. Read the full article here: lnkd.in/gZi8kPHX

@ofcconference was one for the books! 🛰️✨ Taara's debut at the Optical Fiber Conference exceeded every expectation. In our first year exhibiting at OFC, it was incredible to see the volume of enthusiasm and meaningful conversations around what Taara brought to the photonics industry. From people intrigued by Taara Lightbridge and Beam on display to Taara super fans who have been cheering us on our journey from @Theteamatx, it was humbling to see how much the world is excited to harvest the benefits of light-based connectivity that is truly accessible and affordable to all. Beyond the hardware on the show floor, Taara’s technical leadership was on full display. Tymon Barwicz's talk on integrated optical phased arrays and Devin Brinkley's chairing session on terrestrial free space optics underscored our commitment to driving the photonics innovation forward. Special thanks to Jim Carroll of @ConvergeDigest, Keely Portway of Fiber Systems, Jake Silverman of @Bloomberg, Jake Saltzman of @PhotonicsMedia, and Jose Pozo of @OpticaWorldwide for the briefings and insightful coverage of our latest milestones. Finally, a warm welcome to Taara's newest photonics engineer who joined the mission this week: Xiaoguang He. The future of light-based connectivity is bright. ✨ Mahesh Krishnaswamy, Devin Brinkley, Tymon Barwicz, Michael Caverley, Ellie Joo

A couple weeks ago at #MWC26, we introduced Taara Photonics Platform, a radical approach to connectivity that shrinks the core functionality of high-speed communications into a photonic module the size of a finger. This photonic core allows us to control light's interaction with the atmosphere and send enormous amounts of data over the air – without any moving parts. And with it, we unveiled Taara Beam, the first product built on this platform. History gives us the blueprint. In the 1940s, computing relied on massive and power-hungry vacuum tubes. By the 1970s, the microprocessor converted room-sized into pocket-sized, by integrating an entire CPU onto a single silicon chip. Today we are witnessing that same transition in connectivity. We are moving from bulky optical assemblies and integrating the core functionality of wireless optical communications into a tiny photonic core. Marking a shift from infrastructure defined by physical constraints to connectivity that moves at the speed of light, Taara Photonics enables networks to be deployed quickly and scaled flexibly on a platform that can grow and adapt across industries. 📖 Deep Dive: Read the foundational research in the latest paper by Tymon Barwicz and the Taara engineering team here: cdn.sanity.io/files/80ytx7t7… 📍 Stay Ahead: Join the evolution of connectivity. Meet the Taara team at @ofcconference showfloor exhibit booth 4838. Mahesh Krishnaswamy, Devin Brinkley, Michael Caverley, and Ellie Joo ✨ To get our latest technical updates, sign up for Taara Bits: events.taaraconnect.com/taara-photonics

@ofcconference is just around the corner! ✨ The Taara team will be in Los Angeles next week to join the global optical networking community and share how Taara Photonics is advancing wireless optical communication. Let’s connect and explore how light-based connectivity can support the evolution of your network! 🎤Monday, March 16, 2:30 ~ 3:00 PM in Room 408B As part of the technical program, Tymon Barwicz, Senior Director and Head of Integrated Circuits at Taara, will present: “Integrated Optical Phase Arrays for Terrestrial Free-Space Optical Communication.” The session reviews the distinctive challenges of terrestrial free-space optical communication and how integrated optical phased arrays (OPAs) can address them — from beam steering and system design tradeoffs to packaging these photonic systems into functional communication modules. 📍 Tuesday, March 17 ~ 19, 10:00 ~ 5:00 PM in Booth 4838 Meet us at exhibition Booth 4838 where we will be showcasing Taara Beam: our first product with this integrated photonics core.

We're back from #MWC26 @MWCHub beaming! ⚡️ To our partners at @CassavaTech, @airtelindia, and IENTC Telecom: thank you for believing in this vision and building the future of the network alongside us. 🌍 And a special thank you to our industry partners including @deutschetelekom, @ooredoo, @nokia, and @Ceragon for joining us to explore the future of wireless optical infrastructure. Your engagement underscores the critical role that silicon photonics will play in the next generation of global connectivity.

“The idea behind this technology—called a phased array—is not new. But turning it into a commercial optical communications device, at Taara Beam’s scale and range, is where others have so far fallen short. [Taara Beam] must steer its laser link across kilometers of open air…. Its [photonic core] splits the laser beam carrying the data into more than a thousand separate streams, delaying each one by a closely-controlled amount. The result is a laser wavefront that can be pointed anywhere the system directs.” It’s like pebbles tossed into a pond. “Dropping pebbles in a careful sequence can create interference patterns in the waves that ripple outwards. ‘These thousand emitters are equivalent to a thousand stones,’ Mahesh Krishnaswamy says.” And delaying the phase of each of them allows us to steer the wavefront whichever direction we want it to go. Read Margo Anderson’s full coverage in @IEEESpectrum: spectrum.ieee.org/free-space-opt…

From interconnected balloons to breaking data center bottlenecks “Taara is altogether something a little bit rarer… a fundamentally different physical layer that doesn’t ask carriers to throw away what they already have…. Operators can stand up ‘virtual towers’ with fiber-class backhaul in a matter of hours rather than months.” @sdxcentral's @benwodecki spoke with Mahesh Krishnaswamy about shrinking the next generation of wireless backhaul into a small photonic core. By applying silicon photonics with phased arrays, it transmits data at speeds up to 25 Gbps with solid-state beam steering — dynamically directing light with precision with no moving parts. But this innovation extends beyond wireless backhaul. Taara’s roadmap includes integrating more functionality directly into this photonic core  — making it smaller, faster, and more energy efficient over time. “As we look forward into the future, the rate-limiting step is going to be our ability to communicate, and we are planning to build products which are in hundreds of gigabits per second," said Mahesh. This week at #MWC26, we’re showcasing Taara Photonics and Beam, our first product built on this photonic core. If you are in @MWCHub Barcelona and exploring how optical wireless can scale from dense urban backhaul to entirely new environments, let’s connect. There's an entire optical spectrum that's abundant and ready to be used. Read more: lnkd.in/gxfS-3gS And check out the full coverage on the Telecoms Supplement: lnkd.in/eNkwMasV

We’re at #MWC26 this week, surrounded by breakthrough technologies: AI at the edge, intelligent infrastructure, autonomous systems. Earlier this month, Mahesh Krishnaswamy published an opinion piece reflecting on what CES 2026 revealed about wireless capacity under pressure, particularly in dense, high-demand environments where connectivity is expected to perform at its best. We are experiencing this again in Barcelona this week. It’s not about any one event. It’s about architecture. Let’s connect and explore how we can support your network evolution with light – meet us in Hall 2, 2L12MR. Read Mahesh’s full piece on @techradar: techradar.com/pro/what-ces-2… And check out the @FierceNetwork_ coverage from the show floor: youtube.com/watch?v=R4nDoQ…

🌕 From a moonshot to a commercial reality. We are thrilled to see @verge unveil Taara Beam today, the world's first commercial wireless communication system powered by proprietary optical phased arrays developed at @Theteamatx andTaara labs over the past several years. Beam delivers 25 Gbps up to 10 km, offering a smaller, more agile solution for diverse environments. Seven days ago, we launched Lightbridge Pro to simplify carrier-grade integration. Taara Beam takes it to the next level with an architectural shift. Because the world can’t wait for connectivity to catch up. Join us at @MWCHub Barcelona on the Game Changers stage for the live demo of the technology that is removing the previous constraints of connectivity infrastructure. We're just getting started with light. 💡 Check out the coverage here: 👉 theverge.com/tech/881882/ta…

“The age of AI is only the beginning. As intelligence reshapes economies and geopolitics, the next wave of breakthroughs is taking shape.” - GSMA At #MWC26, Mahesh Krishnaswamy, Founder and CEO of Taara, will share how photonics is transforming the future of connectivity. Taara will be showcasing our most robust wireless optical communications product yet — expanding a growing portfolio of light-based connectivity solutions built to extend the world’s connectivity fabric. We invite you to join the Light Generation at the Opening Stage of The Future, Redefined: Game Changers of Our Time, on Monday, March 2 at 1:30 PM in Hall 6. Explore how you can shape the next generation of your network breakthroughs with light-based connectivity: #tab-game-changers" target="_blank" rel="nofollow noopener">mwcbarcelona.com/agenda/speaker… Secure your Leaders Conference Pass here: mwcbarcelona.com/passes/leaders…

When uptime isn’t optional. For mission-critical networks, uptime isn't just a goal—it’s a requirement. Taara Lightbridge Pro integrates intelligent, proactive switching directly into the terminal, enabling automatic, hitless switchover to fiber or radio backup. When the weather turns and fog, rain, or other adverse conditions impact optical performance — your priority traffic doesn't drop. It seamlessly shifts over to maintain 99.999% availability without interruption. Lightbridge Pro pairs a 20 Gbps wireless optical link with native multiband operations, bringing carrier-grade connectivity at the speed of light. It’s designed to simplify deployments and keep networks resilient. Discover how Taara is bringing fiber in the sky to carrier-grade networks in this week's @FierceNetwork_ coverage: fierce-network.com/wireless/taara…

Already deployed in more than 20 countries, Taara Lightbridge is trusted by operators including @TMobile, @airtelindia, @digicelgroup, @CassavaTech, and @SoftBank. Lightbridge Pro builds on that foundation. We are proud to break down the final barriers to broader carrier adoption, empowering our partners to build resilient, high-capacity networks anywhere in the world. We’ll be showcasing Lightbridge Pro at @MWCHub in Barcelona.

🚀Introducing Taara Lightbridge Pro: carrier-grade connectivity at the speed of light. For years, service providers have had to choose between reliability and the speed and flexibility of over-the-air deployment. With Lightbridge Pro, that tradeoff no longer applies. Lightbridge Pro is available for pre-order today: taaraconnect.com/product/lightb…

Taara Lightbridge Pro pairs a 20 Gbps wireless optical connection with an intelligent, integrated switching solution designed for carrier-grade networks — delivering up to 99.999% uptime. Built for large operators, city-wide network service providers, and mission-critical communications, Taara Lightbridge Pro instantly upgrades existing infrastructure with seamless integration into carrier operations and business support systems.

We’re proud to share that Taara has been shortlisted for Best Mobile Technology Breakthrough at the hashtag #GLOMOs Awards, taking place during MWC Barcelona. The GLOMO Awards have recognized excellence in mobile and digital innovation for over 30 years. Judged by more than 200 independent experts across 30+ categories, these GSMA awards spotlight the technologies shaping our connected world. We’re honored to be recognized in this category alongside fellow innovators pushing the boundaries of mobile infrastructure and AI-native networks: mobileworldlive.com/hub/mwc26-barc… @Cohere_MultiG – Pulsone Multi-G for ISAC and NTN @Huawei – Sub-1 GHz Massive MIMO to maximize spectrum utilization @nokia – GPU-accelerated AI-RAN enabling the transition from 5G to AI-native 6G @ZTEPress – Plug-in AI RAN And @TaaraConnect – Welcome to the Light Generation. We look forward to celebrating the industry’s progress at hashtag#MWC26.

Taara welcomed the second cohort of the Taara Certified Partner Program—continuing to grow our partner ecosystem who are expanding light-based connectivity to more communities around the world. As Taara deployments scale, building a strong network of certified partners is essential to delivering high-quality, reliable support in the field as operators integrate Taara Lightbridge into their networks. This second cohort reflects that continued momentum. Through hands-on technical training, deployment exercises, and collaborative workshops with our operations team, partners in this cohort deepened their expertise in deploying high-capacity, long-distance wireless optical systems across real-world environments. We’re proud to celebrate and welcome our newest Taara Certified Partners: TOFFS Technologies and @gethotwire Thank you for joining us in this next phase of the Certified Partner Program. We’re excited to collaborate, share knowledge, and accelerate the impact of light-based connectivity together.

Every major shift in connectivity has expanded what’s possible — reshaping how people live, work, and connect. From copper wire to fiber. From wired to wireless. Light is the next shift. Join us on Monday, February 23 at 8:00 AM PT for the @MWCHub Barcelona preview webinar with @GSMA and @GSMAi on @mobileworldlive : Why the Future of Connectivity Is Light. Mahesh Krishnaswamy, Founder and CEO of Taara, will be in conversation with Shiv Putcha and Sean Jackson on how light is becoming the medium for the next generation of technology. Tune in to learn about breakthrough technologies worth watching, what’s possible now, and what’s next. Save your spot: mobileworldlive.com/mwc26-barcelon…