Scaling Connectivity for the Next Generation of AI | LightRiver

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LightRiver is experiencing a transformative year marked by significant growth and strategic expansion, highlighted by the successful relocation of its headquarters from California to Texas. This move has not only stabilized operations but also fueled substantial increases in both headcount and revenue, with the company actively hiring for multiple open positions as it continues to build systems out of its new location. Additionally, the company recently introduced a new software solution at the end of last year, which has already secured four customers, demonstrating the rapid pace of innovation coming from their development team. The core of LightRiver's current focus is addressing the massive scaling demands placed on digital infrastructure by the next generation of artificial intelligence. As data centers expand to support AI workloads, the capacity required for interconnectivity has shifted dramatically; what was once considered an astronomical figure, such as 20 or 30 terabits per second, is now a baseline, with current projects deploying hundreds of terabits simultaneously across multi-rail connections. This surge in demand is driving a massive increase in fiber density and traffic volume, necessitating extensive underground infrastructure to bridge data centers and support the exploding bandwidth needs of training and inference tasks. The overarching theme defining this era of digital infrastructure is scale, which presents both a challenge and an opportunity for suppliers across the entire supply chain, from raw material providers to system integrators. LightRiver emphasizes that the industry is currently undergoing a massive upscaling effort that requires all stakeholders to keep pace with the accelerating growth in data center capacity and connectivity requirements. This unprecedented expansion underscores the critical importance of robust infrastructure planning to support the evolving landscape of AI and digital technologies. In conclusion, the future of digital infrastructure is inextricably linked to the ability to scale effectively to meet the insatiable demands of AI applications. LightRiver's experience illustrates that while the sheer volume of fiber deployment and bandwidth capacity presents a logistical challenge, it represents a "good problem to have" for the industry. As companies like LightRiver continue to innovate and expand their capabilities, the focus remains on maintaining momentum and ensuring that infrastructure can keep up with the rapid evolution of technology, setting a new standard for what is possible in the world of data connectivity.

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[music] >> Good morning and welcome to JSA TV where we're live in sunny Texas for Data Cloud USA covering the stories, trends and innovations of digital infrastructure leaders. This morning I have Matt Riley, senior vice president of global sales for LightRiver with me. Matt, good morning. >> How are you doing? >> I'm doing wonderful. Thank you. All right, so what recent company news, milestones or innovations are you excited about today? >> Oh, it's been a really big year for LightRiver. Uh, as most of you probably know, we moved from our California office to a Texas office this year and that move is finally completely un underway. Uh, we have everything up and running and we've been building systems out of there for several months now. Uh, with that we have grown pretty substantially this year both in head count and in revenue. And uh, we don't see a stop. We have multiple open positions and we're just firing on all cylinders. Uh, with that also we introduced a new software at the very end of last year and we already have four customers on it. >> Wow. >> And the rate of innovation that our software team is delivering to our clients is just truly astounding. >> Amazing. Okay, so you're a Texan now, right? >> Officially. >> [laughter] >> Love it. All right, so how is AI changing the digital infrastructure or how it's being built? >> Uh, the biggest thing we're seeing is the amount of capacity that these data centers are gaining. Uh, not too long ago, you know, putting up 20 or 30 terabits between data centers just seemed like an astronomical number and current projects we have on ongoing now are putting up multi-rail uh, hundreds of terabits at a time between data centers. Um, we also think that as they start bridging data center training across uh, sites that those numbers are going to explode even further. So, we are seeing massive amounts of fiber, the density of traffic on fiber is going up, and the density of fiber going into the ground to support these data centers. It's just massive. >> Wow, it's a good problem to have there, right? >> Very nice problem to have. >> [laughter] >> It's a good time to be in the industry. >> Yes, for sure. Uh all right, so last question is in one word, define the future of digital infrastructure. >> I think as we look back on this time, uh the thing we're all going to look at it and remember is scale. >> Scale. >> I think we're in a massive scaling up of digital infrastructure right now. And uh it's a challenge for all of the suppliers, all the way down to raw materials, to keep up with it. I think scale is the thing we're all doing. >> Very good. Very good point, and a new one. I hadn't heard that one yet this time, so. >> I offered a unique opinion. >> I love it. Thank you for joining us today. >> My pleasure. >> And viewers, stay curious, stay connected, and happy networking.