Verizon and AWS deepen their tech tie-up. Get the details on their new long-haul fiber network designed to slash lag time and accelerate AI innovation.
In a major move to fuel the artificial intelligence boom, Verizon Business and Amazon Web Services (AWS) are expanding their partnership to build a new, high-capacity fiber network designed specifically to handle the massive demands of generative AI.
The deal, dubbed Verizon AI Connect, will see the telecom giant construct new long-haul, high-capacity fiber routes to connect AWS data centers.
The Need for a New Network?
Generative AI is incredibly data-hungry, and training large models and running complex applications requires moving enormous amounts of information between data centers around the world. However, the current digital infrastructure can create bottlenecks, slowing down innovation.
This new fiber network acts like a private superhighway for AI traffic. It's built to provide a high-speed, resilient, and low-latency connection, slashing the lag time it takes for data to travel.
This enhanced performance is essential for businesses building and scaling the next generation of AI applications.
"AI will be essential to the future of business and society, driving innovation that demands a network to match," said Scott Lawrence, Chief Product Officer at Verizon Business.
A Deeper Partnership
Don't mistake this for a simple construction project. This move cements a crucial alliance between two of the heaviest hitters in tech.
For AWS, the undisputed king of cloud computing, this is about defending its throne. To win the brutal AI arms race, their infrastructure must be faster and more resilient than everyone else's.
"The next wave of innovation will be driven by generative AI, which requires a combination of secure, scalable cloud infrastructure and flexible, high-performance networking," said Prasad Kalyanaraman, vice president of AWS Infrastructure Services.
Verizon’s play? They are positioning themselves as the architects of the entire AI economy. They're building the fundamental grid that will power countless future applications.
The takeaway is simple: AI’s future doesn’t just float in the cloud. It’s physically bound to the massive, high-speed arteries that connect it.
