Telecompetitor Arches

Vero Fiber Networks marks 790 miles of AI-ready fiber in 2025

BOULDER, Colo., Dec. 3, 2025 /PRNewswire/ — Vero Fiber Networks, a leading provider of fiber optic infrastructure solutions, announces the successful completion of a substantial AI – tailored network buildout in 2025, underscoring the company’s strong execution capabilities and commitment to advancing digital connectivity and resiliency across the U.S.

In 2025 alone, Vero delivered projects associated with 790 miles of high-capacity, underground, multi-conduit routes across five key states: Nevada, Iowa, California, Texas and Tennessee. This extensive buildout is a testament to Vero’s proven track record of successful project delivery and execution in critical, high-growth markets.

“While building AI-grade networks is a new focus for many in the industry, this has been a core focus for Vero for many years,” said Pamela Moore, CEO of Vero Fiber Networks. “We have developed a competency in building greenfield networks for our customers, often in challenging geographies, and have oriented our team, systems and tools around this exciting space.”

Vero Fiber Networks’ newly completed infrastructure is engineered with AI in mind, offering a resilient and future-proof foundation for advanced technologies. The completed routes provide robust capacity, both conduit and fiber, for hyperscale, cloud, carrier and enterprise customers looking to expand their reach and enhance their network access.

Looking ahead, Vero Fiber Networks anticipates the delivery of another ~ 500 miles of high-capacity network infrastructure in 2026. Vero is currently active nationwide, offering diverse, high-count fiber solutions across 23 states and 259 markets.

SIMILAR STORIES

Telecompetitor Arches
Astound Business Solutions launches new east coast fiber route
Learn more about this post
Telecompetitor Arches
ImOn Communications announces completion of Cedar Rapids, Iowa fiber upgrade
Learn more about this post
Computer
New York makes $36M in broadband grants available through ConnectALL MIP 
Learn more about this post