As AI infrastructure and hyperscale data center demand reshape the broadband landscape, the pressure on providers to design and deploy long-haul fiber networks faster—and more profitably—has never been greater. Today, we announced a major expansion of Broadband IQ™ platform purpose-built for long-haul fiber planning.
Broadband IQ for Long-Haul Planning transforms what has traditionally been a fragmented, laborious process into an intelligent, automated workflow designed for the speed and scale of the AI economy. The platform enables providers to reduce 100-mile route planning cycles from weeks to minutes and provides insight into the underground geology, construction challenges, permitting, and adjacent revenue opportunities. This enables planners to optimize routes for the greatest ROI.
Industry analysts estimate the United States will require an additional 100–120 million miles of fiber by 2030—more than doubling the fiber currently deployed today. At the same time, hyperscale data centers, AI compute clusters, and cloud infrastructure providers are demanding faster deployment timelines and greater network performance.
But many operators are still relying on disconnected GIS tools, spreadsheets, manual engineering analysis, and slow planning workflows that simply cannot scale fast enough to support this new wave of infrastructure demand.
Broadband IQ was built to solve that problem.
Broadband IQ unifies route optimization, geology intelligence, permitting visibility, demand analysis, and financial modeling into a single intelligent platform. Instead of spending weeks manually validating routes, gathering information on ground conditions, and comparing engineering tradeoffs, teams can rapidly model and optimize routes in real time.
“AI and hyperscale data center demand are putting long-haul fiber infrastructure at the center of the digital economy,” said Raj Singh, CEO of VCTI. “The providers who win this next wave will be the ones that can scale network deployment faster, smarter, and at the lowest possible cost.”
According to Singh, Broadband IQ gives operators a decisive advantage by replacing fragmented planning processes with an intelligent platform that identifies the most scalable and financially efficient path to deployment—while simultaneously optimizing for constructability, permitting, geology, capital efficiency, and market opportunity.
Broadband IQ was designed specifically to help operators scale planning capacity without scaling engineering headcount. The platform integrates engineering, environmental, commercial, and financial intelligence into one workflow to help providers move faster with greater confidence.
Key capabilities include:
Broadband IQ reflects a larger shift happening across the industry: long-haul planning is no longer simply an engineering exercise. It has become a capital allocation strategy.
Providers and investors are increasingly under pressure to respond to data center demand faster, reduce construction uncertainty, and maximize long-term asset value. Broadband IQ enables operators to compare route economics, construction complexity, permitting exposure, and market opportunity simultaneously—helping teams make smarter decisions earlier in the planning process.
The result is a more scalable, capital-efficient approach to long-haul expansion that accelerates deployment timelines while improving financial outcomes.
As AI infrastructure expansion accelerates, fiber providers are entering a new race—one defined by speed, scalability, and precision. Operators that can rapidly design, optimize, and deploy long-haul networks will be best positioned to support hyperscale demand and capture emerging market opportunities.
Broadband IQ gives providers the intelligence layer needed to move at AI economy speed—bringing together route engineering, geology, permitting, financial optimization, and market opportunity in one unified platform.