Smaller internet service providers play an essential role in connecting communities across North America. Although they may not have the resources of the industry’s largest operators, their network challenges are no less complex. Issues include outdated records, fragmented data, tight funding windows, and growing customer expectations.
Good news is that sophisticated network management and design tools are becoming increasingly accessible to these providers.
Ian Oliver, Project & Technology Consultant at Globema North America, recently joined host Jessica Denson on the award-winning Connected Nation podcast. They discussed how cost-effective software, automation, and artificial intelligence can help tier-two and tier-three ISPs design networks faster, operate more efficiently, and deliver better service.
The episode, titled “A cost-effective answer to some of the biggest problems for some of the nation’s smallest ISPs”, was recorded at Fiber Connect 2026 in Orlando, Florida.
Turning network records into reliable digital models
Every telecommunications operator needs an accurate understanding of its physical network: where infrastructure is located, how equipment is connected, and how services travel from the network to each customer.
However, creating that picture is not always straightforward, especially for operators with infrastructure and records accumulated over many years. Information may be spread across several databases, drawings, spreadsheets, and other sources. Some records may be decades old or may no longer accurately reflect what is in the field.
As Ian explains in the podcast, Globema helps operators gather, clean, and consolidate this information into a consistent digital network model. The goal is to build a reliable source of network data that teams can use to support planning, construction, maintenance, and daily operations.
An accurate model becomes particularly important when something goes wrong. If infrastructure is damaged, operators need to quickly determine which services and customers may be affected. Reliable digital records can help teams assess the situation and restore connectivity more efficiently.
Enterprise-grade capabilities without an enterprise-sized budget
One of the central messages of Ian’s conversation with Jessica is that advanced technology is no longer reserved for the largest telecommunications companies.
Today, smaller operators can access software with capabilities that previously required major budgets, extensive IT resources, and lengthy implementation projects. This creates an opportunity for tier-two and tier-three ISPs to introduce more sophisticated processes without losing the agility and community focus that distinguish them from larger providers.
As Ian puts it during the episode:
“There’s no reason why smaller operators cannot run their shops with the kind of sophisticated technology that was only available to the bigger operators.”
Ian Oliver, Technology & Project Consultant, Globema
Globema’s solutions draw on decades of experience in the telecommunications sector, including work with hundreds of operators in Europe. These tools have been developed and refined in response to real operational challenges, particularly the need to manage complex networks accurately while controlling costs.
For smaller ISPs, cost-effectiveness is not simply a benefit. It can determine whether modernization is practical at all.
Moving from months of design work to dramatically faster results
Network design is another area in which automation can make a meaningful difference.
Before committing to a network expansion, an operator typically creates a high-level design. This provides enough information to estimate costs, identify the area to be served, determine the basic architecture, and support management or funding decisions.
Turning that concept into a detailed, build-ready design can then require considerable time and manual effort. When construction schedules and funding windows are tight, that delay can become a major obstacle.
During the podcast, Ian discusses how Globema’s design automation capabilities can substantially accelerate this process. The software applies operator-defined engineering rules to generate a detailed design, while keeping engineers in control. Designers can review the result and make adjustments directly on the map wherever field conditions or project requirements call for a different approach.
Automation does not remove engineering expertise from the process. Instead, it handles repetitive and calculation-intensive work so specialists can concentrate on decisions requiring their experience and judgment.
The potential results include:
Faster network design
Shorter planning and approval cycles
More consistent application of engineering rules
Lower design costs
Easier modifications and scenario testing
Greater confidence when preparing budgets and funding applications
Applying AI where it delivers practical value
Artificial intelligence is now part of nearly every technology conversation, but Ian emphasizes the importance of applying it to the right problems.
A well-defined engineering process does not necessarily require generative AI. If the rules are clear, traditional automation can often execute calculations and produce designs effectively, with people setting the parameters and reviewing the results.
AI and machine learning can be particularly useful, however, when operators need to reconcile and clean large volumes of inconsistent data.
For example, an ISP may have customer addresses in its CRM, network locations in an infrastructure database, and additional address lists used for reporting. Differences in spelling, formatting, abbreviations, or duplicate entries can make it difficult to match these records reliably.
AI-assisted processes can help identify duplicates, standardize information, and determine which records refer to the same real-world location. Combined with strong data-cleansing practices, this can give operators a more dependable foundation for planning and decision-making.
The lesson is straightforward: AI creates the most value when it supports a clearly defined operational need, not when it is introduced simply for the sake of using AI.
Supporting the people connecting their own communities
The podcast also highlights what makes smaller ISPs so important.
Many were created because a community lacked adequate broadband and local people decided to solve the problem themselves. Their teams often live in the areas they serve, know their customers personally, and understand how connectivity affects local homes and businesses.
That proximity creates accountability, but it also gives smaller operators a valuable can-do spirit. They can move quickly, test new approaches, and respond directly to community needs.
With access to clean network data, practical automation, and affordable software, these providers can operate with capabilities once associated only with major carriers, all while preserving the responsiveness that makes them unique.
For an ISP serving thousands of subscribers and tens of thousands of homes passed, spreadsheets and disconnected records are no longer enough. The right tools can help even a relatively small team run a highly capable, confident, and efficient operation.
Listen to the full Connected Nation episode
Ian’s conversation with Jessica explores these topics in much greater detail, including:
- Why accurate digital network models matter
- How Globema’s solutions have been tested in demanding telecommunications environments
- What network design automation looks like in practice
- Where AI and machine learning can improve data quality
- How fiber and cable networks may continue to evolve
- Why smaller operators are well positioned to benefit from today’s technology
The episode combines practical industry insights with an open, engaging conversation about the realities of building and operating broadband networks.
We encourage you to listen to the full Connected Nation episode to hear Ian’s perspective on how tier-two and tier-three ISPs can use smarter software, automation, and AI to work faster, make better-informed decisions, and improve service for their communities.
