SiFi Networks America: Citywide Open Access Fibre Infrastructure Development

Business Honor

SiFi Networks is a telecommunications infrastructure provider who operates all over the country in the US focusing on creating fibre based networks to cover entire cities, not just parts of a city. The purpose of the work done by SiFi Networks will help solve the issue of uneven access to broadband across most cities and therefore create an overall better digital infrastructure for cities. Their open access fibre network model has been developed using fibre-to-the-premises deployment (FTTP) meaning that FTTP is used to connect directly to all homes, businesses, and other public buildings in an urban area. The way in which their networks are constructed allows fibre networks to be built through every street in a city, therefore eliminating the prospect of providing service to some groups of the population and not all.

A unique aspect of the companies operating under this modular open access system is that they do not operate as a single provider; instead, they develop infrastructure that allows for shared use of the network by all approved service providers. For instance, if one company has built a network and has already connected to it, they may let other companies use it, creating a new type of competition that focuses on providing quality of service and excellent customer service instead of the current system, which focuses on who owns the physical infrastructure and has the exclusive right to provide broadband or related services. Additionally, the networks built by SiFi Networks may also be used for more than just providing internet access. These networks will create a new paradigm for digital cities, allowing municipalities, educational institutions, health care professionals and businesses to develop digital capabilities and innovate operationally.

Solutions Offered By SiFi Networks

FiberCities®

SiFi Networks’ (SiFi) Fiber Cities® model utilizes an open-access citywide fibre network, meaning all fiber infrastructure will pass through every street within a city. As such, all homes and businesses will have access to fibre irrespective of geographic/economic make-up. This is opposite to selective deployment strategies (e.g., selective fibre infrastructure that serves only particular groups) that take an inclusive approach to facilitating digital access.

Fibre networks built using techniques like micro-trenching will experience minimal disruption to pre-existing local urban environments during installation; additional access points can be included for future services (e.g., services for urban infrastructure, connected devices, etc.). The system is intended to be used as a shared platform for numerous Service Providers (SPs), Enterprises and Carriers to deliver services using the same fibre network, reducing the necessity of multiple fibre networks due to high capital expenditures (i.e., To build one fibre network rather than multiple). Furthermore, this model makes it possible for providers to complete service competition based on service delivery rather than infrastructure ownership. Consequently, providers can deliver services without having to develop and maintain their own networks to do so.

In a municipal context, FiberCities® networks fall under the umbrella of larger infrastructure strategy and development initiatives. These networks provide benefits through utilization of the City’s extensive resources to support the delivery of direct, first-line service to residents; function as intermediate means to deliver connectivity to other public agencies, including public schools and hospitals (including critical hospital services); and assist with economic development by providing communities with the tools needed to succeed through improved digital access. Furthermore, FiberCities® networks have been engineered for long-term capacity and flexibility, as they will continue to meet technological demands and will not require significant upgrades or modifications over time.

Smart City

The Smart City solution utilizes the connectivity provided by SiFi Networks’ fibre optic infrastructure, allowing city governments to utilize digital technology when managing their urban environments. Cities can utilize connected systems to gather and analyze data collected from multiple assets (such as transportation, utilities and the delivery and maintenance of public service) using a data-driven approach. More specifically, municipalities are able to modify the method of service delivery and/or maintenance based upon data-driven methodology. The fibre optic network is designed to provide the underlying communications framework required for communication between the connected devices and centralized systems. It serves as the infrastructure for Internet of Things applications where sensor and actuator devices send information instantaneously. By providing consistent citywide connectivity, the fibre optic infrastructure allows municipalities to implement continuously data exchange dependent systems.

Smart City features has various ways to improve specific sectors within cities such as Transportation/Traffic Management; Health Care Services; Environmental Monitoring & Energy Usage & Educational Systems (Educational Efficient Connectivity will Improve Remote Access). All types of connected systems (i.e., digital platforms) can also assist in increasing and coordinating access to request/transportation services in cities. Consequently, the integration of digital infrastructure into urban environments can also affect Economic Development. Cities that have established connectivity will generally have a higher likelihood of attracting new industries and developing new business models that use digital technologies or rely on utilization of data to improve municipal planning/resource allocation.

Smart Cities provide integration between telecom infrastructure and urban systems, so that the communication network is no longer just a way to connect to the internet, but is part of the larger ecosystem of city operations, urban planning, and supporting future technology growth. The telecommunications company's infrastructure will support current connectivity and forecast future connectivity needs by being designed to support increasing data demand and evolving digital applications, without requiring any major structural change within the network. The network therefore provides Long-term value to urban infrastructure and supports the continued evolution of cities through IFIT.

Ian Wade | CEO

Ian Wade is the CEO of SiFi Networks America Ltd. Ian Wade brings over two decades of experience in financial strategy and operations within the telecommunications and infrastructure sectors. Prior to joining SiFi Networks as a Director in July 2025, Ian served as Chief Financial Officer at Gigaclear, where he played a pivotal role in scaling the business and securing funding for rural fiber deployments across the UK.