Broadband Programs in Canada

Canada has a goal of providing 98% of the country’s population with “high-speed” or “broadband” internet access by the end of 2026 with the remaining 2% covered by 2030. Given Canada’s size and population, major highway and road coverage, along with institutions, households, and businesses are targeted.

Canada’s approach to serving the under-served has evolved through a series of escalating funding programs. The initial phase of these programs, Connect to Innovate (CTI), focused largely on “backbone” transport initiatives plus last-mile efforts in rural, remote and indigenous communities. It is bringing broadband primarily to institutions like schools and local government. This program launched in 2016 with $585 million in funding and is now closed to new applicants.

Also launched in 2016, the Canadian Radio-television and Telecommunications Commission (CRTC) began with a five-year commitment of $750 million in levies on telecommunications companies operating in the country. Its focus is on building or upgrading access and transport infrastructure for both fixed and mobile wireless broadband.

The third major program, the Universal Broadband Fund (UBF), shifted emphasis from transport to near-universal last-mile deployments. This latter strategy is anchored by taxpayer funding of $3.225B. The program and its interconnecting parts rely on overlapping and coordinated programs like the CTI rollout and the regulatory-driven CRTC Broadband Fund. This approach of tiered funding, in combination with collaboration coordination, has proven very effective. Execution, however, has been slow.

The UBF includes set-asides for indigenous communities, a rapid response stream for shovel-ready projects, and capacity agreements for low earth orbit satellite coverage in challenging topographies.

Coordination and Overlap Strategies

Deploying capital efficiently across a country with Canada’s geographic footprint requires coordination. This is managed by a department called Innovation, Science and Economic Development (ISED). It is broadly responsible for boosting economic growth, promoting innovation, and regulating commerce. In broadband expansion, coordination is between ISED (managing CTI and UBF) and the CRTC to avoid overlapping development.

Governance and Data Sharing

To coordinate overlap, both ISED and the CRTC use Canada’s National Broadband Map. During the funds’ application processes, ISPs and grant applicants submitted detailed coverage data, which is used to definitively note areas that are deemed “served” or “underserved.” If the CRTC funds a project in a specific area, ISED will not approve UBF funding for overlapping infrastructure in that exact footprint, and vice versa.

Backbone to Last-Mile

The programs are designed to be functionally cumulative. A regional ISP might have secured CTI funding to pull transport fiber to a remote community gateway. Today, that same ISP can apply for UBF or CRTC funds to build the local last-mile distribution network, linking businesses and homes to the CTI-funded transport hub.

Open Access and Multi-Tenant Mandates

A critical area of overlap between the CRTC and UBF programs is the mandate for wholesale accessibility. When public funds are used to build backbone or gateways, the subsidized ISP is generally required to provide open-access rates, terms, and conditions to competitors. This prevents the creation of publicly funded monopolies and forces ISPs to design their network edges as multi-tenant environments. This allows third-party retail providers to lease capacity on the subsidized physical infrastructure.

Stacking and Collaboration

While an ISP cannot double-dip federal funds for the same eligible costs, they can stack funding for different network segments. Plus, the UBF coordinates with provincial governments (e.g., the Canada-Alberta or Canada-Ontario broadband partnerships), allowing federal and provincial funds to jointly cover up to 75% (and sometimes more in remote areas) of a project’s capital expenditures.

The Universal Broadband Fund Allocations

ISED does not publish information that separates funds awarded to private ISPs, WISPs, and telecoms from funds awarded to municipalities or indigenous governments. But it is well-known that telecommunications providers have been and will continue to be the primary recipients of the majority of this funding.

Funds Distributed vs. Funds Committed

It is important to distinguish between funds that have been committed (awarded to an ISP for a project) and funds that have been distributed (cash actually paid out). The UBF operates on a claims-based reimbursement model. ISPs must build the infrastructure first and then submit claims for up to 90% of eligible costs.

Actually Distributed

Due to this reimbursement model, payouts lag behind award announcements. According to the latest available data, roughly $949 million (or about 30% of the federally available funding) had been fully spent/reimbursed by early 2023. A recent federal program evaluation noted that the reimbursement process has faced bottlenecks, with claims sometimes taking 6 to 12 months to be paid. Of course, this has particularly impacted smaller WISPs and ISPs.

Awarded

The vast majority of the $3.225 billion has already been committed to telecoms through federal-provincial joint agreements and targeted streams.

Where the Money is Going

Large-Scale Co-Funding Agreements

The bulk of the funds are being deployed through joint federal-provincial agreements (e.g., $1.2 billion in Ontario, $920 million in Quebec, $830 million in British Columbia, and $780 million in Alberta). The lion’s share of these regional contracts has been awarded to major incumbent telecoms like Bell, Rogers, Telus, Vidéotron, Cogeco, and Xplornet.

Satellite Telecoms

A $600 million agreement with Telesat secures low earth orbit satellite capacity for remote communities where fiber or fixed wireless is not practical.

WISPs and Regional ISPs

Smaller internet service providers and WISPs have primarily accessed the fund through the $150 million Rapid Response Stream, which was designed for shovel-ready projects. Smaller regional ISPs are also often listed as funding recipients in provincial project breakdowns, though their individual awards (usually from $300,000 to $5 million) are dwarfed by the contracts awarded to the national carriers.

Opportunities

Electrical cooperatives, local utilities, and smaller ISPs looking to leverage Canada’s Universal Broadband Fund (UBF) have limited and specific opportunities.

New Applications

The window for primary UBF applications is closed. The main application intake schedule was wrapped up in March 2021. The federal government has already committed the majority of these funds through federal-provincial joint agreements.

However, if an ISP or utility is looking for new, direct funding opportunities outside of the UBF:

The CRTC Broadband Fund

The Canadian Radio-television and Telecommunications Commission (CRTC) still initiates periodic calls for applications (e.g., their Call 4 mapping and intake process active in 2026). This fund specifically targets Universal Service Objective projects and Satellite-Dependent Communities, making it a viable alternative for new, direct funding.

Provincial/Regional Programs

Organizations like SWIFT (South Western Integrated Fibre Technology) in Ontario operate regional broadband expansion projects. While they coordinate with federal goals, they issue their own localized RFPs and contracts to ISPs.

Collaboration Opportunities

Due to bottlenecks in the UBF’s reimbursement process and general construction delays, a large portion of the committed infrastructure has yet to be built. The real opportunity for local utilities and smaller ISPs lies in downstream collaboration and capitalizing on the “day-two” operations of the winning primary contractors.

For Electrical Co-ops and Local Utilities

The major telcos that won the regional UBF blocks are under pressure to meet deployment milestones by 2026–2027. They cannot build these networks without access to existing utility infrastructure.

Make-Ready Revenue and Pole Attachments

Winning ISPs must navigate the notoriously slow process of pole permitting. Utilities that proactively streamline their make-ready engineering processes and establish clear pole attachment agreements can win revenue streams from UBF recipients.

Middle-Mile and Dark Fiber Leasing

Utilities that have already deployed fiber for their own grid modernization (SCADA, smart meters) possess a very valuable asset. Leasing excess dark fiber or middle-mile capacity allows UBF-winning ISPs to bypass lengthy construction phases and connect their remote nodes faster.

Joint Trenching Initiatives

Co-ops planning underground electrical upgrades can form cost-sharing agreements with UBF winners, laying telecommunications conduit alongside power lines to split construction costs.

For Local ISPs and WISPs

Since the primary UBF awards went to major players, agile local ISPs must pivot from grant-seekers to strategic partners or wholesale tenants.

Exploiting the “Open Access” Mandate

A critical condition of UBF funding is that backbone projects or middle-mile infrastructure must offer open access to their Points of Presence (PoP). Local ISPs can connect with this subsidized middle-mile fiber. This allows them to expand local last-mile footprints without bearing the expenditure of building the backbone transport.

Subcontracting the “Hardest Mile”

Large incumbents often lack the granular workforce to deploy last-mile drops in highly rugged or low-density rural footprints. Local ISPs and WISPs can negotiate subgrants or subcontractor roles to execute these segments. Positioning an organization as a likely partner requires demonstrating a developed operational stack. A prime contractor will need assurances and ISP’s network automation, policy-driven provisioning, and robust multi-tenant IPAM framework allows seamless integration with their core network. Demonstrate that and an ISP becomes an attractive last-mile proxy.

Wholesale Network Operations

A local ISP partnering with an electrical utility can act as the lit-services operator for the utility’s dark fiber. By managing the DDI (DNS, DHCP, and IPAM) and operationalizing Intent-Based Networking (IBN) across the utility’s footprint, the ISP can offer wholesale capacity to UBF winners who need to show deployment progress, soon.

So, the strategic play in 2026 is no longer about winning the primary UBF grant. It is about controlling the infrastructure, rights-of-way, and automated network operations that the grant winners need to fulfill their contracts.