More than 700 active mine and exploration sites operate across British Columbia, yet most remain in zones where LTE is unavailable and satellite phones serve as the primary link to the outside world. This is more than a technology gap; it is an operational liability that inflates fuel costs, slows emergency response, and limits site automation.
That ceiling is cracking. Low-Earth orbit (LEO) broadband from SpaceX's Starlink and—imminently—Telesat's Lightspeed constellation, which targets full Canadian coverage by late 2026, is reaching reliability thresholds that make it a genuine infrastructure upgrade. For BC's resource sector, which accounts for the bulk of the province's export economy, the implications extend far beyond improved connectivity at camp.
Real-time equipment telemetry is now possible at sites that previously batched data overnight. Remote equipment operation—including haul trucks, drilling rigs, and processing controls—can be managed from hundreds of kilometres away. AI-assisted site management, which requires continuous data streams, is becoming viable. Early adopters report measurable reductions in emergency response times and fuel costs, though specific figures vary by operation type and geography.
Why this moment is different
Legacy geostationary satellites provided connectivity to remote BC, but with latency of roughly 600 milliseconds, which rendered real-time control systems and video conferencing ineffective. LEO constellations orbit at altitudes between 340 and 1,200 kilometres, reducing latency to 20 to 40 milliseconds, on par with urban LTE. This is the threshold at which industrial control systems—running pumps, conveyors, and ventilation—become remotely manageable.
Telesat's Lightspeed is particularly significant for Canadian operators. Unlike Starlink, which is US-owned, Lightspeed is a Canadian-controlled system with federal backing, designed for high-latitude coverage where Starlink's orbital geometry is less efficient. Northern BC, the Yukon border, and offshore coastal operations fall within this high-latitude band. Lightspeed's deployment timeline suggests the connectivity map for BC's resource corridors will look materially different within eighteen months.
The federal government is supporting this shift. The CRTC's Broadband Fund has committed over $830 million nationally for underserved connectivity, with BC among the largest recipients. Much of this capital is flowing toward the northern and interior corridors where resource operations are concentrated, de-risking infrastructure investment for both operators and the startups building on top of it.
The operational math
Connectivity becomes valuable when it impacts the balance sheet. For example, fuel is the single largest variable cost at most remote sites. A mid-sized open-pit mine runs fleets of haul trucks on optimized dispatch cycles. Without real-time telemetry, dispatch relies on scheduled intervals and radio check-ins. With continuous GPS and load data, dispatch algorithms can reduce idle time and empty-haul kilometres. The Mining Association of BC has identified fuel efficiency as a primary operational technology use case for this reason.
Safety also benefits. LEO broadband allows sensor networks, video feeds, and automated alerts to function in real time. A gas detection system that previously logged data locally can now push alerts instantly to a regional emergency operations centre, creating a more robust safety architecture.
Furthermore, labour remains a persistent constraint in BC's resource sector. The labour shortage has made remote rotational work increasingly difficult to staff. Connectivity enables remote monitoring and diagnostics, reducing the headcount required on-site and making remaining roles more attractive.
The startup window
For Vancouver's tech community, the opportunity lies in the sector-specific software layer. While Starlink and Telesat provide the connectivity, and industrial vendors provide the hardware, there is a lack of applications that translate this data into operational value for mining, forestry, and oil and gas.
Resource operations run on specific workflows, regulatory requirements, and data formats. A generic IoT platform cannot easily accommodate shift scheduling at a fly-in/fly-out camp, reporting obligations under BC's Mines Act, or the specific telemetry protocols of heavy machinery. Building for these nuances requires proximity to the customer—an advantage Vancouver holds over other tech hubs.
Vancouver already hosts a cluster of resource tech companies that have built durable businesses on domain-specific software. The LEO connectivity shift creates a new surface area for innovation. The window is finite: once Lightspeed reaches operational status, global industrial IoT vendors will likely increase their focus on the Canadian market. The startups most likely to succeed are those already embedded with resource operators, developing pilot programs before full LEO coverage arrives.
