Public networks were built for Netflix, not autonomous haulage.
If you operate a mine, port, international airport, or industrial site in Canada, you’re likely relying on two flawed options: public LTE/5G that throttles your uplink, or Wi-Fi that can’t adequately cover your entire site.
The science experiment is over. With ISED’s Non-Competitive Local Licensing (NCL) framework, Canadian enterprises can now secure their own dedicated spectrum slice, often for less than the cost of a team lunch, and build a wireless network that rivals the big telcos in performance.
This document is an engineering playbook designed to help CIOs and Operations Directors navigate the transition from fragile connectivity to industrial-grade autonomy.
Inside this guide:
- ISED NCL Explained: How to map your site polygon and secure 3900 MHz spectrum before your competitors do.
- The Physics of Failure: A technical breakdown of why Wi-Fi physically cannot support high-mobility assets in metal-dense environments.
- Real Canadian Case Studies: How De Beers Gahcho Kué and the Government of Nunavut replaced legacy microwave and satellite struggles with Private 5G and LEO backhaul.
- The Implementation Checklist: A 6-point audit to determine if your site is ready for Private 5G.
