Secure Data Networks Solutions: Safeguarding Data in Canada's North

Eutelsat's OneWeb LEO satellite technology delivers the answer. Our high-speed, low-latency network brings reliable satellite connection to even the most isolated sites across the High North, with private network options that keep sensitive telemetry, proprietary software and subscriber data off the public internet. Working with trusted partners, we've deployed private satellite network infrastructure that supports mission-critical operations from coast to coast to coast.

The Challenge: Reliable Communication Across Remote Territories

Canada-based enterprise and government operations must maintain communications across northern territories where fibre networks are scarce and cellular coverage fades quickly. Climate change is opening previously unexplored tracts of wilderness and sea, increasing demand for connectivity where traditional infrastructure cannot reach.

The operational challenges include:

• Deploying reliable connectivity where needed, without waiting for costly terrestrial buildout
• Supporting field operations and real-time analytics at the edge
• Running encryption to protect critical infrastructure telemetry from hostile actors
• Ensuring satellite links support moving assets across land, sea and air in austere conditions

For key decision-makers who oversee maritime fleets, land-based enterprise, or emergency response teams, these remote areas demand solutions that guarantee continuous communication—even when an existing ground network fails entirely.

The Need: High-Speed Satellite Internet Access with Full Privacy

Government service providers depend on reliable satellite communications for land fixed, land mobility and maritime applications to serve communities nationwide. Hardware must be proven in all conditions, while traffic features keep data off the public internet when required.

Key operational needs:

• Controlling access and priority: managing who has access, which data takes priority and what security levels apply
• Secure downlinking: ensuring private circuits downlink to gateways or landing PoPs (Toronto and Calgary) within Canada's borders
• Trusted infrastructure: deploying terminals that have been certified for a LEO satellite network and tested in the field for resilient service performance

This combination of high-speed, low-latency LEO connectivity with privacy-first service design enables mission-critical satellite communications for national security, surveillance, emergency response and secure delivery of public services.

The Solution: Certified Hardware and Private Satellite Wi-Fi Connectivity

Eutelsat, working with trusted partner Galaxy Broadband, has delivered network solutions designed to meet operational and security requirements across Canada's most challenging environments. These high-speed satellite internet solutions include private networks for keeping sensitive data off the public internet, and combine certified portable and fixed user terminals with LEO connectivity to support national security and safeguard commercial telemetry.

Deployed user terminals include:

• Hughes HL1120W
• Kymeta u8 Osprey
• Kymeta u8 Peregrine
• Intellian OW10HV
• Intellian Manpack OW7MP

Each terminal has been tested in harsh conditions on land and at sea, ensuring reliability for fixed, mobile and maritime operations. Private network features allow customers to control access, prioritise traffic and apply VPN encryption to keep sensitive data off the public internet.

The Impact: Modernised, Secure Satellite Network Communication

The deployment has delivered measurable outcomes for government and enterprise users:

• Enhanced digital scope to modernise services in remote territories and comply with privacy standards, protecting sensitive telemetry and community data
• Improved decision-making for national security, surveillance and emergency response coordination, with real-time encrypted satellite links supporting critical operations
• Multi-million-dollar savings from reduced downtime on degraded fibre networks, by ensuring continuous connectivity for field and maritime communications

This case study demonstrates how private satellite networks enable government and enterprise operations to maintain secure, resilient communication in Canada's most challenging environments—supporting the operational continuity, safety and compliance that mobility-focused organisations require.

Frequently Asked Questions About Private Satellite Networks

Is satellite internet performance good for enterprise use?

Orbiting at 1,200 kilometres, Eutelsat's OneWeb constellation reduces latency to 25–60 milliseconds—performance comparable to terrestrial broadband and roughly eight times faster than traditional GEO systems. This enables mission-critical workflows including telemetry, cloud analytics, video conferencing and secure communications. With full-duplex terminals achieving speeds up to 195 Mbps, LEO-backed private networks support bandwidth-intensive operations without degradation, even where ground infrastructure is unavailable.

Are there privately owned satellites serving government customers?

Satellite operators like Eutelsat deploy dedicated infrastructure for government and enterprise customers who need sovereign, secure connectivity. Eutelsat's multi-orbit network combines 31 GEO satellites with the OneWeb LEO system—the only LEO fleet not controlled by the US or China—to offer Europe a uniquely sovereign asset. Private network circuits route traffic through controlled Points of Presence within national borders, such as Toronto and Calgary for Canadian operations, ensuring data never traverses the public internet. End-to-end security encompasses space, ground and user segments, with access policies, priority routing and encryption tailored to defence, emergency services and critical infrastructure use cases.

What is satellite internet and how does it work for private networks?

Satellite internet relays data between user terminals on the ground, orbiting satellites and ground stations connected to the terrestrial internet backbone. User terminals—mounted on vessels, aircraft, vehicles or fixed sites—transmit requests via satellite signals to ground stations, which convert RF into IP data and route it across secure circuits. For private networks, traffic bypasses the public internet entirely: dedicated circuits connect terminals directly to controlled gateways, maintaining full control over routing, bandwidth allocation and security policies. LEO constellations use inter-satellite laser links to extend coverage over oceans and polar regions, ensuring continuous satellite connection even where ground stations are sparse.

How do private satellite network companies ensure data security?

Private satellite network operators employ layered security combining encryption, controlled access and dedicated infrastructure. End-to-end encryption protects data in transit from user terminal to ground station using approved cryptographic standards and hardware security modules for key management. Private Points of Presence and VPN integration ensure sensitive telemetry, subscriber data and operational traffic remain isolated from public networks. Controlled access policies, SIM-based authentication and role-based permissions reduce exposure to hostile actors. With lower latency enabling real-time integrity checks, LEO-backed private networks deliver the confidentiality, availability and operational continuity essential for government, defence and critical enterprise deployments.