When a single connection is  not enough. switch to smart blending.

Reliable connectivity, anywhere.

Smart blending in a 5G WORLD.

Reliable connectivity, anywhere.

Enhanced Network

Blending different network technologies from multiple providers delivers greater reliability with connection diversity. If a connection is lost or becomes congested, we reroute packets in real-time to keep you reliably connected.

Expanded Network

In more remote locations or while mobile, connectivity options may be limited. By aggregating provider services into a single Dejero network, you have a greater coverage area than what a single provider can deliver alone.

Greater Network Bandwidth

By continuously measuring each connection in real-time, we dynamically distribute packets across the multiple connections, allowing organizations to leverage the combined bandwidth potential for greater overall capacity.


Phase 1

Combine the bandwidth of multiple network providers and diverse technologies with Smart Blending Technology


Phase 2

Access cloud resources such as compute, storage and software…


Phase 3

…or connect to resources at headquarters or data centres

The upcoming arrival of 5G holds tremendous promise to transform telecommunications technology’s role in society. Yet despite this, it will do very little to address a multitude of connectivity issues; problems associated with unreliable mobile networks, poor connectivity in remote locations, variable latencies, and other communications environments and scenarios will continue to be a struggle for individuals seeking reliable connectivity.

These challenges are all addressed and alleviated with Dejero’s Smart Blending Technology. For Dejero, 5G is simply a new ingredient in our blending recipe, joining 4G, satellite, Wi-Fi, and broadband connections. This connection diversity is key to delivering reliable connectivity, both as we are embracing the transition of 5G coming online, and also once 5G’s availability becomes widespread.


Personalized service and affordable rates