Upstream provider
A company between you and the operator that supplies connections to networks. Using several avoids depending on one.
Global network
Your messages do not depend on a single route or a single provider. Multiple upstream providers and failover keep traffic moving.
What matters
Every messaging route can fail: a link goes down, an operator has an outage, a provider has a bad day. If you depend on one path, your customers notice. Redundancy means there is always another path.
A company between you and the operator that supplies connections to networks. Using several avoids depending on one.
Real redundancy needs routes that fail independently. Two routes through the same provider are one risk, not two.
Redundancy only helps if traffic actually moves. Failover should be automatic and tested, not a manual procedure.
Look at the delivery rate over time, not only at the architecture. Ours is over 98%.
How ZafeConnect delivers
ZafeConnect uses multiple upstream providers. Together with failover systems that move traffic through alternative routes or regions, this keeps your messages flowing when part of the network has problems.
Traffic can use more than one upstream provider.
In case of network issues, failover systems route messages through alternative routes or regions.
A mix of connection types gives more than one way to reach an operator.
A dedicated support team is available anytime, anywhere.
Buyer’s checklist
Whichever provider you choose, ask these. We are happy to answer them for ZafeConnect.
FAQ
A company that supplies connections to mobile operators. A messaging provider typically uses one or more of them in addition to its own direct connections.
Failover systems move traffic through alternative routes or regions, so your messages continue to be delivered.
Follow your results in the delivery reports and analytics. Our message delivery rate is over 98%, and our support team is available 24/7.
There are no setup, system or operating fees. You pay for delivered messages, and redundancy is part of how we run the network.