Always Connected, Any Network, Any Time, Any Place!
Lyfo.net for Mobile Operators
Best-effort mobile communications for high demanding customers, like public safety, are no longer acceptable.
Providing constant , universal, and seamless connectivity is essential.
How to lower the churn and to win new customers in a more competing world?
Lyfo.net for Mission-Critical
Service interruptions caused by a lack of coverage or network outages is a serious problem for mission-critical operations of public & private networks.
In a world of mission-critical, business-critical applications & customer expectations of always being mobile connected, the challenge is how to reduce – or preferably eliminate –
Lyfo.net for Automotive & IoT
Reliable machine-to-machine communications underpins the move to factory automation, autonomous vehicles, smart/safe cities, but communication interrupts can threaten our lives.
How can we keep the lights on, keep the systems running and keep everyone safe?
Lyfo.net for Private Networks
No-one can build a 100% reliable communications network, not even a private one! Being out of reach can seriously damage your operations and cause an health and safety issue.
Wouldn’t it be great if your mobile device could switch automatically from the public network to your private 4G or 5G network.
Learn more about our solutions.
Lyfo offers 4 different solutions, each of which contributes to our proposition around seamless roaming.
Software solution for switching between any mobile 4G/5G network.
The high performance sim with access to all mobile networks.
Accelerated switching between mobile networks, by network redundancy.
About the Lyfo.NET App
Lyfo guarantees automatic access to all available 4G/5G mobile networks in Europe! Does a mobile network (temporarily) have no coverage or is it malfunctioning? Within a few seconds the app switches to another available mobile network.
Increased QoS for mission- critical mobile communication
Ensuring continuous attachment to the best available network, whilst switching back to preferred network as soon as right quality is available again (mainly national roaming scenario).
Increased user- experience for users in border areas
Avoidance of QoS deterioration for all subscribers in border areas (international and private/public roaming scenarios).
Premium service for high-demanding customers. The service will eventually become mainstream both in national and international roaming scenarios.
Ability to control roaming costs
Avoid stickiness to a non-preferred / costly roaming partner (mainly international roaming scenario).
Future: Enable high bandwidth, low latency IoT uses cases
Enablement of the required QoS for moving objects with high bandwidth and low latency requirements (e.g. connected cars) (both in national and international roaming scenarios).
This is how it works
The detecting and switching is done by means of an NQI algorithm. This Network Quality Indicator forms the heart of our application and consists of 10 different parameters that jointly attach a value to the NQI.