Good product design is characterized by its simplicity. Ideally, the user no longer notices the interface. There's no longer a need to think about how something works; instead, they can focus entirely on the desired outcome. Every added intermediate step, such as copying a confirmation code from one application to another, interrupts this flow and, in today's app-saturated digital world, is increasingly perceived as a nuisance.
Therefore, a fundamental question has long been raised in network technology: what processes should the network handle automatically in the background, and what should the user be required to confirm manually? Until now, the industry has tended to impose more verifications than necessary. Users are systematically asked to prove identities whose authenticity the mobile network can already verify on its own. Classic SMS verification is the most well-known example, but with the arrival of modern programming interfaces (PPIs) in network technology, this practice is beginning to fundamentally change.
A recent sports collaboration demonstrates what this looks like in practice. Technology provider Blocksport has integrated a direct verification system via a network interface. The first implementation for sports fans took place in Germany with Telekom Baskets Bonn and in France with AS Monaco Basket. In both clubs, direct network-based authentication replaces the traditional SMS code procedure. Anyone who opens the fan app is automatically logged in. What appears to be just a bit more convenience is, in reality, a fundamental technological transformation. The intelligence of the mobile network is now directly available to end-user applications through standardized interfaces.
A long-awaited modernization:
Development labs have been working for some time to open mobile networks to software developers. Standards and technical plans have been defined, but the real obstacle was the network operators, who were hesitant to incorporate these functions into their commercial networks. Now, however, a decisive breakthrough seems to have been achieved. Global coordination among standardization bodies such as CAMARA, TMF, and 3GPP has significantly accelerated the process, and network operators now actively support the deployment of features through standardized programming platforms. Developers no longer have to grapple with complex network infrastructure; they can now even use readily available components.
However, it is the end user who truly appreciates the difference. The familiar routine of entering a phone number, waiting for the SMS, and then transcribing the code disappears entirely. Login is instantaneous—a long-awaited modernization of everyday digital life.
Security and performance as the new standard:
Silent authentication is just the beginning of broader development. Background location interfaces are already being used to effectively prevent fraud attempts in online banking. Furthermore, testing is underway to determine how networks can guarantee connectivity for specific applications at large events. When thousands of people connect simultaneously in a stadium, the infrastructure itself ensures that critical applications or ticketing systems remain stable. In the future, these processes will likely be increasingly managed by machine learning systems that autonomously adapt network capacity based on demand and context.
The best features are the ones you don't even notice.
The more natural it is for developers to access network features (similar to how it already happens today with digital mapping services or payment systems), the faster other sectors will adopt them, whether in mobility, finance, healthcare, or gaming. In all areas where connection interruptions or enforced barriers are annoying, the mobile network provides the necessary data to make logins completely seamless. A gamer, for example, who loses their connection can reconnect without delay, without needing to enter any password. And best of all, for end users, these changes happen almost imperceptibly.
The future is already visible
. Numerous practical examples demonstrate that this evolution is real. Orange uses AI-based network functions to improve the safety of field personnel. Deutsche Telekom enables high-precision drone operations that rely on dynamic network optimization. The operator Elisa, together with Elmo Cars, is testing remote driving scenarios where latency and reliability must be managed in real time. Meanwhile, WaveXD integrates Network as Code directly into developer platforms, allowing teams to use network functions as easily as they use any software library.
