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Inviting agents, direct partners, and systems integrators to long-term collaboration across African telecoms.

The SC.Soft SMSC platform offers a message routing emulation mode that allows operator engineers to verify the correctness of delivery rules before publishing changes — without sending test messages into the real network. This capability is a characteristic example of an approach in which platform development is measured by how much work and risk it removes from the operator’s team.

The SC.OTA platform has been updated — custom modules are now available, changing the way operators launch new services and manage SIM cards.

SC.Soft will be participating in Mobile World Congress Kigali, one of the leading telecom industry events in Africa, taking place on June 16−18, 2026 in Kigali, Rwanda.

The discussion around device control mechanisms — including IMEI-based approaches — continues to evolve. While implementations differ across markets, the direction is consistent: mobile networks are facing growing requirements for device tracking and management.

A recent survey by the Mobile Ecosystem Forum shows that most players in the market view RCS as a promising option.
However, the key question isn’t whether RCS will take the place of SMS — it’s about how to use both effectively.

SC.Soft introduces its DRA (Diameter Routing Agent) — a solution designed for routing and managing Diameter signaling in 4G/LTE, 5G, and IMS networks. The product enables centralized handling of signaling traffic and supports flexible routing scenarios based on real-time network load and defined policies.

The latest update of SC.Soft's OTA platform introduces a set of enhancements aimed at simplifying SIM management and improving the efficiency of OTA campaigns.

A few days have passed since MWC Barcelona 2026, and it was an intense and productive event for the SC.Soft team 🚀

SC.Soft's SMSC platform provides tools for visual configuration and debugging of SMS routing through a web interface.

In our previous post, we discussed why messaging infrastructure is becoming a critical part of modern digital processes — particularly for OTPs (one-time passwords), banking notifications, and service messages. The next logical question is: how can intelligent traffic analysis strengthen the system without introducing additional delays or points of failure?

In recent years, the role of service A2P communications has changed dramatically. Regardless of the protocol used, messaging infrastructure has become a core part of critical service communications. Through it, transactions are confirmed, client authentication takes place, and access to banking and government services is ensured.