Open-Source Telecom
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Legacy SMSC stacks are costly to maintain and hard to extend, with hidden transactional costs and limiting licenses.

Carrier-grade open source SMSC with 100,000 TPS, multi-protocol interworking, 24/7 technical support, and the SMSF for native SMS in 5G Standalone networks.

Delivering interactive, secure messaging to every phone.

Session-based, menu-based USSD, with USSI (3GPP TS 24.390) for 4G and 5G networks.

Telecom signaling like SS7 and Diameter makes interworking complex for HTTP/API applications.

Event-driven gateway bridging HTTP/API applications with SS7/MAP and Diameter through CAMARA APIs.

Mobile operators hold location data, yet they often struggle to monetize it safely and efficiently.

Secure, anonymous and standards-based access to subscriber location, with full operator control and a Geolocation API.

Orchestrating Diameter signaling across multiple 4G LTE network elements adds complexity to the core network.

Open source DRA acting as a single point of connection, with load balancing, policy enforcement and interoperability for signaling. Supports 17 Diameter applications.

Incident investigation requires correlating data from several disconnected sources.

Centralizes core traffic data in a single interface, reducing downtime from hours to minutes.

Unauthorized signaling attempts and malicious messaging payloads can compromise the core network.

Strict parameter validation unified with real-time, AI-driven threat classification at the exact point of entry.

SMS must continue to work as networks migrate from legacy to IMS.

Gateway that bridges SMS across legacy and IMS environments.

SS7 links are rigid and complex to extend or reconfigure.

Flexible signaling transfer point for SS7 and SIGTRAN routing. 2,500 TPS processing.

Device and subscriber trust signals live inside the network, not in apps.

Entitlement and authentication services leveraging existing network capabilities.

5G interconnection exposes operator networks to more parties.

Planned SEPP for signaling protection at 5G network boundaries (Q1-2027).