Next-Gen Signaling Starts with SS7/Sigtran
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Behind every phone call you make or SMS you send, there’s a signal transmitting in the background, which is SS7/Sigtran. It is something that users may not be able to see, but it’s the element that runs the global telecom networks. SS7 was first standardized in 1980, but its development started way before to replace manual signaling. At ComCode, we combine the strength of SS7 with the capacity of Sigtran to help operators build modern signaling systems. If you’re an MNO, MVNO, or enterprise carrier, our stack can keep your network fast.
What is the SS7/Sigtran Stack?
This progress means telecom operators can now carry legacy signaling protocols using internet-based systems without losing speed, quality, or security. When combined, the SS7 and Sigtran protocols form a stack that enables high-volume, real-time communication across global networks for both legacy systems and futuristic telecom services.
The Pillars of SS7/SIGTRAN Performance
- MTP (Message Transfer Part): This component is responsible for the transfer of signaling messages. It does error checking, message routing, and delivery confirmation.
- SCCP (Signaling Connection Control Part): SCCP adds advanced routing functions to SS7 to support more complicated services, such as mobile user location updates and toll-free number services.
- TCAP (Transaction Capabilities Application Part): TCAP is designated for managing the exchange of transaction-related messages, such as prepaid balance checks, mobile authentication, and mobile number portability.
- MAP (Mobile Application Part): MAP is used in mobile networks to provide services like SMS delivery and roaming. It manages communication between mobile devices and network elements.
- ISUP (ISDN User Part): ISUP is used for call setup, tear-down, and management in telecommunication systems. It helps establish and manage voice calls between different telecom providers.
Breaking Down the Process of SS7/SIGTRAN Stack
- SS7 Layer: In the older SS7 architecture, this layer is in charge of call setup, SMS routing, billing, and other main telecom services. It ensures that messages are routed through the network.
- SIGTRAN Layer: SIGTRAN encapsulates SS7 messages and transmits them over modern IP networks using protocols like SCTP and M3UA. This layer checks whether SS7 signaling is compatible with the IP systems or not.
- SCTP (Stream Control Transmission Protocol): This protocol facilitates message transfer. It also has error-handling features for telecom networks.
- MTP3: The Message Transfer Part 3 (MTP3) layer is credited for routing signaling messages across the network to the right destination.
ComCode’s Expertise in SS7/SIGTRAN
- Personalized Services: We provide bespoke SS7/SIGTRAN stacks that are programmed to meet the exact needs of your network.
- Easy Integration: Our SS7/SIGTRAN stack integrates readily with your existing network systems for a smooth transition with no disruptions in your services.
- Scalability: We engineer the stack in a way that it can scale with your business to handle increased traffic as your network grows.
- Full-Time Support: Our experts are available around the clock to offer assistance to make your network operational and secure at all times.
- Security Features: We incorporate advanced security measures to protect your network from vulnerabilities commonly found in SS7 signaling.