GSP
Responsible for signal forwarding
The Hannwave Universal Signaling Platform (GSP) integrates NRF/SCP/SEPP/DRA/DEA/STP/SSR functions, supports the full range of signaling protocols for 5G signaling network HTTP/2 protocol and traditional signaling network SS7/DDdiameter, and is a converged signaling product for 2G/3G/4G/5G multi service scenarios. It can help operators deploy a simplified, integrated, highly reliable, secure, and flexible signaling network, and can smoothly develop in the future.
Signaling network elements aggregate and distribute signaling messages within the network, providing real-time routing and flexible adaptive capabilities to ensure correct and reliable routing of signaling messages between network elements. As the unified interface of the operator network to the outside world, the internal topology of the network is shielded and invisible, providing a secure and reliable channel for signaling transmission, preventing illegal data packets and malicious resource consumption from accessing users from attacking the operator network, and protecting the boundary communication security of the operator network.
The Hannwave GSP signaling platform can collaborate with the Hybrid Intelligent Analysis Platform (HIAP) to extract big data and perform artificial intelligence analysis on abnormal signaling, making the signaling network visible, predictable, and manageable.
Customer Value
Session binding function
International Roaming
Message re routing
Product advantages
High reliability and security protection capability
DOS/DDOS firewall effectively defends against illegal user attacks. Blacklist and signal blocking functions can prevent malicious and fraudulent calls. Intelligent traffic control and overload control functions effectively resist signaling storms, prevent network congestion, and ensure business success rate in case of network abnormalities.
Fusion signal network
GSP integrates DRA, DEA, STP, and SSR functions, simplifying network topology and protecting existing network equipment of operators, helping them smoothly transition from traditional SS7 networks to SS7, Diameter, and SIP converged signaling networks.
