HTTP (Hypertext Transfer Protocol)

HTTP in context

The radio access network is the layer where mobile devices attach to the operator's infrastructure. Attacks in this layer include IMSI catching, rogue base stations, downgrade attacks and jamming, and defenses hinge on mutual authentication, integrity-protected signaling and Open RAN supply-chain hygiene.

The mobile core is where subscriber sessions, mobility and policy live. In 4G it is the EPC (MME, HSS, S/PGW); in 5G it is the Service-Based Architecture with AMF, SMF, UPF, AUSF, UDM and the NRF. Core exposure is the difference between a single-subscriber leak and a fleet-wide breach.

To place HTTP in the wider telecom-security picture, review OAuth2 in 5G Core, Inter-Network Function Authentication, SMPP, HTTP/2 Security in 5G, Network Exposure Function (NEF) and Service-Based Architecture (SBA) Security.

Related terms

• OAuth2 in 5G Core
• Inter-Network Function Authentication
• SMPP
• HTTP/2 Security in 5G
• Network Exposure Function (NEF)
• Service-Based Architecture (SBA) Security
• Zero Trust (Telecom)
• NRF Poisoning

Related topic hubs

• SEPP Security N32-c/N32-f, PRINS, JWE and OAuth 2.0 at the 5G roaming edge.
• 5G Security 5G SBA, SEPP, SUCI, 5G-AKA, N32 and service-based interface security.
• 5G Penetration Testing Pentesting the 5G core, SBA, SEPP, and gNB interfaces.
• 5G Security Training Training on 5G core, SBA, N32, SUCI and radio security.

More from the TelcoSec Glossary

Browse the full TelcoSec Glossary, the Ultimate Guide to Mobile Network Security, or the P1 Arsenal of telecom-security tools.