Abstract: Interrelated computing devices and systems require ever more powerful devices to meet growing encryption demands. This is improved by providing a computer-implemented method comprising: receiving a packet (50) from a user equipment (10) through an access network (20) of a telecommunications network (1), the packet (50) having a subscriber identity of said user equipment (10) and a telecom encryption layer (52) compliant with cryptographic protocols of the telecommunications network (1); decrypting the telecom encryption layer (52) of said packet (50) according to protocols of said telecommunications network (1) using said subscriber identity in a network core (30) of said telecommunication network (1); finding a predetermined action stored in an action database (31) of said network core (30) pre-associated with said subscriber identity of said packet (50); and performing said predetermined action on said packet (50) in said network core (30).

Abstract: Interrelated computing devices and systems require ever more powerful devices to meet growing encryption demands. This is improved by providing a computer-implemented method comprising: receiving a packet (50) from a user equipment (10) through an access network (20) of a telecommunications network (1), the packet (50) having a subscriber identity of said user equipment (10) and a telecom encryption layer (52) compliant with cryptographic protocols of the telecommunications network (1); decrypting the telecom encryption layer (52) of said packet (50) according to protocols of said telecommunications network (1) using said subscriber identity in a network core (30) of said telecommunication network (1); finding a predetermined action stored in an action database (31) of said network core (30) pre-associated with said subscriber identity of said packet (50); and performing said predetermined action on said packet (50) in said network core (30).