Delivering Seamless User Experience Across Access Technologies
Mobile users expect a fast, smooth experience as they switch between applications and network technologies. But today’s networks span a complex mix of access methods—from legacy 2G/3G to 4G and 5G Standalone (SA). The 5G Service Engine (5G-SE) from Enea enables Communication Service Providers (CSPs) to deliver a unified, high-quality experience across all access types.
Enea 5G Service Engine is a cloud-native, dual-mode packet flow inspection and orchestration framework. It integrates simultaneously with both the 4G EPC and 5G Core (5GC), enabling seamless service continuity even as users move between access technologies. The stateless architecture and shared data store provide consistent session awareness, so the network delivers a single experience regardless of connection type. Deployed directly in the user plane, 5G-SE sits in the data path for TCP, UDP, and QUIC traffic, enabling in-line services that span both IPv4 and IPv6 networks. This ensures real-time visibility and control of user-generated traffic at scale, across both 4G and 5G environments.
Built for the 5G Transition
While 5G rollout accelerates, 4G subscriptions remain strong. Enea 5G-SE supports a phased transition, allowing operators to maintain and evolve existing services. The solution interworks with any UPF or PGW vendor and standard 4G control plane elements—eliminating vendor lock-in and supporting service continuity. Its traffic classification and mediation capabilities allow CSPs to optimize data flows, enforce content policies, and act on unwanted traffic—all while maintaining low latency and a consistent user experience.
Stateless Design with Unified Subscriber Context
Using a shared, high-performance in-memory database (Enea ItemStore), 5G-SE caches subscriber and session data centrally. This unified subscriber context supports real-time decisions on service insertion and quality assurance. As users move between 4G and 5G access types, the system ensures seamless service continuity while enabling CSPs to feed valuable intelligence into analytics, capacity planning, and monetization efforts.