Stand up the NFs
3GPP SBI to Open5GS and network-function config distribution bring the core online.
Integrate and operate the mobile core across generations. Drive a native 5G Standalone core over 3GPP SBI, run 5G Non-Standalone and 4G over Diameter, and add slicing, RAN sharing, roaming and mediation on top.
The platform speaks both 5G architectures — the Non-Standalone path that reuses the 4G core, and the Standalone path with a native 5G Core — so operators can launch on NSA and evolve to SA on the same stack.
5G NR radio anchored to the existing 4G core — the fast route to 5G speeds without a core swap.
5G NR on a native 5G Core — service-based, sliceable, and built for low-latency and QoD.
Whichever generation you run, the operational lifecycle is the same — provision the network functions, apply policy and charging, slice, roam, mediate and monitor.
3GPP SBI to Open5GS and network-function config distribution bring the core online.
PCRF, the Diameter Routing Agent and APN/QoS config govern sessions.
Network Slicing as a Service with templates, SLA monitoring and usage.
Open5GS roaming sites, IPX peers and core DNS extend coverage.
High-throughput CDR processing and native ASN.1 TAP3 decoding.
OSS monitoring of NF endpoints with incident and alarm management.
From the 5G Core to legacy 2G/3G, policy, slicing, RAN sharing, roaming and mediation.
The native 5G Standalone core.
Open5GS 5G core (NRF/UDM/AMF/SMF/PCF and more) with mTLS and circuit breaker.
Configuration distribution for network functions.
Coratel W-AGF appliance management — subscriber→product→policy over mTLS.
4G / NSA Diameter control.
Policy and charging rules with PyHSS integration.
Core-network Gx/Gy/Ro Diameter routing.
3GPP/IMS/5G provisioning — APN, QoS, PCRF.
Segment, voice and untrusted access.
Slice templates, instances, SLA monitoring and usage.
IMS configuration for VoLTE / VoNR.
ePDG / VoWiFi / strongSwan configuration.
Share radio; broker spectrum.
Multi-Operator Core Network appliance management and CDR billing.
DSA spectrum management and ICASA compliance.
O-RAN O1 NETCONF/YANG interface for RAN nodes.
Diameter Gy/Ro peer monitoring and CDR reconciliation.
Extend, resolve and stand up cores.
Open5GS roaming sites, network functions and IPX peers.
Central roaming operations hub.
DNS zones and records for core infrastructure.
Provision Open5GS NFs on AlmaLinux FIPS VMs.
Manage Osmocom STP/MSC/HLR/MGW nodes.
Turn traffic into records; watch it all.
High-throughput async CDR batch processing.
Native ASN.1 BER/DER decoding for TAP3 interconnect files.
Monitor MNO/MVNO endpoints and manage incidents.
The platform integrates with a native Open5GS 5G Core over SBI, a 4G EPC over Diameter, and legacy Osmocom nodes — so the core is a choice, not a lock-in, and NSA can evolve to SA underneath the same BSS.
Built on the 3GPP service-based and Diameter interfaces the core network runs on, so any conformant core or RAN interoperates.
One BSS/OSS across 2G/3G, 5G Non-Standalone and 5G Standalone — so the business stays put while the network generation changes underneath it.