--A software platform designed for the rapid deployment of protocols stacks
--Provides Performance and Functional testing
--Designed to take advantage of the latest COTS processor and NFV technology
--Provides very high performance of 1.2 million TPS
--Capacity scaling to over 200+ million subscribers
-- GUI control & configuration
--Tests Subscriber Management, Policing and Charging, Diameter Routing, eMBMS, IoT/M2M/MTC
--Tests SMS, IMS, Wifi/WLAN Offload, 3G/4G/LTE Packet Core
--Dictionary and AVP/IE analysis and validation.
Diameter, RADIUS, GTP, S1, RANAP, eMBMS, CIoT/MTC,
VoLTE, VoWifi/VoWLAN, M3, SGs, SIGTRAN, MAP, CAMEL
Control and User Plane
Verify procedures across multiple interfaces
Combine interfaces to work together for coordinating a test solution
that wraps around a single node or simulates many server nodes
Policy, Charging, Authentication, Subscriber Management
dsTest leverages COTS multicore server resources to achieve the high performance required in the EPC. dsTest supports NFV, with OpenStack™ cloud, Amazon™ cloud, and other hypervisor implementations. Instances of dsTest can be scaled up on multiple VMs as needed to solve network testing needs. Licensed testing capacity and resources can be divided and shared across multiple dsTest instances. Read More
dsTest provides sophisticated tools for traffic simulation and verification of functional and compliance of LTE and EPC interfaces, protocols and standards-based message flows: GTP, S1AP, MTC/CIoT, eMBMS, SIGTRAN, MAP, CAMEL, SGsAP, RANAP, LCS-AP/LPP, Diameter, RADIUS, DHCP, DNS. Read More
Machine-to-Machine (M2M) communications is a key segment in future cellular mobile packet data networks. Some outside forecasts show that the MTC analytics industry will grow robustly over the next several years. dsTest supports the Control Plane and User Plane optimizations that have be specified for Cellular Internet of Things (CIoT), including those for the S1, S5/S8, and S11 interfaces. Read More
Developing Solutions’ IMS interface applications, including SIP, Rx, Cx/Dx, Sh/Dh, Ro/Gy, and Rf/Gz, and EPC Core interface applications allow end-to-end VoLTE testing capabilities in 3G/4G/5G packet core networks. Developing Solutions’ VoLTE environment simulates the wide range of interfaces required to support VoLTE calls, including verification of routing of dynamic policy and charging transactions between many core EPC elements. Read More
