GUI-based service creation environment and protocol mediation for rapid expansion of services across networks

Clusters of servers can be configured for cost-effective scaling as demand for service grows

Each cluster can be presented to the network as a single presence with load sharing between the servers

Clusters can be configured as mated pairs

Full local and geographic redundancy is supported

www.cirries.com

Programmable mapping of parameters between disparate protocols, standard variants and extensions

As service providers migrate their subscriber base across legacy, pre-IMS, IMS and LTE networks, they want to leverage critical investments in legacy IN networks by offering new services to all subscribers, without disrupting established business practices.

Tightly coupled legacy systems such as MSC/SCPs and even soft switches, SIP proxies and IMS core elements are currently locked into fixed vertical architectures. Service mediation is required to address the many variants of standard protocols and interfaces in both legacy and next generation network elements and inter-work new services into these assets

Delivering services in today's hybrid networks requires not only a means of orchestrating service control, service logic and subscriber state; but the means to provide data awareness and an inherent ability to rapidly adapt and mediate across multiple legacy and emerging protocols for service delivery.

Cirries’ Maestro Signaling Controller meets these requirements by interworking and orchestrating any protocol across any network to enable any application for service convergence, service brokering, service migration and M2M.

The Maestro Signaling Controller is a carrier grade, high-speed, real-time, low-latency network engine that resides between the control layer and the application layer of a network. It can be quickly customized to customer specific needs and vendor-specific protocols to save CAPEX and OPEX by enabling the extension of existing applications across different networks, enabling migration across different generations of network technology, and by allowing new applications to be deployed more rapidly.

interoperation of Prepaid systems between LTE and legacy CDMA/GSM networks.

between 2G/3G and LTE protocols to create an access-independent interface for M2M applications.

HSS and HLR systems between LTEand legacy CDMA/GSM networks to enable roaming.

legacy SIP network with a new IMS network.

Enabling

Interworking

Interworking

Seamless

Converging

Wi-Fi Prepaid and Cellular offload.

CustomerUse Cases Maestro Signaling Controller

The Maestro Toolkit is designed for rapid and convenient service orchestration and protocol mapping using a graphical interface

Maestro Tool Kit

Services Available

The Maestro Signaling Controller, an instantiation of Cirries’ Maestro Network Transaction Engine, incorporates all of the �exibility, high-performance, low latency and real-time capabilities inherent in the Maestro platform. It is a turnkey software solution designed to operate on commercial o�-the-shelf servers that support Red Hat Linux. Cirries o�ers both software-only licenses for virtualization as well as bundled NEBS-compliant hardware/software options.

For information on any of our products or services please visit us on the Web at www.cirries.com

The Maestro Signaling Controller supports a broad range of telecom, data, IP and Web protocols. SOAP and SQL interfaces IT and SOA environments to provide a uni�ed service layer across, wireless, wire-line, broadband or IP networks, with access to traditional legacy SCP applications and new Java-based SIP and HTTP application servers. A built-in Service Broker function provides the interaction required whenever several services must be invoked for a single session/call establishment (e.g., location, rating, charging).

The Maestro Signaling Controller is an instantiation of Cirries’ �exible Maestro Network Transaction Engine. It incorporates all of the �exibility, high-performance, low latency and real-time capabilities inherent in the Maestro platform. The Signaling Controller is a software turnkey solution designed to operate on commercial o�-the-shelf servers that support Linux OS.

Maestro Signaling Controller Protocols

Maestro Signaling Controller Reference Server Con�gurations

Server

Processors

Memory

SS7 Cards(for SS7)

Storage (SFF)

Ethernet Interfaces(For IP)

Power

IP Capacity(Messages/sec)

SS7 Capacity(Messages/sec)

Operating System

1U Intel Xeon E5-2600 1U Intel Xeon E5-2600 1U Intel Xeon E5-2600

1xCPU (6-core) 1xCPU (8-core) 2xCPU (8-core)

32G16G16G

2x T1/E1 (1 port)

2x600GB (RAID 1)2x900GB (RAID 1)

2x600GB (RAID 1)2x900GB (RAID 1)

2x600GB (RAID 1)2x900GB (RAID 1)

2x T1/E1 (2 ports) 2xT1/E1 (4 ports)

8x 1Gbps 8x 1Gbps 8x 1Gbps

AC orDC NEBS

AC orDC NEBS

AC orDC NEBS

Linux Linux Linux

1K

5K 25K 50K

5K 10K

FEATURE SC-100 SC-200 SC-300

Fault Detection and IsolationSecurity ManagementLegal interceptOAMDisaster Recovery and resynchronizationSNMP Traps and AlarmsStatistics and Alarm collection, loggingConfiguration and Software upgrade managementOpen API’s

Custom DevelopmentTechnical SupportInstallation and SetupMaintenanceApplication SupportHardware SupportSoftware as a Service (SaaS)

SS7 IP Web

MobileCAPWINGSM MAPIS41 MAP

WirelineITU INAPTelcordia AINANSI ISUPITU ISUP

TransportTCAPSCCPMTP 1,2,3M3UA, M2PA.SUA, IUASCTP

Vendor-speci�c and country variants supported

Web ServicesHTTPXMLRESTSOAP/WSDLBPEL

TransportTCP/UDP

Vendor-speci�c variants supported

DiameterRFC 4006 for credit controlRo, Rf, Gy, Gz for chargingSh, S6a, S6d for subscribersS13, S13’ for devicesRx, , Gx, Gxx, S9, for policy

RADIUSRFC 2865 for authorizationRFC 2866 for accounting

SIPRFC 3261 for VoIPISC for IMS

OthersSMPPLDAPSCTP/TCP/UDP

Vendor-speci�c variants supported

Maestro Element Management SystemFeatures