Newsletter: GL Announces Enhanced SS7
Welcome to another January, 2010 issue of GL Communications’ newsletter providing information on our
Enhanced SS7 Network Monitoring System.
The SS7 network is the backbone for fast and efficient signaling irrespective of network type - whether wireless, wired,
or VoIP. Also, the inherent database features of SS7 make today’s advanced intelligent features and services a reality.
To keep pace with this evolution, GL has enhanced its SS7 monitoring and diagnostic
system. Not only can it be used for billing verification, remote protocol analysis, and traffic engineering, but now it can
also provide key performance indicators, failure analysis, and call trace capability, to name a few.
GL’s SS7 (and ISDN) Network Monitoring System uses an open three tier distributed
architecture driven by non-intrusive hardware probes, intelligent software, and a database engine. The system can assist
the network operator, service provider, or equipment manufacturer in performing surveillance and monitoring tasks
remotely, automatically, and non-intrusively.
Important elements of the Enhanced SS7 Network Monitoring System are:
- T1 / E1 Hardware probes: gather signaling details non-intrusively and forwards call detail records (CDRs) and
statistics to a central database
- Central Database: stores the data collected by the probes. Records are stored into a relational database
(Oracle, DB2, Sybase) using ODBC. This provides a user friendly interface to query and display database custom records
- WebServer: Provides real-time and historic views of the data through various 'browser based' clients
- NetsurveyorWeb™: The
NetSurveyor™ is a user-friendly web-based client which accesses results provided by the GL SS7 an
ISDN signaling probes via a web server. As depicted in the screenshots below, one can view real-time and historic data
including call ID, probe name/location, call disposition, called and called number, and call duration. Also available is the
ability to filter the call records using a variety of filtering mechanisms including time/date, called/calling numbers, SS7
The screenshot below depicts a typical
Netsurveyor™ user interface.
- T1 / E1 Probes non-intrusively monitor physical lines of the network
- The probes connect via TCP/IP to ODBC compliant real-time database loader
- Only precise and filtered data (user selectable) is collected into the centralized database
- Users can log into the central system locally or remotely to view the collected data
- Users view the collected data for different purposes like Troubleshooting, Call Detailed Records, Traffic Monitoring,
Quality of Service, etc
- Modular and distributed architecture is capable of theoretically 'infinite capacity’
- Interface between the probes and the database is well defined and is called "Listener". Listener is located at the
central site and is responsible for listening to the streaming data from probes and entering into the database (usually
- Listener is modifiable and supportable with MySQL.
- Call Detail Records, fraud detection and location, remote protocol analysis and troubleshooting, real-time signaling
monitor, traffic optimization engineering, statistics
- Determine actual call signaling routes to verify network functionality under all situations including congestion and loss
of SS7 nodes
- Revenue and billing verification, alarm monitoring, intrusive testing
- Quality of service measurements, call trace and recording
For comprehensive information on the application, please visit Netsurveyor™
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