|
SS7,
C7, SIP, VOIP, SMS, MMS, RADIUS, Cable, Satellite, LMDS, WIMAX,
DIAMETER, WAP and more
Network basics for the technically challenged. One day crash
course that turns accountants into experts in all aspects of
network assurance.
Discover
all of the secrets to the auditing and assurance of telecom
revenues at the SOURCE!!
Learn the
concepts and buzzwords that will allow you to TRULY UNDERSTAND
AND ASSURE network activities and use that knowledge to simplify
and streamline ALL of your Revenue Assurance Efforts.
Covers
circuit, packet, voice, data, content and VAS.
Guarantee:
This 1 day course will demystify network and give you the tools
and confidence you need to work with and assure network areas.
You can't claim
to understand Telco billing and assurance if you don't know
this information!
This class is
an absolute prerequisite for anyone who intends to get involved in telco revenue assurance, analysis , audit or management. This
course provides you with all of the buzzwords, concepts and
other "tricks of the trade" that will make it possible for you
to understand, review and question the network side of the
revenue management equation.
DON'T miss this class.
NETWORK JARGON
and CONCEPTS SIMPLIFIED AND DEMYSTIFIED SO THAT ANYONE CAN
UNDERSTAND THEM.
Duration:
1 day
Who Should Attend?
- Anyone involved in the
assurance of telco revenues or operations at ANY LEVEL who
needs to understand how the network works, and how billing is
actually conducted
- Revenue
assurance professionals who need to understand
the processes, terminology and vulnerabilities
that underlie their operational environment
- Internal auditors who want
to be able to audit and review network activities with
integrity and confidence.
- Regulatory compliance
officers and regulators interested in understanding the
details behind network activity and how to pinpoint
compliance risk areas
- Fraud managers and
professionals interested in understanding how to more
effectively protect network assets and better make use of
their fraud management systems
Overview:
This course provides a
comprehensive review of the many different aspects of
telecommunications revenue management and the role played by
network element components.
- Understanding the
organizational structure of the network operations teams and
their roles and responsibilities related to revenue capture
and processing
- The concept of the ‘revenue
stream’ and the component parts
- The two key service delivery
models (circuit / packet) and the revenue capture and
processing architectures associated with each
Key concepts,
vocabulary and elements of the telco infrastructure (shared for
all revenue streams)
-
Wired and Wireless
media
-
Capacities, service level
management
-
Fault, Performance and SLA
Measurement and Delivery
Fundamentals
of circuit based revenue management
- Switches, CDRs,
architectures and control environment
- Control protocols and SS7
- Key revenue capture and
management practices for circuit based business
- Standard controls and risk
exposures for circuit based revenues
- Voice, Prepaid, Postpaid,
Interconnect, Wireless, Wireline differences and issues
Fundamentals of packet and data revenue
management
- Switches, gateways, routers
and convertors, architectures and control environments
- Control protocols, IP, MMS,
Java, SIP, WAP
- Key revenue capture and risk
exposures for data and packet based revenues
- Broadband, DSL, Satellite,
VOIP, ISP, LMDS/MMDS, Microwave, SMS, MMS, WAP and Streaming
Services , differences and issues
Standard
controls and practices for the assurance and fraud management
for each of these service lines.
This course provides a
comprehensive review of the key ingredients, vocabulary and
concepts associated with the network environment. Knowledge of
these fundamentals is CRITICAL to your understanding of the vast
majority of revenue assurance issues. This course is truly a
prerequisite to the rest of the curriculum.
Key Concepts:
Principles of circuit technology,
how to make and read a CDR, Key network controls and methods
(Topology, Security, Control Protocol, Transaction Control, CDR
Generation Sequence, CDR Generation, CDR Transport) , Media
(wireless and wireline) characteristics and controls, History of
Circuit Technology, History of Packet Technology, How to assure
and bill circuit and packet transactions. Alternative
billing models for packet and their consequences. Command
and control protocols (what are they, how do they work, what do
you need to know to do a good job of assurance). Understanding
SS7, SIP, IP, Radius, Diamater, WAP and how to use them for
assurance, Principles of service delivery in non-voice domains.
Concept of billing architecture and product compliance.
GRAPA Certification Credit
Successful completion
of this course, testing and experience verification
will result in the student being awarded GRAPA
Competency Credit for the following areas from the
GRAPA "Body of Knowledge":
|
□
|
Principles
of Network Operations and Management
|
|
□ |
Telecommunications Media - Capacities and
Characteristics (Wireless and Wireline)
|
|
□ |
Circuit vs
Packet Based Operations and Billing
|
|
□ |
Circuit Based Billing
Architectures and Controls |
|
□ |
Control Protocol
Principles and Assurance |
|
□ |
Control Protocols (SS7,
IP, MMS, SIP, WAP, RADIUS, DIAMETER) |
|
□ |
Product
Architectures (Voice, Data, Wireless,
Wireline, Interconnect, SMS, MMS, WAP, VOIP,
GPRS, 3G, Femtocell) |
|
□ |
Anatomy of a CDR (How
made, how delivered, how assured) |
|
□ |
Network Assurance (GRAPA
standard controls and methods) |
|
□ |
Product
Architectures (Microwave, LMDS/MMDS, WiFi,
WiMAX, Cable, Satellite, Burstable)
|
|
□ |
Billing
and Assurance Architectures (Principles
and Rationalizations) |
|
□ |
Billing
and Assurance Architecture Design
(Strategy and Implementation)
|
|
□ |
LOB
Principles - Cable |
|
□ |
LOB
Principles - Satellite |
|
□ |
LOB
Principles - Microwave, MMDS, LMDS |
|
□ |
LOB
Principles - Leased Line, Burstable
|
| * |
LOB Principles - Line of
Business Knowledge including Revenue Streams,
Operations, Business Models and Margin Analysis
|
Prerequisite:
RA900 is
required before students can take this class
This class is
prerequisite to any other courses in the 'Core
Curriculum" and most advanced courses.
|