Network
Inventory and Assets Management
(SM-Pro-Inv&Asst)
(SM-ProUpd-Inv&Asst)
(SM-ProPlus-Inv&Asst)
Solution Introduction & Details Overview:
This solution focuses on the Management of the network physical Assets by gathering device’s Physical entities resources and events related details and statistics as reported by the operating systems of all network devices which are essential in managing telecoms, service provider, and small to large enterprise networks.
It introduces a SOSL based management script to build a management process to monitor the network’s detected physical entity assets using the SNMP Protocol as an interface to retrieve/poll entity related data and statistics.
This solution performs the following Physical Entity Assets services:
· Learns the network wide chassis specific information. Some of what could be collected are information about the particular chassis name and description, and the associated administrator description, manufacturers name and designated part or model number, and the firmware and software revisions. Other collected data are listed in the Data characteristics table below.
·
Learns the network wide Modules and collects
specific information on each module. Information collected includes: each
Module’s name and description, and the associated administrator description,
manufacturers name and designated part or model number, and the firmware and
software revisions. Other collected data are listed in the Data characteristics
table below.
·
Learns other network wide physical entities such as
Power supplies, Fans, ports, and sensors collecting information mostly similar
to what is collected for the Chasses and Modules whenever applicable. In effect
classifying the over all network
·
Classifies detected physical entities in the
network according to ‘Field Replaceability’ functionality. This facilitates per
entity data collection by the managing entity itself.
·
Reports
on each Module’s detected Processor RAM and NVRAM. It reports on the Used RAM
space as well. It also Reports on each Module’s detected Configuration Register
value as well as the Boot and Start images list.
·
Reads and
reports on the detected Sensor entities values while monitoring their statuses.
This refines the network environment monitoring across the network
infrastructure.
·
Learns,
Detects, and baselines the network Hardware configuration in terms of Parent-Child
relationships between the different entities.
·
Detects
each entity’s unique hard coded Serial Number whenever its provided by the
Vendor manufacturer of the Entity.
·
Detects
changes to the Hardware and Software network configurations per managed parent
Physical Entity and per Child Entities down to the ordering in which the entities
are installed.
The main goal of the management
process is to manage the Chassis Class entity on the managed devices and all of
the associated Child entities. The solution presentation is based mainly on the
RFC 2737 Entity MIB Objects.
Its interesting to
note that many network hardware vendors have resorted to implementing different
MIBs per hardware entity class to tackle this industry wide problem. This
solution presentation however demonstrates how
SOSL is fully capable of resolving once and for all similar
industry wide shortcomings. It also demonstrates SmartMIB’s ability
to segregate management processes on the basis of what is to be reported.
The following table describes data that can be applied to this management process:
|
Data |
Description |
|
Network wide managed elements Chassis entities inventory and information |
Information
that reports on the managed device’s buffer memory allocation and creation
failures |
|
Network wide managed elements Module entities inventory and information |
Information
that reports on the fans, power supplies, temperature, and voltage states |
|
Network wide managed elements –Other- entities inventory and information |
Information
that reports on Ethernet-like interfaces statistics such as: number of times
a carrier sense condition is lost, number of delayed frame transmissions due
to medium unavailability, number of incoming frame failures received due to
an internal MAC sub layer errors, and the number of outgoing frame to be
transmitted failures due to an internal MAC sub layer errors |
|
Network wide FRU managed element’s Physical entities |
Information
that reports on the number of Carrier transitions, collisions, CRC errors,
and resets seen on the particular interface. |
| Network Inventory and Assets Management Index Page |
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