CBR little:eye,
which is developed for management of IT infrastructure
of enterprise and provides management of fault, performance,
inventory and configuration is the closest assistant
of system administrators through impressive user interface
and usability in small business enterprise.
little:eye
network management software performs all of the application
expected from standard network management software.
little:eye presents
different medium of freedom with three different choices
to users:
little:eye, little:eye
Pro, little:eye Pro-S
little:eye
is the most cost affective solution for monitoring
networks.
Features of the little:eye are
as follows :
•
Maps(AutoDiscovery)
•
Monitoring
•
Fault
Management
•
Remote
Control
•
Inventory
management for Windows
•
WEb
based reports
•
Performance
Monitoring
•
CISCO
device monitoring
•
MOTOROLA
device monitoring
•
SNMP
Device monitoring
•
Client-Server
Architecture
•
Network
printer monitoring
•
Application
Monitoring
• Bandwidth test
• DHCP
• DNS
• HTTP (URL)
• IMAP
• LDAP
• ODBC
• POP3
• SMTP
• Telnet(*)
• MSSQL
• MAIL
• SQL QUERY
• UDPECHO
• Memory
• NTP
• Ping
• Process(*)
• Service(*)
• SNMP
• TCP port scan
• ORACLE
• MS exchange server
• Sun Servers
• MYSQL
• VMWARE
•
Server
Monitoring
• CPU load
• Disk size
• Memory
•
Network Traffic Monitoring
•
Output Traffic
•
Avarage output
•
Max Output
•
Total Output
•
Transfer Speed
•
Input
Traffic
•
Avarage output
•
Max Output
•
Total Output
•
Transfer Speed
•
Graphs
•
Quick graph(last 24h)
•
Daily graph
•
Weekly graph
•
Monthly graph
•
Yearly graph
•
Custom graph
•
Wakeon
Lan support
•
Inventory-Driver
management support for Non-SNMP Windows devices.
•
Device
List Editor - new devices can be added to the list
of devices
•
automatically
recognized by LIttle:eye.
• SNMP View Editor -
you can customize SNMP views that display SNMP
•
variables
specific for a device.
• Windows NT/2000/XP/2003
monitoring performance has been improved
• The Report Viewer
interface has been enhanced.
• The Threads option
has been added to ease tuning the program's
•
performance
in large and complex networks.