PowerTechware™ NOS 1000 is a system used for monitors System and Network-delivered services for availability. The current network status is displayed on a color-coded web page in near-real time. When problems are detected, the system immediately notifies specific operators by e-mail, pager, or text messaging.

The system uses a client-server architecture combined with methods which both push and pull data. Network testing is done by polling all monitored services from a single machine (NOS 1000), and reporting these results to a central location (the network operatiosn centre). For local system information, client software is installed on the local machine, which will send CPU, process, disk space, and logfile status reports periodically. Each report is timestamped with an expiration date. This lets us know when a report is no longer valid, which is usually an indication of a more serious problem.

As this system monitors many systems and network devices in real-time, deployed is a dual processors system with 2 GB of memory to provide sufficient processing power. Furthermore, as everything is logged, sufficient storage using RAID 5 is used to start all of the logged data.

Furthermore, as the system monitors various network resources and is not placed behind any firewall, the NOS 1000 uses a hardened UNIX kernel.

 
1. Monitors System and Network-delivered services for availability
2. The current network status is displayed on a color-coded web page in near-real time. When problems are detected, the system immediately notifies specific operators by e-mail, pager, or text messaging.
3. The system uses a client-server architecture combined with methods which both push and pull data.
4. Network testing is done by polling all monitored services from a single machine (IDS 1000), and reporting these results to a central location (the network operations centre).
5. For local system information, a client software is installed on the local machine, which will send CPU, process, disk space, and logfile status reports in periodically. Each report is timestamped with an expiration date. This lets us know when a report is no longer valid, which is usually an indication of a more serious problem.
6. Some of the monitoring uses the Big Brother monitors System (http://www.bb4.com) and the open-source Nagios network monitoring system (http://www.nagios.org)
7. Multithreaded dual processor system
8. 1 GB ECC memory upgradeable to 8 GB.
9. Optimized and hardened UNIX operating system
10. Dual 10/100 base-T network interfaces
11. 480 GB HD storage for performance and capcity for logging.
12. Highly reliable rackmount enclosure for efficient use of space
13. Industrial Chassis: Meets EIA RS-310C 19" 4U height rackmount standard
14. Chassis Construction: Heavy-duty steel, SECC 1.2t (Japan)
15. Power Supply: 460 Watts (spare included)
16. Power Supply AC Input Voltage: 90~132VAC, 180~264VAC
17. Power Supply Input Frequency: 47~63Hz
18. Safety Standard: UL/CE/FCC to power supply and FC/CE to chassis
19. Air Cooling System: Removable air filter
20. Dimensions(WxHxD): 48.0 x 17.68 x 42.7 cm
21. Weight: 25 kgs
 
1. Ambient Temperature - Operating (system): +10°C to 35°C
2. Relative Humidity : Non-operating 95%, non-condensing at +30°C
 
Safety Compliance
1. U.S. & Canada: UL/CUL 950-CSA 950 (UL Recognition Mark)
2. Europe/Russia: EN60 950, CE Mark-EU Directive 73/23/EEC/GOST-R Mark
3. International: IEC60 950
EMC Compatibility
1. U.S. & Canada: Verified to FCC/ICES-003, Class A
2. Europe/Russia: Verified to EN55022 (Class A) and EN55024 (CE Mark-EU Directive 89/336/ EEC)/GOST R Mark
3. International/Japan: Verified to CISPR-22/VCCI, Class A
4. Australia/New Zealand: Verified to AS/NZS 3548, Class A (C-tick Mark)
5. Taiwan: Verified to BSMI CNS13438
2003-2005 (c) Power-All Networks Ltd.