Check_MK is a complex addon for Nagios/Icinga and consists of three subprojects. The check and inventory system Check_MK is a general purpose Nagios plugin for retrieving data. It adopts a new approach for collecting data and obsoletes NRPE, check_by_ssh, NSClient, and check_snmp. It features a significant reduction of CPU use on the Nagios host and automatic inventory of items to be checked, and is especially useful with larger Nagios installations. "MK Livestatus" gives immediate and fast access to live and historic Nagios status data. It's a supported backend for many addons including NagVis, NagiosBP, and Thruk. "Check_MK Multisite" is a feature complete replacement for the Nagios GUI, and uses MK Livestatus as a backend. It is very fast, and supports efficient distributed monitoring.
SecurityFocus ARIS Extractor is a sophisticated Intrusion Detection System (IDS) log analyzer and reporting system, integrated with the SecurityFocus ARIS web site. It allows administrators to upload Intrusion Detection System (IDS) logs to the SecurityFocus ARIS Web site, producing sophisticated reporting, and research attacks and events. By filtering out insignificant or benign data and converting it to a common (XML) format, ARIS extractor streamlines incident reporting for both security professionals and home users, allowing IDS operators to focus only on relevant attacks and incidents. It allows you to analyze and archive logged incidents, cross reference incidents/attacks with the SecurityFocus Vulnerability Database, look up contact information for offending IP addresses, generate personal incident statistics and reports, automatically identify and report important incidents, reduce the amount of time spent parsing IDS logs, and generate daily summary reports, delivered by email (optional). All of this is done without revealing any information that could be used to discern your identity. It can be configured to obfuscate IP addresses, names, and other pertinent details before submitting them to the ARIS Analyzer web site. It supports Snort, Cisco Secure IDS, Dragon, NetProwler, RealSecure, BlackICE Defender, and ICEPac.
Network and Service Monitoring System is a tool for assisting network administrators in managing and monitoring the activities of their network. It helps in getting the status information of critical processes running at any machine in the network. It can be used to monitor the bandwidth usage of individual machines in the network. It also performs checks for IP-based network services like POP3, SMTP, NNTP, FTP, etc., and can give you the status of the DNS server. The system uses MySQL for storing the information, and the output is displayed via a Web interface.
Snort is a network intrusion detection and prevention system. It is the most widely deployed technology of its kind in the world. It performs detection using a variety of methods including rules-based detection, anomaly detection, and heuristic analysis of network traffic. Its rules language is open source and available to the public as well.
NetXMS is a network monitoring and management system with a modular architecture. It can be used for monitoring an entire IT infrastructure, starting with SNMP-capable hardware (like switches and routers) and ending with applications on servers. The system has a three-tier architecture; the information is collected by monitoring agents (either its own agents or SNMP agents) and delivered to the monitoring server for processing and storing, where it can be accessed by using the management console. It features centralized configuration and centralized agent upgrades.
Moab Grid Suite is a professional grid workload management solution that integrates scheduling, management, monitoring, and reporting of workloads across independent clusters. Moab makes moving to a grid easy by adding grid-optimized job submission and management in a matter of minutes. Moab optimizes data staging and seamlessly integrates with existing security mechanisms or with grid security tool kits such as Globus. It gives sites extensive control over ownership-based access, priority, and service levels. It provides fine-tuned control over the workload and resources to make the grid usable.