Firegate Server is a self-managing server operating system designed for small and mid-sized businesses. It securely connects offices to the Internet and to each other, protecting valuable electronic information. Office staff can surf the Web, send and receive email, host the company Web site, share files, host a customer database, and more. It is controlled through a simple Web browser or mobile telephone interface and managed by an artificial intelligence-based administration service.
Wiresoft ANA (Automated Network Agent), an Artificial Intelligence-based systems management service, automatically performs over 90% of Linux systems management tasks. It is a self-managing, self-learning system support service that provides constant maintenance and protection for Firegate Servers. ANA services include Software Updating and Integration, Intrusion Detection, Data Back-up and Disaster Recovery, Monitoring, and Alerting.
VAdmind (Virtual Administrator Daemon) is set of Perl scripts and modules which can help with remote server management. It uses XML input/otput, and can be run by (x)inetd. It can receive multiple commands to execute, and it has been built to provide support for a scalable system administration environment. Since it takes XML, clients can be developed in a different set of environments with easy integration into the server.
nexB OpenAssets is a tool for inventorying, managing, and monitoring applications, software, hardware, networks, and generally any IT asset. It is designed so that system administrators, IT, and finance can determine what they have, how it is configured, what it is used for, and how much it is being used, so that informed decisions can be made. It complements existing network management software, integrates with a growing number of protocols and tools, and features no-agent discovery and inventory, configuration management including dependencies and correlation, monitoring, and reporting. It makes extensive and innovative use of XML, Xpath, and Xquery.
Endpoint turns a Linux machine with one or more FireWire cards into an SBP-2 device. One can use any physical block device or file (disc image) as storage. With multiple clients, each can potentially access the SBP-2 devices from a unique FireWire bus and utilize the full bandwidth of that bus.