Cybercluster is a multi-master replication solution. Cybercluster has no single point of failure, an integrated load balancer, an integrated replication server, a monitoring server (to track replication), a consistency checker, an optional 2 Phase Commit for cluster-wide writing, support for all PostgreSQL features. Cybercluster is easy to setup. In contrast to many other solutions, Cybercluster is built on top of the PostgreSQL core and has full access to PostgreSQL internals. Cybercluster is heavily based on the concepts of PGCluster.
Kerberized Apps consists of TELNET, FTP, and RSH/RCP clients and servers packaged for VAS- enabled platforms. These tools give users the benefits of single sign-on for the more traditional remote access tools. It is derived from the apps component of Heimdal Kerberos and was formerly known as VAS Apps.
Quest OpenSSH is a version of OpenSSH modified and packaged to provide default single sign-on capability for customers using Quest's Vintela Authentication Service (VAS) and/or Vintela Management eXtensions (VMX) products. Quest's version of OpenSSH defaults to authenticating users and hosts with GSSAPI. It works in conjunction with VAS, to allow secure shell single sign-on to Unix hosts joined to Active Directory domains.
MP-MICH is a Multi-platform uniform MPI implementation, based on MPICH and SCI-MPICH, resulting in a high performance, consistent MPI across both ethernet and SCI networks in a hybrid environment. There is a single, standardized source tree for all platforms. It is compliant with the MPI-1 standard.
The TenDRA compiler is a C/C++ compiler aimed at being a state of the art compiler: incorporating new research ideas, always producing correct code, and improving compiler performance where possible given the previous points. It offers ANSI/ISO C features and strong code verification. It is developed on a number of different operating systems and architectures.
Xnetintf is an X Windows application that manages network interfaces. The current interface state is depicted through a series of bitmaps, and a mouse click in the window initiates a state transition. Xnetintf uses a per-interface configuration file to supply commands that check and toggle state, as well as a program to run after the state change completes. A command line interface is also supported.