Expresso Framework is an open standards-based J2EE architectural framework that allows the developer to concentrate on application logic. It is a library of extensible Java Server application framework components for creating database-driven Web applications based on open standards. Expresso integrates with Apache Jakarta Struts, which emphasizes presentation and application configuration, and bringing a powerful tag library to Expresso. Expresso adds capabilities for security, robust object-relational mapping, background job handling and scheduling, self-tests, logging integration, automated table manipulation, database connection pooling, email connectivity, event notification, error handling, caching, internationalization, XML automation, testing, registration objects, configuration management, workflow, automatic database maintenance, and a JSP tag library.
PHP Shell is a shell wrapped in a PHP script. It's a tool you can use to execute arbiritary shell-commands or browse the filesystem on your remote Web server. This replaces, to a degree, a normal telnet-connection. You can use it for administration and maintenance of your Web site using commands like ps, free, du, df, and more.
Multi-router looking glass for PHP is a full rewrite of the Perl version of MRLG into PHP. It allows network administrators to execute commands on multiple routers via a nice Web interface. It is flexible, clear, and configurable. Default, per-router, and per-service options may be set. The Web-page layout and queries set are adjustable.
IP Traffic Volume uses Linux kernel iptables to log incoming and outgoing bytes though your network device(s) and can dump summarized log statistics in ASCII to the console or display in HTML via the included CGI interface for displaying on a Web server. It is highly configurable as to what kind of traffic is counted, e.g. to and from specific ports and/or specific IP addresses or groups of ports and addresses. It uses a mininum of resources and doesn't need a database for the logged data.
KLone is a fully-featured, multi-platform framework which allows dynamic Web pages to be written in C/C++ (with the usual <% /* code */ %> style). The pages can then be embedded (in compressed and/or encrypted form) into a single executable that also contains KLone's high-performance HTTP/S server. Given its nature, it can be linked natively to any C/C++ library (database, XML, graphics, etc.), without an intermediate layer, and it is especially suited for low-resource (embedded) systems.
NetUP UTM is a universal billing system for internet service providers of any size. Its modern approach to traffic accounting makes the system compatible with all popular platforms and network devices. Its key features include realtime traffic processing, Cisco Netflow and IP Accounting data collection, support for RADIUS authentication, and cross-platform compatibility. The core of the system is a smart and reliable accounting engine working directly with network equipment. It supports up to 100,000 users at a total speed of up to 3 Gbps. A flexible ratings engine and efficient administration tools make UTM a complete solution for IP/VoIP/WiFi/dial-up billing.
Sysmon is a tool to monitor the state of one or more computers. It’s based on a daemon and a PHP script. The first has to be runned in all boxes you need to check, and the second calls the daemon and prints the state into a nice Web frontend. The sysmond functions can be easily expanded by writing modules.
Ops Control Panel is a frontend for MRTG. Unlike many other frontends, it does not have any requirements beyond those of MRTG, although it can support PHP-enabled Web servers instead of just running as a Perl CGI script. It provides overviews of MRTG-based monitoring pages in a variety of formats.
mrtg-rrd is a CGI/FastCGI script for displaying MRTG graphs from data in the RRDtool format. It can make your monitoring system faster, because MRTG does not have to generate all the PNG files with graphs every 5 minutes or so. Instead, the graphs are generated on demand when a user wants to see them. The main goal of this project is to generate output similar to the MRTG native graphs as much as possible, providing a drop-in replacement. It reads the same configuration file that MRTG does, and it can understand most of the directive types in this file. It can display single graph pages as well as directory indexes referring to more graphs or subdirectories.