Open Source Linux CORBA Software
Sort By:
CORBA Software for Linux
View 1278 business solutionsBrowse free open source CORBA software and projects for Linux below. Use the toggles on the left to filter open source CORBA software by OS, license, language, programming language, and project status.
-
Project Management SoftwareProject Insight offers powerful tools for project managers and teams in order to deliver optimal performance and ensure success. An enterprise project and portfolio management software, Project Insight offers personalized dashboards, intelligent scheduling, resource management, collaboration, time and expense tracking, project and portfolio tracking, workflow, and reporting features to help teams work better and get real results. Project Insight is suitable for small teams, mid-market companies, and large enterprises.
-
Marketing automation for any business | ActiveCampaignActive Intelligence revolutionizes how you work. You guide direction while AI handles execution, acts on insights, and shows you the path forward. It's how marketing should be.
-
1
omniORB is a CORBA object request broker for C++ and Python. It is very fast, robust, and standards-compliant.
-
2
somFree
Portable implementation of SOM
A portable clean-room implementation of IBM's SOM. Includes DSOM capabilities with CORBA IDL and IIOP. -
3
This is a open, community based project based on a fork of the original Exolab OpenORB project providing a complete CORBA ORB, services and supporting facilities under an open management model, embracing individuals, industrial and academic contributions.
-
4
MICO is a mature, secure, robust, fully standards-compliant implementation of the CORBA standard. It is available as GNU open source software and is widely used for robust application integration.
-
Project Planning and Management Software | PlanviewPlanview® Portfolios enables enterprises to accelerate strategic execution by seamlessly integrating business and technology planning, optimizing resources, and leveraging the power of embedded AI — Planview Anvi™ — to deliver breakthrough products, services, and customer experiences. This unified approach aligns strategy with execution, driving enhanced business performance across the organization.
-
5
UCS (Ultra Corba Simulator) is one powerful corba client/servant simulator tool. It doesn't need idl-related helper class or IR service.
-
6
-
7
IIOP.NET allows a seamless interoperation between .NET, CORBA and J2EE distributed objects. This is done by incorporating CORBA/IIOP support into .NET, leveraging the remoting framework.
-
8
XMUD is a MMORPG implementation in Java. Players can extend the system by creating new objects. The game provides a 3D engine written in Java3D, Persistent state management, synchronization and networking subsystems. Compatible with NWN modules.
-
9
Implementation of Fault Tolerant CORBA specification, V1.0 (OMG Document ptc/2000-04-04), extended to support large-scale, distributed systems. Implements both Passive (Cold and Warm) and Active replication styles.
-
LinkSquares: All-in-One Contract Management PlatformLinkSquares is the leading Contract Lifecycle Management (CLM) software designed to help legal, procurement, and business operations teams master the entire contract lifecycle, from creation to execution and renewal. The platform transforms how companies manage agreements by centralizing data, automating routine work, and providing actionable insights powered by AI. This single, connected source of truth helps teams eliminate manual processes, streamline workflows, boost visibility, and ensure compliance across thousands of contracts, ultimately reducing risk and administrative burden.
-
10
The JS/CORBA Adapter provides a mechanism for arbitrary Javascript objects to interact with each other transparently in a distributed Javascript system using CORBA.
-
11
MayFly is a container to allow easy deployment of CORBA objects and to provide communication via SOAP to new or legacy CORBA objects. It includes an ORB, Naming Service, Interface Repository and IDL compilers.
-
12
-
13
omniArchive records and replays events on CORBA interfaces. omniArchive allows unprecedented visibility into the events crossing any CORBA interface. It is ideal for debugging running system, or replaying archived events into existing interfaces.
-
14
Boiler-plate code for bootstrapping CORBA 2.5+ applications. The goal is to create a set of cooperative services and components needed by CORBA apps. Essentially, a pre-fabricated CORBA infrastructure that facilitates component based software engineering
-
15
CAST is a Collaborative Applications Specification Tool. It's aimed to permit a user to specify the coupling of cooperatives applications in a transparent way, using the Corba technology (MICO ORB). It's an integration plateforme for distributed and/or pa
-
16
Goal of the Project is an implemenation of a CCM CORBA container in C++. <br> This is something like an EJB container but based on CORBA standards and technology.
-
17
This Project ist developing a Java Applet, that allows visualising the components in a CORBA Component Server. The visualisation is realised in relation to a project at the Institute for Computer Science at Humboldt-University Berlin.
-
18
-
19
-
20
CORBA SBS is a Step-By-Step book, teaching CORBA right from scratch for beginners. The examples are written in Java having JacORB in mind as the ORB.
-
21
CORBA for PHP is a PHP Extension to use CORBA objects in PHP5(Zend Engine 2). It uses MICO as its ORB and will also provide an Idl-to-PHP language mapping specification and compiler. For a PHP4 CORBA support look at the great Universe-phpext.
-
22
-
23
CORBA::MICO is a Perl interface to the MICO ORB. Its most distinctive feature is that it is completely dynamic. It is not necessary to pregenerate "stubs" or "skeletons" - all necessary information is retrieved at runtime.
-
24
CORBA::omniORB is a Perl interface to the omniORB ORB. It was originally based on CORBA::MICO, and shares with it the feature of being completely dynamic, making it unnecessary to pregenerate "stubs" or "skeletons"
-
25
The objective of this work is to use key concepts and mechanisms related with the software components approach. Installation, execution and dynamic reconfiguration of a distributed chat application using CORBA are considered.
