Progress Orbacus Customers List: FAQs
What is Progress Orbacus?
Progress Orbacus is a high-performance, standards-compliant Object Request Broker (ORB) implementation of CORBA (Common Object Request Broker Architecture). It's designed to facilitate distributed computing and interoperability between different programming languages and platforms. Progress Orbacus provides developers with tools to create scalable, reliable, and efficient distributed applications, making it easier to build complex software systems that can communicate across networks and heterogeneous environments.
How many customers does Progress Orbacus have?
Progress Orbacus has approximately 5,000 customers worldwide. This customer base includes a diverse range of organizations, from small businesses to large enterprises, spanning various industries and geographical locations. The Progress Orbacus customers list continues to grow as more companies recognize the benefits of using this robust CORBA implementation for their distributed computing needs.
Who uses Progress Orbacus?
Progress Orbacus is used by a wide range of professionals and organizations. Software developers, system architects, and IT teams in various industries rely on Progress Orbacus for building and maintaining distributed systems. Companies that use Progress Orbacus often have complex, mission-critical applications that require seamless communication between different components, possibly written in different programming languages or running on different platforms. The Progress Orbacus client list includes organizations that value high performance, reliability, and standards compliance in their distributed computing infrastructure.
What industries is Progress Orbacus most popular in?
Progress Orbacus finds significant popularity across several industries, particularly those that require complex, distributed systems with high reliability and performance. The financial services sector, including banking and insurance, is a major user of Progress Orbacus due to its need for secure, real-time transaction processing. Telecommunications is another key industry, where Progress Orbacus is used for network management and service delivery systems. The aerospace and defense sectors also heavily rely on Progress Orbacus for mission-critical applications. Additionally, healthcare, manufacturing, and transportation industries are well-represented in the Progress Orbacus contact list, using it for various applications from patient data management to supply chain optimization.
What are some popular alternatives to Progress Orbacus?
While Progress Orbacus is a leading CORBA implementation, there are several alternatives in the market. Some popular ones include:
- TAO (The ACE ORB): An open-source CORBA implementation known for its performance and scalability.
- omniORB: Another open-source CORBA ORB, praised for its speed and compliance with CORBA standards.
- JacORB: A popular Java-based CORBA implementation.
- ICE (Internet Communications Engine): While not strictly a CORBA implementation, it's often considered an alternative for distributed computing.
- gRPC: A modern, high-performance RPC framework that some organizations are adopting as an alternative to CORBA-based solutions.
What is to be expected from Ready's Progress Orbacus client list?
Ready's Progress Orbacus client list is a valuable resource for businesses interested in leveraging the power of this CORBA implementation. This list provides insights into the diverse range of companies and industries that trust Progress Orbacus for their distributed computing needs. Users of this list can expect:
- A comprehensive database of organizations using Progress Orbacus, spanning various sectors and company sizes.
- Potential for identifying trends in Progress Orbacus adoption across different industries.
- Opportunities for networking and knowledge sharing with other Progress Orbacus users.
- Insights into how different businesses are implementing Progress Orbacus in their IT infrastructure.
- A tool for market research and competitive analysis in the distributed computing space.
The numbers above are continuously changed. For the latest numbers, feel free to contact our team.