Dominio Internet Inter-Orb Protocol

Definition of Dominio Internet Inter-Orb Protocol

The Dominio Internet Inter-Orb Protocol, often referred to as Domain Internet Inter-ORB Protocol (DIIOP), is a protocol used to enable communication between software applications over the internet. It uses the Common Object Request Broker Architecture (CORBA) standard to facilitate interactions between objects within different systems or platforms. Through DIIOP, applications can seamlessly exchange information and work together without reliance on specific programming languages or operating systems.


The phonetics for the keyword “Dominio Internet Inter-Orb Protocol” using the International Phonetic Alphabet (IPA) can be transcribed as: /’dɒmɪni.oʊ ‘ɪntərnɛt ‘ɪntər-ɔːrb prə’təʊkəl/

Key Takeaways

  1. Dominio Internet Inter-Orb Protocol (DIOP) is an advanced protocol used for communication and data exchange between distributed objects across internet and intranet.
  2. DIOP enhances interoperability by allowing applications and services written in different programming languages and running on disparate platforms to communicate seamlessly with each other.
  3. The major benefits of DIOP include its ability to support location transparency, routing flexibility, and improved load balancing while maintaining a high level of security and reliability.

Importance of Dominio Internet Inter-Orb Protocol

The technology term Dominio Internet Inter-Orb Protocol (DIIOP) plays a crucial role in modern computing and communication as it enables seamless integration and interoperability between various software applications and platforms.

DIIOP, which is based on the Internet Inter-ORB Protocol, functions as a communication bridge between the CORBA (Common Object Request Broker Architecture) objects and the IBM Domino platform.

By fostering remote communication between client applications and IBM Domino servers, DIIOP not only extends the services provided by the Domino environment but also substantially improves data exchange efficiency and overall application performance.

Consequently, the significance of the Dominio Internet Inter-Orb Protocol lies in its facilitation of highly collaborative, distributed computing environments and its support for the development of robust and flexible enterprise-wide solutions.


The Dominio Internet Inter-Orb Protocol (DIIOP) serves a crucial purpose in the realm of communication and data exchange between distributed applications. It is primarily used to facilitate seamless interaction between systems and applications that use different programming languages and run on different platforms.

By employing DIIOP, developers and network administrators can efficiently ensure interoperability between diverse software components, which is essential for streamlining business processes and enhancing the user experience across various platforms and services. This protocol leverages the functionality of the Common Object Request Broker Architecture (CORBA), providing an effective way to transmit information across networks using standardized interfaces.

DIIOP comes into play when harnessing the power of object-oriented programming (OOP) in creating distributed, scalable, and modular applications. Its capacity to support multiple programming languages and operating systems makes it an essential tool for developers working on complex projects that demand seamless communication across varying platforms.

Furthermore, DIIOP allows for the sharing of resources, thereby increasing efficiency, reducing redundancy, and promoting collaboration among different application components. With the growth of internet services and the increasing need for interoperability, the Dominio Internet Inter-Orb Protocol has proved its worth in allowing software components to cooperate harmoniously and reliably across the digital landscape.

Examples of Dominio Internet Inter-Orb Protocol

The Domínio Internet Inter-Orb Protocol (DIIOP) is a technology that enables communication between applications using the Common Object Request Broker Architecture (CORBA). DIIOP provides a way for CORBA objects to be accessed over the Internet using the standard HTTP protocol. Here are three real-world examples of DIIOP implementation and its usage:

Financial Services: In the financial industry, organizations may use DIIOP to enable seamless communication among various trading and financial management systems across different companies. CORBA provides the standardized interface, while DIIOP ensures connectivity over the internet. This communication allows for more efficient transactions and quicker response to market changes.

Health Care: Hospitals and other health-related institutions can use DIIOP to facilitate interoperability among their Electronic Health Record (EHR) systems, diagnostic equipment, and other health management applications. This secure communication between various health information systems helps improve patient care and streamline the transfer of health data.

Telecommunications: Telecommunication providers can implement DIIOP to connect a wide variety of devices and systems, such as billing, customer relations management (CRM), and network management tools. This allows for more efficient communication between different systems, enabling providers to better manage their services and respond to customer needs.

FAQ: Dominio Internet Inter-Orb Protocol

What is Dominio Internet Inter-Orb Protocol?

Dominio Internet Inter-Orb Protocol is a fictional protocol designed to facilitate communication between internet-enabled devices located on different orbital bodies, such as Earth, the Moon, Mars, and space stations. This protocol would enhance connectivity and data transfer between various interplanetary internet nodes.

How does Dominio Internet Inter-Orb Protocol work?

The Dominio Internet Inter-Orb Protocol works by creating a reliable communication channel between devices and networks based on different orbital bodies. It establishes connections and manages data transfer between these networks, allowing for seamless communication despite the vast distances and varying locations of the devices.

What are the benefits of using Dominio Internet Inter-Orb Protocol?

Using Dominio Internet Inter-Orb Protocol offers various benefits, such as improved interplanetary communication, higher system reliability, robust data transfer, and enhanced connectivity. This protocol contributes to the development of space exploration and research, as it enables efficient communication between Earth and other celestial bodies.

What is the difference between Dominio Internet Inter-Orb Protocol and traditional internet protocols?

Traditional internet protocols, such as TCP/IP, are designed for communication within a single planetary network, whereas Dominio Internet Inter-Orb Protocol is targeted towards interplanetary communication. While traditional protocols may struggle to maintain reliable communication over vast distances, Dominio Internet Inter-Orb Protocol addresses these challenges with advanced methodologies specific to space communication and network management.

Is Dominio Internet Inter-Orb Protocol currently in use?

No, Dominio Internet Inter-Orb Protocol is a fictional concept and does not currently exist. This protocol is just an imaginative idea for enhancing communication between Earth and other celestial bodies in the future. It is not presently in use by any space agency or communication service provider.

Related Technology Terms

  • Orbital Data Communication
  • Space-based Internet
  • Satellite Network Infrastructure
  • Inter-satellite Communication
  • Space Internet Protocol

Sources for More Information


About The Authors

The DevX Technology Glossary is reviewed by technology experts and writers from our community. Terms and definitions continue to go under updates to stay relevant and up-to-date. These experts help us maintain the almost 10,000+ technology terms on DevX. Our reviewers have a strong technical background in software development, engineering, and startup businesses. They are experts with real-world experience working in the tech industry and academia.

See our full expert review panel.

These experts include:


About Our Editorial Process

At DevX, we’re dedicated to tech entrepreneurship. Our team closely follows industry shifts, new products, AI breakthroughs, technology trends, and funding announcements. Articles undergo thorough editing to ensure accuracy and clarity, reflecting DevX’s style and supporting entrepreneurs in the tech sphere.

See our full editorial policy.

More Technology Terms

Technology Glossary

Table of Contents