As far as DCI (Distributed Component Infrastructure) technology is concerned, here are some factors:

1. Modular Architecture:

DCI technology allows for the creation of modular architectures, where each component is encapsulated and can be tested and developed separately.

2. Dynamic Binding:

DCI technology supports dynamic binding, which means that components can be added, removed, or replaced at runtime without interrupting the entire system.

3. Role-Based Design:

DCI technology uses role-based design to define the roles that objects can play in a system. This allows for greater flexibility and reusability of code.

4. Message-Passing:

DCI technology uses message-passing as a means of communication between components. This can be more efficient than traditional method calling and enables higher scalability and fault tolerance.

5. Distribution and Concurrency:

DCI technology is designed to work in distributed and concurrent environments, making it ideal for modern web and mobile applications that require high performance and scalability.