Objektiks

Objektiks is a theoretical concept in object-centric information modeling and modular software design. An objekik is a discrete, self-contained unit that bundles data, rules, and a defined interface, intended to be reusable across contexts. The term is used in discussions about representing real-world entities as independent artifacts within software systems and knowledge graphs.

Core characteristics include encapsulated state, a stable interface, and a lifecycle managed through creation, update, serialization, and deletion. Objektiks are designed to be composable: multiple objekts can be linked through explicit protocols to form larger structures such as assemblies, digital twins, or agent-based models. They commonly support persistence and can be serialized to formats like JSON or binary representations to enable distribution and storage.

History and usage: The concept emerged in the early 2020s discourse on object-centric modeling and knowledge representation, drawing from object-oriented design and component-based architectures. In practice, implementations vary, with different communities emphasizing interface contracts, event-based state changes, or graph-based interconnections.

Applications and criticism: Objektiks appear in software engineering for modular architectures, in digital twin and simulation contexts, and in AI systems that require modular knowledge components. Critics note a lack of universal standards, potential performance overhead, and the risk of over-fragmentation if interfaces are not properly governed.

Related concepts include object-oriented programming, knowledge representation, digital twins, and component-based software engineering.