Providing a standardized business component repository to empower the rapid construction and agile iteration of intelligent applications in the oil and gas industry.
Component Library Management
Providing a standardized business component repository to empower the rapid construction and agile iteration of intelligent applications in the oil and gas industry.
JuraComponents is a standardized business component repository built on the OiO-Core framework, specifically engineered for the oil and gas exploration, development, and production sectors. By leveraging a three-tier architecture(comprising technical components, business components, and business functions), it achieves atomic and standardized management of functional modules.
It features eight core categories of technical components, including specialized professional graphics, H5 visualizations, and ECharts, while providing comprehensive full-lifecycle governance. Through deep integration with Large Language Model (LLM) Agents, JuraComponents has emerged as a critical infrastructure for the rapid construction of intelligent applications, enabling flexible business expansion and driving enterprise-wide digital transformation.
Independent development of exploration, production, and other business systems has led to redundant functionalities. The lack of standardized, cross-system components results in significant resource waste.
The coexistence of in-house and third-party systems, without a unified framework or interface standards, makes integration costly, unstable, and difficult to maintain.
Industry-specific visuals like well logs, seismic profiles, and wellbore structures are challenging for general tools to represent, while native development is time-consuming and lacks standardization.
Hard-coded features in existing software cannot be interpreted by Large Language Models or invoked by AI Agents, creating barriers to practical AI implementation.
JuraComponents establishes a standardized business component system, with granularity defined by business nodes. It implements a three-layer technical architecture of Technical Components, Business Components, and Business Functions, ensuring high cohesion, low coupling, and maximum reusability of components across diverse business scenarios.
Through deep integration with the OiO-Core specification system, it achieves standardized definitions for all component interfaces. This guarantees superior compatibility and seamless interoperability between components.
Implement a three-tier component framework (technical-business-functional) based on business nodes, ensuring high cohesion, low coupling, and reusability across scenarios.
Leverage OiO-Core ontology to standardize component interfaces, enabling seamless integration of internal and third-party components while reducing costs.
Support full-component lifecycle management combined with low-code configuration, accelerating development and cutting maintenance overhead.
Designed as atomic operators with standardized APIs, allowing direct invocation by AI agents for intelligent oilfield applications.
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