JuraData

Data Integration & Management Service Platform

A next-generation data infrastructure for business collaboration and intelligent applications

What is JuraData?

JuraData is an oil & gas-oriented data operating system, data governance platform, business collaboration foundation, and intelligent application foundation. Based on a five-dimensional business ontology model, it unifies the integration, governance, organization, and orchestration of enterprise multi-source heterogeneous data, helping oil & gas companies break down data silos, unify data standards, improve data quality, and transform fragmented data into digital assets.

What are the Key Challenges?

Fragmented & Inconsistent Storage


Data is scattered across multiple systems and databases, each managed with different standards.

Lack of Asset Visualization


Lack of tools to visualize and present the overview of oilfield data assets, making it hard to assess their status.

The Data Service Gap


Oilfield personnel lacks fast and accurate data query tools. A unified data service model hasn’t been formed.

Unstandardized Data Acquisition


No unified definition or standardized tools for the acquisition of data at the source.

Limited Real-Time Quality Checks


No tools to detect the faulty data in real time operation, leading to delayed incidents discovery.

Disconnect Between Data and Business


Business and data relationships are poorly managed, leaving data weakly linked to workflows.

How Do We Solve These?

Key Capabilities of JuraData

JuraData centers on four core processes: inventory, standardization, governance, and application. It provides full-chain capabilities covering data standards, data aggregation, data quality, data assets, and data services. Its key capabilities include business-driven modeling, in-depth historical data governance, standardized new data collection, closed-loop data quality management, and business-oriented data enablement with proactive services

The platform incorporates industry-standard components compatible with OSDU, 58 types of quality inspection rules, and a five-dimensional business coordinate system, forming a distinctive data governance and service framework tailored to the oil and gas industry.
Core Role Core Problem Addressed Corresponding Core Capabilities
Data Operating System Enable data to be dynamically organized, continuously supplied, and uniformly served based on business logic. Unify data integration and access, intelligent search and push, unified API services, and data service monitoring.
Data Governance Platform Ensure unified data standards, controllable quality, traceable processes, and visible assets. Business-driven modeling and standard management, integrated historical data governance, source-level governance for new data, closed-loop data quality management, and panoramic data asset view.
Business Collaboration Foundation Enable cross-disciplinary teams to collaborate around a unified data context. Project-level data space, automatic accumulation of process deliverables, professional software data integration, and one-click deliverable publishing.
Intelligent Application Foundation Provide unified semantics, high-quality datasets, and explainability for AI models. Unify business semantics, high-quality training datasets, knowledge graphs, intelligent data Q&A and report generation, and domestic computing power adaptation.

Technical Advantages of JuraData

A Mature Upstream Data Standards Framework for Accelerated Data Governance

Covering key upstream domains including exploration, well engineering, reservoir development, and production facilities, the framework incorporates 16,000+ business datasets, 160,000+ data item standards, 58 categories of data quality rules, and 50,000+ rule instances. It provides a comprehensive foundation for enterprise data standardization and governance while supporting alignment with OSDU standards.

Comprehensive Data Governance Across All Data Types and Processes

A unified governance framework for structured data, unstructured content, real-time data, and professional deliverables, covering the full lifecycle from standards and historical cleansing to source governance, quality control, asset management, and data services. It reduces fragmented toolchains and enables consistent, scalable enterprise data governance.

Ontology-Driven, AI-Ready Data Governance

Built on an oil & gas business ontology, the framework enriches governed data with business semantics, object relationships, quality rules, and traceability throughout the governance process. It transforms enterprise data into AI-understandable, callable, and verifiable assets, supporting knowledge graphs, AI datasets, foundation models, and intelligent agents.

Core Business Scenarios

Unified Data Integration and Service Foundation

Designed for data lakes, smart oilfields, and intelligent application development in oil and gas enterprises, JuraData unifies multi-source heterogeneous data from exploration, development, drilling, and production, providing a trusted, reusable, and unified data service foundation for business systems, collaborative research platforms, and intelligent applications.

Challenges

Solution

Data Governance Platform Scenario

Designed for the governance of historical and newly generated data in oil and gas enterprises, JuraData builds a closed-loop governance framework covering inventory, standardization, governance, and application. It unifies and assetizes data scattered across systems, documents, and professional software, enabling data to become usable, trusted, and manageable as an enterprise-level data asset foundation.

Challenges

Solution

Integrated Research Data Foundation Scenario

Designed for cross-disciplinary research tasks such as reservoir characterization, development planning, and well placement justification, JuraData builds a unified project-level data space and data context. It connects data and deliverables across geology, geophysics, reservoir engineering, and engineering disciplines, supporting data sharing, version consistency, deliverable accumulation, and asset reuse throughout collaborative research.

Challenges

Solution

Case Study

Smart Oilfield Data Lake Platform Construction Project

Building a unified data lake platform to integrate development and production data, supporting smart oilfield operations and scientific decision-making.

58

Development and production-related systems

10

Core business databases

5,600

Development and production datasets

1.8 Billion

Total data records

Project Challenges

Large Data Scale

Approximately 5,600 datasets and 1.8 billion data records.

Numerous Application Systems

58 development and production-related systems with 3,145 business functions.

Wide User Coverage

Serving users across headquarters, branches, research institutes, operation companies, and field platforms.

Urgent Governance Needs

Inconsistent standards, fragmented systems, and low data integration.

Five-Step Implementation

01 Define Standards

Revise unified data standards, covering 2,541 datasets and 35,836 data items.

02 Establish Specifications

Develop collection specifications for 475 collection roles and 71 departments, forming 14,085 data validation rules.

03 Promote Collection

Enable semi-automated and standardized data collection through unified collection services.

04 Build Platform

Build a unified data platform, aggregate and govern historical data, and provide unified data services.

05 Integrate Applications

Optimize 3,145 application functions into 1,905 under a unified framework, with 504 new functions added.

Project Outcomes

Unified Entrance

Integrate 58 systems into one unified platform entrance.

One Data Lake

Upgrade from offline data silos to one unified data lake.

Integrated Application Platform

Build a unified development and production application platform.

Unified Data Standards

Transform scattered and heterogeneous data into standardized data assets.

Unified Data Definitions

Ensure consistent data definitions and business logic.

Complete Data Collection

Shift from incomplete collection to full and standardized data collection.

600 Million Records

Historical data aggregation

512 Million Records

Cleaned high-quality data

14,085 Rules

Data validation rules

1,905 Functions

Optimized application functions
Original: 3,145 / New: 504

Value for Our Clients

Digital Core for Oilfield

Standardized Data Management

Zero-Time Data Access

Boosted Processing Efficiency

Clear & Controllable Data Assets

Ready to Step into Digitalization?