Enables rapid implementation of unified stream-batch processing capabilities to deliver highly reliable, low-latency data services
With the integration of internet finance ecosystems (e-banking, mobile banking, etc.), banks demand data warehouse development platforms to be highly reliable, high-performance, and customizable.
However, they face the following challenges:
Limited Data CapabilitiesBanking requires data to ensure accuracy and credibility while achieving low latency from data collection to application—especially in precision marketing and intelligent risk control.
Shortage of Skilled ProfessionalsThere is a shortage of talent specialized in real-time computing technologies in the market, making it difficult for individual banking institutions to build strong, dedicated expert teams.
High R&D ComplexityThe design and selection process demands advanced technical research, extensive underlying development, and rapid deployment. It involves complex component clusters, increasing post-launch maintenance difficulties.
GienTech's Real-Time Data Warehouse Development Platform (SFDP, Speed Flow Data Platform) integrates and streamlines real-time data stream computing and data service functionalities, enabling the rapid development of data streaming and data service capabilities.
The platform offers supplementary data functions such as data management, data analysis, and data rectification, effectively addressing the timeliness challenges of data centralization, modeling, and service delivery.
With lightweight DevOps integration, SFDP builds a high-efficiency, high-performance data platform that unifies data storage, computing, management, maintenance, and application.
- Ensures stable and reliable platform operation while offering a user-friendly and intuitive UI for easy understanding and use.
Ensures stable and reliable platform operation while offering a user-friendly and intuitive UI for easy understanding and use.
- Built-in development toolkits enable graphical function development. Through functional decoupling, the platform supports minimal customized development and is adaptable to local environments.
Built-in development toolkits enable graphical function development. Through functional decoupling, the platform supports minimal customized development and is adaptable to local environments.
- Provides multi-level alert configuration combined with refined monitoring and analysis, delivering an automated and intelligent operations and maintenance experience.
Provides multi-level alert configuration combined with refined monitoring and analysis, delivering an automated and intelligent operations and maintenance experience.
- Operational Reliability
High availability, stability, efficient fault recovery, and scalability.
- Ease of Use
Graphical development and management interfaces.
- Universal Adaptability
Interfaces for mainstream data storage media; configurable toolkits for real-time computation workflows and algorithms.
- Tool-Based Development
Encapsulates common processes and algorithms for real-time data computing into toolkits, providing configurable interfaces to enable tool-based, configurable development.
- Automated Alerts
Customizable alert levels and triggers for timely notifications.
- Granular Monitoring
Tracks each computation step with detailed analysis.
