Bonree Empowers Bank of Zhengzhou to Build an Integrated Intelligent Observability and Operations System

1. Complex Business Scenarios and Technical Architecture     

Bank of Zhengzhou’s core business systems consist of multiple subsystems and external services, with a high degree of interdependence among them. A failure in one system can impact others, potentially leading to business disruptions. Traditional monitoring methods are unable to cover the complex invocation chains between systems or detect and diagnose system failures in a timely manner.

2. Demand for Efficient Intelligent Operations Management

As Bank of Zhengzhou advances its digital transformation, traditional manual operations can no longer satisfy the needs of intelligent operations. Faced with complex cross-platform collaboration and rapidly evolving business requirements, the bank requires an intelligent, automated operations approach to quickly detect and resolve system failures and performance bottlenecks.

3.Demand for Data Integration and System Consolidation

As Bank of Zhengzhou continues to expand its business scenarios, data flow across systems and departments has become increasingly complex. The emergence of data silos between different business systems—caused by inconsistencies in data standards and formats—has hindered smooth information flow. This lack of timely data sharing and analysis negatively impacts the bank’s decision-making efficiency.

1. Loosely Coupled Architecture for Flexible Deployment, Empowering System Upgrades and Expansion 

Bank of Zhengzhou’s application performance monitoring platform adopts a loosely coupled architecture, where the agent and the analysis platform operate relatively independently. This allows for flexible deployment configurations and supports application cluster deployment models. Each node can dynamically scale in or out, offering excellent scalability and maintainability, thereby enhancing the adaptive capability of the monitoring system.

2.End-to-End Visualized Monitoring for Precise Fault Localization

Bank of Zhengzhou’s application performance monitoring platform embeds monitoring probes to oversee 15 key business systems, including the core banking system, mobile banking, online banking integration, and modern payment systems. By injecting a unique identifier (TraceID) into each request, the platform enables full end-to-end tracing and performance analysis of business requests. This helps the bank quickly identify and pinpoint application faults, significantly improving fault diagnosis efficiency.

3. Efficient Multi-Source Data Integration to Enhance Business Continuity 

By leveraging the Application Performance Monitoring Platform and the Integrated Intelligent Observability Platform, Bank of Zhengzhou has overcome the challenge of cross-system data silos. This has enabled efficient integration of multi-source data, allowing for accurate fault localization and reduced time and complexity in fault analysis. Monitoring data, log data, and performance metrics from various business systems and applications are centralized and analyzed within a unified platform, greatly improving data sharing and operational collaboration efficiency.

4. Intelligent Operations and Automated Alerts to Enhance Incident Response Capabilities

The Application Performance Monitoring Platform integrates intelligent alerting capabilities. Through real-time monitoring and data analysis, it can promptly detect system failures or performance anomalies and automatically trigger alerts based on the nature of the issue, ensuring swift issue resolution. The platform also provides intelligent fault localization suggestions based on alert conditions, significantly improving response speed and fault resolution efficiency in IT operations.

5. Meeting Multi-Scenario Operations Management Needs and Enhancing Efficiency and Transparency

With the intelligent, visualized, and automated reporting features of the Application Performance Monitoring Platform, the operations team can more effectively perform fault diagnosis, performance optimization, resource scheduling, and routine report generation. The platform provides clear visibility into the operational status of each application component, improving the transparency of issue identification. Thanks to its flexible scalability and customizable capabilities, the platform allows monitoring content to be adjusted by component according to actual business needs and monitoring requirements, effectively meeting the operational demands of diverse business scenarios.

1. Market-Leading Scale        

Ranked No.1 in China's APMO Market Share        

2. The trusted choice of over 100 leading enterprises across industries 

Bonree ONE, the core integrated intelligent observability platform, has been proven through extensive use by over 100 top-tier industry clients.

1. Building an Efficient and Intelligent Operations System to Reduce Business Interruption Risks

By leveraging the intelligent observability capabilities of the Application Performance Monitoring (APM) platform, traditional manual operations bottlenecks have been eliminated. The platform's real-time monitoring and automated response capabilities enhance the stability and continuity of critical business systems, significantly reducing the risk of service interruptions.

2. Enabling Business Innovation and Intelligent Growth to Enhance Customer Experience and Market Competitiveness

With the support of the Application Performance Monitoring (APM) platform, the operations team can provide business departments with real-time performance data and business trend analysis. This helps quickly identify changes in business needs, optimize internal resource allocation, and improve the efficiency and accuracy of business decision-making—driving the development of intelligent and differentiated customer services.

3. Achieve Full Observability to Enhance Responsiveness to Complex Business Scenarios

By enhancing the observability capabilities of critical systems, cross-department and cross-system process integration and operations data sharing can be achieved. This enables visualized monitoring of application component status across systems, improving data analysis and fault diagnosis capabilities in business decision-making, risk management, compliance, and operations management. Additionally, intelligent alert mechanisms significantly reduce the time required for fault diagnosis and resolution, greatly strengthening the operations team's ability to respond to complex business scenarios.