How Business Continuity Management Drives Reliable Operations in the Cloud Era

1. Background

During the pandemic, rapid shifts such as live streaming teaching and online commerce created sudden spikes in demand, exposing the need for robust business continuity solutions to handle ten‑fold traffic increases and ensure stable operations.

These events highlighted that digital transformation brings both opportunities and challenges, and that effective continuity management becomes a vital lifeline for enterprises.

2. What Is Business Continuity Management?

Business continuity management (BCM) is the practice of ensuring that critical business functions remain available and reliable during disruptions. It encompasses availability, stability, MTTR, SLA, and real‑time operations.

BCM aligns with established international standards and provides a framework for organizations to assess and improve their resilience as technology and business scales evolve.

3. When Is BCM Needed?

Major service outages that impact core business for hours, requiring rapid response and preventive measures.

Expanding operational responsibilities, where operations teams take on broader continuity duties.

Career development for operations staff, moving from routine tasks to strategic continuity leadership.

4. Best‑Practice Framework

The framework consists of four stages: CMDB configuration, issue discovery, issue handling, and post‑mortem improvement. It emphasizes managing resources, incidents, change control, and stakeholder communication.

Key components include:

Monitoring: unified data collection from multiple monitoring systems, with a focus on business‑level metrics.

Logging: standardized log‑based monitoring covering total volume, success count, success rate, failure count, and latency.

Change Control: centralized change management linked to incidents and faults.

Knowledge Base: reducing handling costs by documenting solutions for recurring issues.

5. Process Flow

Issues are captured via automated monitoring and manual ticketing, then correlated to provide a holistic view of continuity. Events are tracked to ensure every anomaly receives timely handling and root‑cause analysis.

Root‑cause analysis distinguishes technical problems from process or third‑party issues, enabling targeted improvements and closing the continuity loop.

6. Tools and Products

Various product options exist, from custom‑built solutions to open‑source or commercial platforms, supporting CMDB, fault management, and data visualization.

Effective visualization helps operations demonstrate value to management and supports proactive, real‑time governance.

7. Monitoring Details

Business monitoring, especially log‑based monitoring, is essential. Consolidating data into time‑series databases (TSDB) or using Prometheus enables unified alerting and event management.

Integrating multiple monitoring systems reduces operational overhead and improves incident response.

8. Case Study: University Online Education

A practical example shows how a university leveraged BCM to handle massive online teaching loads during the pandemic, managing classroom capacity, live‑stream latency, and IoT device control.

The case illustrates the shift from infrastructure‑centric thinking to business‑level metrics and continuous improvement.

9. Future Outlook

BCM will continue evolving as a core responsibility of operations, with ongoing expansion of concepts and tools to support ever‑growing digital services.