tencent cloud

TencentDB for DBbrain

Release Notes and Announcements
Release Notes
Announcements
Product Introduction
Overview
Features
Strengths
Use Cases
Feature List
Region List
Purchase Guide
Operation Guide
Cloud Access Management
Self-Built Database Access
Instance Overview
Instance Management
Monitoring and Alarms
Health Report and Kill Session Report Management
MySQL/TDSQL-C for MySQL Performance Optimization
TDSQL for MySQL/MariaDB Performance Optimization
Distributed cache database (Distributed Cache) diagnostic optimization
MongoDB Performance Optimization
Full-Link Analysis
Practical Tutorial
Fixing High CPU Utilization on MySQL Instance
Fixing Lock Conflict on MySQL Instance
How to Address High CPU Utilization Issues in Distributed Cache Instances
Fixing High CPU Utilization in MongoDB Instance
Fixing Short Node Oplog Retention Period in MongoDB Instance
API Documentation
History
Introduction
Introduction
API Category
Making API Requests
Session Killing APIs
Exception Detection APIs
Other APIs
Redis related APIs
Health Report Email Sending APIs
Space Analysis APIs
Slow Log Analysis APIs
Security Audit APIs
Database Audit APIs
Data Types
Error Codes
DBbrain APIs 2019-10-16
FAQs
Self-Built Database Issues
MySQL Performance
Product
Service Level Agreement
Glossary
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Instance Overview

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Terakhir diperbarui: 2026-03-23 18:59:55
The Instance Overview page displays the global dashboard of user instances, where you can view the abnormal alarm count, health ranking, top performance metrics of all connected instances, and provides access to recommended features, and customization settings to enable or disable instance inspection and overview capabilities.
Note:
Currently, Instance Overview supports TencentDB for MySQL (excluding Single-node (Cloud Disk)), TDSQL-C (TDSQL-C for MySQL), TDSQL for MySQL, TencentDB for MariaDB, Tencent Cloud Distributed Cache, TencentDB for MongoDB, and user self-built MySQL databases.

Prerequisites

There are already instances with the Instance Overview feature enabled. All instances accessed to DBbrain have the Instance Overview feature enabled by default.

Directions

1. Log in to the DBbrain Console.
2. In the left sidebar, select Instance Overview.
3. Select the type of database and region to view at the top of the page.
4. View Instance Overview page.

View the recommended features.
Displays popular feature entries officially recommended by DBbrain, including Self-Built Instance Access, Exception Diagnosis, Slow SQL Analysis, and more features (such as Health Report and SQL Optimization). Feature item descriptions are as shown in the table below.
Feature
Descriptions and Operations
Self-Built Instance
Provides an entry for accessing self-built MySQL instances, displaying the number of instances connected via Agent and Direct Connect under the logged-in account.
Click Quick Access. View the supported access methods and access instructions. For self-built database access instructions and detailed operations, see Self-Built Database Access.
Exception Diagnosis
24/7-hour exception performance optimization and unattended operations mode.
Click Try Now to enter Performance Optimization > Exception Diagnosis page.
Slow SQL Analysis
Slow SQL trends and optimization and statement lifecycle analysis.
Click Try Now to enter Performance Optimization > Slow SQL Analysis page.
More Features
Covers various common database Ops and security governance features.
Click Health Report to enter Performance Optimization > Health Report page.
Click Full-link analysis to enter Full-link analysis > SQL Analysis page.
Click SQL Optimization to enter Performance Optimization > SQL Optimization page.
Customization Settings
DBbrain provides users with Customization Settings features, allowing users to customize the instances displayed in the Overview according to their needs.
In the top right corner of the page, click Custom Settings to enter Instance Management page. Here, you can customize whether to enable Instance Inspection, Overview, Full-link Analysis, or Large Key Analysis capabilities. For detailed operations, see Instance Configuration.
View real-time and historical instance overview information.
4.1.1 In the Exception Alarm area, select real-time or historical at the top.
Real-Time: Displays data information from the past 3 hours.
Historical: When you select to view historical information, the historical view supports any time period within a certain day in the past 7 days.
4.1.2 View exception alarms, health rankings, and performance monitoring metrics TOP table information for the selected time period. Detailed area descriptions are shown in the table below.
Region
Descriptions and Operations
Exception Alarm
DBbrain's 24/7-hour exception diagnosis module will detect issues with database instances (or shards) in real time and provide corresponding optimization solutions.
This section displays the number of exception alarms in the past 3 hours, the last 24 hours, and the trend chart of the number of exception alarms for the selected period. Click the abnormal alarm count to enter Monitoring & Alarm > Exception Alarm page to view details of exception alarms.
Health Ranking
Ranks the average health score of instances during the selected time period and displays both the specification of instances (or shards) and the trend chart of the health score for the selected time period.
Click the row of an instance (or shard) to enter the corresponding Performance Optimization > Exception Diagnosis page to view details of abnormal diagnoses.
Top Performance Monitoring Metrics
Displays the top-ranking performance monitoring metrics by consumption in the Resource Monitoring Ranking.
MySQL database metrics include: CPU, memory, disk utilization, TPS, QPS, slow SQL, Connected Threads, and Running Threads.
TDSQL-C for MySQL database metrics include: CPU, memory, commit count, operations per second, slow SQL, Connected Threads, and Running Threads.
TencentDB for MariaDB and TDSQL for MySQL database metrics include: CPU, data disk utilization, slow SQL, Connected Threads, and Running Threads.
Tencent Cloud Distributed Cache database metrics include: CPU utilization, memory utilization, connection utilization, inbound traffic utilization, outbound traffic utilization, and read request hit rate.
TencentDB for MongoDB database metrics include: CPU, memory, disk, QPS, number of connections, requests (>100 ms), and average request latency.
Click the row of the corresponding instance (or shard) to perform the following operations:
Click Monitor to enter the corresponding Intelligent Monitoring > Full Instance Monitoring page corresponding to the instance (or shard) to view the monitoring data.
Click Optimization to enter Performance Optimization > Exception Diagnosis page corresponding to the instance (or shard) to view details of the exception diagnosis.

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