GBase and Inspur Launch HyperSynth Database Appliance for Mission-Critical Workloads

As enterprises accelerate digital transformation, modern infrastructure must handle explosive data growth, real-time analytics, and mission-critical business continuity. To address these challenges, GBase and Inspur Business Machines jointly launched the GBase HyperSynth Database Appliance, an integrated platform designed for high-performance and high-availability database environments.

The appliance combines computing, storage, networking, and database software into a fully optimized solution that simplifies deployment while delivering enterprise-grade reliability.

Why Database Appliances Matter

Modern enterprises increasingly face challenges such as:

• Massive data growth
• Real-time transaction processing
• High availability requirements
• Complex infrastructure management
• Security and compliance demands

Traditional database deployment models often require complicated hardware integration and extensive tuning.

The GBase HyperSynth Database Appliance solves these problems through deep hardware-software integration.

Built on GBase 8s Database

The appliance is powered by GBase 8s database, a shared-storage clustered database platform designed for:

• High concurrency
• Real-time analytics
• Financial-grade reliability
• Continuous business operations

Example transaction table:

CREATE TABLE financial_transactions (
 transaction_id BIGINT PRIMARY KEY,
 customer_id BIGINT,
 transaction_amount DECIMAL(18,2),
 transaction_time TIMESTAMP
);

The platform adopts a **compute-storage separation + shared storage architecture**, enabling flexible scaling and high throughput.

# Key Advantages of the HyperSynth Database Appliance

# 1. High Availability

The appliance supports multiple high-availability technologies including:
- SSC
- HAC
- RHAC
- ER

These technologies allow enterprises to build:
- Active-active data centers
- Disaster recovery systems
- Multi-site deployment architectures

The platform achieves:
- Availability above 99.999%
- Second-level fault detection
- Automatic failover

Example high-availability configuration:

CREATE CLUSTER finance_cluster WITH SHARED_STORAGE = TRUE;

# 2. High-Performance Database Processing

The system is deeply optimized for database workloads.

According to performance testing:
- The appliance achieved twice the performance of traditional x86 platforms in TPC-C testing
- Lower latency
- Higher throughput
- Faster analytics execution

Example query:

SELECT customer_id, SUM(transaction_amount) FROM financial_transactions GROUP BY customer_id;

The integrated architecture minimizes hardware bottlenecks and improves overall database efficiency.

# 3. Simplified Deployment and Operations

Traditional enterprise database deployment often involves lengthy integration cycles.

The HyperSynth appliance provides:

FeatureBenefitPre-integrated hardware and softwareFaster deploymentPre-validated architectureReduced riskCentralized managementEasier maintenanceIntelligent operationsLower operational costs

Deployment time can be reduced significantly through one-stop delivery and pre-optimized configurations.

# Intelligent Database Management

The appliance includes the GEM centralized management platform, enabling:
- Unified monitoring
- Automated maintenance
- Resource management
- Alerting and auditing

Example monitoring query:

SELECT node_name, cpu_usage, memory_usage FROM cluster_monitoring;

This allows administrators to manage complex multi-database environments more efficiently.

# Enterprise-Grade Security

Security is a major focus of the HyperSynth appliance.

The platform supports:
- Data encryption
- Communication encryption
- Access control
- Audit logging
- Multi-replica protection

Example encryption configuration:

SET ENCRYPTION_MODE = 'SM4'; SET AUDIT_LOGGING = 'ON';

The appliance also supports both international and Chinese cryptographic algorithms.

# Designed for Mission-Critical Industries

The HyperSynth appliance is suitable for industries including:
- Finance
- Telecommunications
- Government
- Energy
- Transportation

These industries require database systems capable of operating continuously under heavy workloads.

# The Future of Integrated Database Infrastructure

As enterprises continue adopting AI, cloud-native systems, and real-time analytics, integrated database appliances are becoming increasingly important.

The partnership between GBase and Inspur demonstrates how deep hardware-software collaboration can create:
- Faster deployment
- Better performance
- Higher reliability
- Simplified operations

The GBase HyperSynth Database Appliance represents a new generation of intelligent database infrastructure built for the demands of modern enterprise computing.