DAIV / PRODUCT ARCHITECTURE
Real-DHAMulti-node High-availability Database Appliance
Databases run directly on two or more compute nodes with high-speed interconnects, coordinated storage and unified monitoring. Clients access database nodes inside the appliance through the core network; there is no separate front-end database load balancer.
Interactive 3D architecture01 / Product Architecture
Databases run within the nodes.
Two or more nodes work together.
Clients & Core Network, Multi-node Database Appliance, Appliance Management. Select a zone or device to inspect its structure and responsibilities.
- 01Multi-node Databases
- 02Interconnect
- 03Coordinated Storage
- 04Unified Management
02 / Operating Workflow
Follow the data.
Understand each control.
Explore the Real-DHA workflow step by step. Paths follow the selected step; critical actions retain human confirmation.
This step requires human confirmation. Check rules and permissions before continuing the simulation.
Product simulation only. No production connection or real business operations.
03 / AI-assisted Management
Evidence for decisions.
Boundaries for execution.
Identify issues, explain evidence and suggest actions throughout the multi-node high-availability database appliance workflow.
Check policies, dependencies and risk boundaries
Provide reviewable recommendations; retain authorization for critical actions
AI explanations and advice do not imply automatic execution.
Deterministic rules, permissions and human approval govern high-risk actions.
ARCHITECTURE NOTES
Multi-node High-availability Database Appliance,
Clear responsibilities at every layer.
This logical architecture illustrates product capabilities, not customer assets or live data. Nodes, devices and quantities explain responsibilities; actual deployment and network redundancy follow the project design. AI assistance does not replace human authorization.
01Clients & Core Network
Business Clients
Clients access database services; this is not a database load-balancing architecture.
Business Core Switch
Business traffic passes through the core network to database nodes within the appliance.
02Multi-node Database Appliance
Database Node 01
The database runs inside this compute node. Two or more nodes provide high availability; the database operating mode depends on the deployment design.
Database Node 02
The database runs inside this compute node. Two or more nodes provide high availability; the database operating mode depends on the deployment design.
Database Node 03+
The database runs inside this compute node. Two or more nodes provide high availability; the database operating mode depends on the deployment design.
High-speed Node Interconnect
Connects database compute nodes and coordinated storage; it is not a front-end load balancer.
Coordinated Storage Resources
Database data and storage resources inside the appliance are coordinated through the node interconnect.
Redundant Storage Resources
Another coordinated storage unit; the redundancy scheme depends on the project deployment.
03Appliance Management
Real-DHA Management
Monitor nodes, databases, interconnects and storage without proxying client database access.
01 / Run Databases Across Multiple Nodes
Clients access database execution nodes inside the appliance through the business core, not a separate front-end balancing zone.
02 / Coordinate Through High-speed Links
Two or more database execution nodes coordinate through high-speed interconnects.
03 / Use Coordinated Storage
High-speed interconnects link coordinated storage resources; database data remains inside the appliance.
04 / Monitor & Manage Centrally
Appliance management monitors nodes, database operation, interconnects and storage. The console does not forward business traffic.