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Real-APSApplication DR & Real-time Replication

Real-APS replicates application data, receives standby copies and enables application recovery. It manages replication tasks, dependencies, recovery policies and health checks. Engines synchronize application data and configuration through core switches; management interfaces use separate management switches.

Interactive 3D architecture

01 / Product Architecture

Application recovery starts with replication.
Takeover and recovery, coordinated.

Production Application Site, Application DR Platform, Standby Application Site. Select a zone or device to inspect its structure and responsibilities.

  • 01Application Data Replication
  • 02Replication Policies & Monitoring
  • 03Dependencies & Takeover Scheduling
  • 04Recovery Health Checks
Read the full architecture notes

02 / Operating Workflow

Follow the data.
Understand each control.

Explore the Real-APS workflow step by step. Paths follow the selected step; critical actions retain human confirmation.

Set Up Application Protection

Configure engines, protection policies, dependencies and takeover conditions through separate management switches. Normal business traffic accesses production applications.

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 application dr & real-time replication workflow.

01 / Assisted Capability

Check replication, dependencies and standby readiness

02 / Assisted Capability

Analyze recovery failures and application health anomalies

03 / Assisted Capability

Recommend takeover and recovery checks; retain authorization for critical actions

AI explanations and advice do not imply automatic execution.
Deterministic rules, permissions and human approval govern high-risk actions.

Review the full architecture notes ↗

ARCHITECTURE NOTES

Application DR & Real-time Replication,
Clear responsibilities at every layer.

Each site has one core and one separate management switch. Application data and configuration share one replication backbone; dual-core deployments use two redundant links. The takeover path appears only during the authorization step. The management network does not forward replication data. AI assistance does not replace human authorization.

01Production Application Site

Production Application Clusters

Protects multiple application systems and their data. The product's execution engine performs application replication.

Application Data & Configuration

Synchronizes application files, configuration and relevant business state according to protection policies; this does not represent copying live memory or hardware.

Business Access Entry

Normally accesses production applications; after authorized takeover, reaches standby applications through the core network.

Application Replication Engine

The Real-APS production component replicates application data and configuration through both sites' core switches to the standby engine.

Production Core Switch

Aggregates application replication and business traffic; it does not replace the replication engine.

Production Management Switch

Connects the platform to device management ports through a separate network; it does not forward business or replication data.

02Application DR Platform

Real-APS

The application DR product both executes and manages replication. Its console configures both engines, monitors tasks, orchestrates dependencies, schedules takeover and verifies recovery. Replication execution and management interfaces have separate responsibilities.

03Standby Application Site

Standby Application Clusters

Receives protected data through the standby engine and supports authorized application recovery and business takeover.

Standby Data & Configuration

Receives and verifies application data and configuration synchronized by the replication engine.

Application Health Checks

Checks application availability and takeover results, and reports recovery evidence.

Standby Receive Engine

The Real-APS standby component receives replicated data, maintains standby application data and configuration, and reports replication status.

Standby Core Switch

Routes replication and takeover traffic to standby engines and application resources.

Standby Management Switch

Connects the platform to device management ports through a separate network; it does not forward business or replication data.

01 / Set Up Application Protection

Configure engines, protection policies, dependencies and takeover conditions through separate management switches. Normal business traffic accesses production applications.

02 / Replicate Application Data

Application data and configuration converge at the production engine, cross one backbone through both cores and reach the standby receive engine for distribution. Replication tasks and status are managed separately.

03 / Authorize Application Takeover

Check replication, dependencies and permissions, then schedule takeover through the separate management network. Only this step shows business traffic switching to standby applications; takeover is not a second replication backbone.

Human authorization required

04 / Verify Recovery & Business Health

Verify standby data, application availability and takeover results; return evidence through management switches.