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Aerospike High Availability Solutions

Build resilient Aerospike infrastructure with 99.999% uptime guarantee. Expert XDR configuration, automatic failover, multi-region deployment, and comprehensive disaster recovery planning for mission-critical real-time applications.

99.999%
Uptime SLA
Five nines availability with automatic failover
<1 second
Failover Time
Instant failover with cluster-aware clients
99.999999%
Data Durability
Eight nines durability with replication
<15 minutes
Recovery Time
Full cluster recovery from backup

Aerospike HA Capabilities

Built-in high availability features that make Aerospike ideal for mission-critical applications

Automatic Data Replication
Built-in synchronous replication within cluster with configurable replication factor for data durability
  • Configurable replication factor (2-4x)
  • Automatic data rebalancing
  • No single point of failure
  • Instant failover on node failure
XDR Cross-Datacenter Replication
Asynchronous replication between geographically distributed clusters for disaster recovery and global distribution
  • Active-active configuration
  • Conflict resolution policies
  • Selective namespace replication
  • Bandwidth-efficient shipping
Multi-Region Deployment
Deploy Aerospike across multiple regions for global data access and regional disaster recovery
  • Global data distribution
  • Regional read optimization
  • Automatic failover between regions
  • Compliance with data residency
Smart Client Routing
Cluster-aware clients that automatically route requests to optimal nodes and handle failures gracefully
  • Direct node communication
  • Automatic retry logic
  • Connection pooling
  • Partition-aware routing

High Availability Services

Comprehensive HA services to build and maintain resilient Aerospike infrastructure

HA Architecture Design
Design highly available Aerospike deployments tailored to your requirements
  • Replication factor optimization
  • Network topology design
  • Storage redundancy planning
  • Rack awareness configuration
XDR Implementation
Configure and optimize cross-datacenter replication for disaster recovery
  • XDR topology design
  • Conflict resolution policies
  • Shipping thread optimization
  • Compression configuration
Disaster Recovery Planning
Comprehensive DR strategies with defined RTO and RPO objectives
  • RTO/RPO analysis
  • Failover procedure documentation
  • Recovery testing and drills
  • Backup strategy design
Failover Testing
Regular failover testing to ensure recovery procedures work as expected
  • Planned failover drills
  • Recovery time measurement
  • Procedure validation
  • Gap identification
Strong Consistency Configuration
Configure strong consistency mode for applications requiring linearizable reads and writes
  • SC mode configuration
  • Roster management
  • Write policy optimization
  • Consistency trade-offs analysis
HA Monitoring & Alerting
Implement comprehensive monitoring for proactive issue detection
  • Cluster health monitoring
  • Replication lag tracking
  • Node failure detection
  • Capacity threshold alerts

HA Deployment Patterns

Proven deployment patterns for different availability requirements

Single Datacenter HA

High availability within a single datacenter with rack awareness

Architecture:

  • 3-5 node cluster minimum
  • Replication factor of 2
  • Rack-aware data placement
  • Load balancer integration
Use Case: Applications with local data requirements and moderate HA needs

Active-Passive DR

Primary datacenter with standby DR site using XDR

Architecture:

  • Primary cluster (active)
  • DR cluster (passive)
  • XDR unidirectional shipping
  • Manual failover procedures
Use Case: Cost-effective DR with acceptable RTO of minutes

Active-Active Multi-Region

Multiple active datacenters with bidirectional XDR replication

Architecture:

  • Multiple active clusters
  • Bidirectional XDR
  • Conflict resolution policies
  • Global traffic routing
Use Case: Global applications requiring local read/write performance

Hybrid Cloud HA

On-premises cluster with cloud-based DR site

Architecture:

  • On-premises primary cluster
  • Cloud DR cluster (AWS/GCP/Azure)
  • Secure XDR over VPN
  • Automated failover capability
Use Case: Organizations transitioning to cloud or requiring cloud DR

HA Success Stories

Real-world high availability implementations with measurable results

AdTech
Global AdTech Platform

Challenge:

Needed 99.999% uptime for real-time bidding across 4 global regions with <5ms latency

Solution:

Deployed active-active Aerospike clusters in 4 regions with XDR, smart routing, and automated failover

Results:

  • 99.9999% uptime achieved
  • Zero bid losses from outages
  • Sub-millisecond local latency
  • Seamless regional failovers
99.9999%
uptime
4
regions
<1ms
latency
FinTech
Financial Trading System

Challenge:

Required strong consistency for trading data with RPO of 0 and RTO under 1 minute

Solution:

Implemented strong consistency mode with synchronous XDR and automated failover procedures

Results:

  • Zero data loss guaranteed
  • RTO of 30 seconds achieved
  • Regulatory compliance maintained
  • Automated DR testing weekly
0
rpo
30s
rto
100%
compliance
Gaming
Gaming Platform

Challenge:

50M concurrent players requiring session persistence across 3 continents with instant failover

Solution:

Multi-region deployment with XDR, conflict resolution for session data, and global load balancing

Results:

  • Zero downtime during updates
  • 50M+ concurrent sessions
  • <2ms session access latency
  • Seamless region failovers
50M+
players
0
downtime
<2ms
latency

Frequently Asked Questions

Common questions about Aerospike high availability solutions

Ready for 99.999% Uptime?

Get a comprehensive high availability assessment for your Aerospike deployment. Our experts will design a resilient architecture tailored to your uptime requirements and budget.

99.999% Uptime Guarantee

We design and implement HA solutions that meet or exceed five-nines availability requirements