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Zero-Downtime Aerospike Migration Services

Migrate to Aerospike from Redis, MongoDB, Cassandra, or any database with zero downtime and guaranteed data integrity. Achieve sub-millisecond latency and 10x cost efficiency with our proven migration methodology.

Database Migration Paths

Expert migration services from any database to Aerospike with zero downtime

Redis to Aerospike Migration
Migrate from Redis to Aerospike for better persistence, hybrid memory, and cost efficiency at scale
  • Maintain sub-millisecond latency
  • Add persistence without performance loss
  • Reduce infrastructure costs by 60%
  • Scale to petabytes of data
MongoDB to Aerospike Migration
Upgrade from MongoDB to Aerospike for real-time performance in high-throughput applications
  • 10-100x performance improvement
  • Consistent sub-millisecond latency
  • Better scaling characteristics
  • Reduced operational complexity
Cassandra to Aerospike Migration
Migrate from Cassandra to Aerospike for superior latency and simpler operations
  • Sub-millisecond vs multi-millisecond latency
  • Simpler data modeling
  • Reduced cluster size requirements
  • Lower operational overhead
Custom Database Migration
Migrate from any NoSQL or relational database to Aerospike with custom transformation
  • Custom data transformation
  • Schema design optimization
  • Application code updates
  • Comprehensive testing

Migration Guarantees

Our proven migration methodology ensures safe, reliable database transitions

Zero-Downtime Migration

Migrate your data without any application downtime using dual-write strategies and careful cutover planning

Data Integrity Guarantee

Comprehensive validation and verification processes ensure 100% data integrity throughout the migration

Performance Validation

Extensive benchmarking to ensure sub-millisecond latency requirements are met post-migration

Rollback Capability

Built-in rollback procedures at every stage to ensure safe migration with minimal risk

Progress Tracking

Real-time migration progress dashboards with detailed metrics and status updates

Risk Mitigation

Proactive risk identification and mitigation strategies throughout the migration process

Migration Phases

Our structured migration approach ensures successful transitions with minimal risk

01

Assessment & Planning

1-2 weeks

Comprehensive analysis of current database, application requirements, and migration strategy design

Data volume and structure analysis
Performance requirements assessment
Aerospike schema design
Migration timeline planning
Risk identification and mitigation
Resource and tooling requirements
02

Environment Setup

1 week

Set up target Aerospike cluster with optimal configuration for your workload

Aerospike cluster deployment
Namespace and set configuration
Network and security setup
Monitoring infrastructure
Backup and recovery configuration
XDR setup (if multi-region)
03

Data Migration

1-4 weeks

Initial data load with ongoing synchronization for zero-downtime migration

Initial bulk data transfer
Data transformation and validation
Change data capture (CDC) setup
Dual-write implementation
Data consistency verification
Performance validation
04

Application Migration

1-2 weeks

Update application code and configure Aerospike client libraries

Client library integration
Connection pooling configuration
Query pattern optimization
Error handling updates
Retry logic implementation
Feature flag deployment
05

Testing & Validation

1-2 weeks

Comprehensive testing to ensure data integrity and performance requirements are met

Data integrity validation
Performance benchmarking
Load testing
Failover testing
Application integration testing
User acceptance testing
06

Cutover & Optimization

1 week

Final cutover to Aerospike with post-migration optimization and monitoring

Traffic cutover execution
Performance monitoring
Post-migration optimization
Documentation finalization
Knowledge transfer
Support transition

Migration Success Stories

Real-world migration results with measurable business impact

E-commerce
Redis to Aerospike Migration

Challenge:

Redis cluster hitting memory limits with 500TB of session data, high costs for scaling

Solution:

Migrated to Aerospike hybrid memory architecture with SSD storage tier, maintaining sub-millisecond latency

Results:

  • Zero downtime during migration
  • 70% cost reduction
  • Maintained <1ms latency
  • Scaled to 2PB capacity
0
downtime
70%
costSaving
<1ms
latency
AdTech
MongoDB to Aerospike Migration

Challenge:

MongoDB struggling with 10M+ requests per second, inconsistent latency affecting bid performance

Solution:

Migrated to Aerospike with optimized schema design and hybrid memory configuration for real-time bidding

Results:

  • Latency reduced from 50ms to 0.8ms
  • 12M TPS achieved
  • 100% SLA compliance
  • 50% infrastructure reduction
50ms
latencyBefore
0.8ms
latencyAfter
98%
improvement
IoT Platform
Cassandra to Aerospike Migration

Challenge:

Cassandra cluster of 50 nodes with high operational overhead and 10ms+ tail latencies

Solution:

Migrated to 15-node Aerospike cluster with all-flash storage, achieving consistent sub-millisecond performance

Results:

  • 70% cluster size reduction
  • Tail latency reduced to <2ms
  • 50% operational cost savings
  • Simplified data model
50
nodesBefore
15
nodesAfter
70%
reduction

Frequently Asked Questions

Common questions about Aerospike migration services

How long does an Aerospike migration take?

Migration timelines vary based on data volume, complexity, and source database. Typical migrations range from 2-8 weeks, including assessment, planning, parallel running, and cutover. We provide detailed timelines during the initial assessment phase.

Can you migrate from Redis to Aerospike?

Yes, we specialize in Redis to Aerospike migrations. Aerospike provides similar sub-millisecond latency with the added benefits of hybrid memory architecture, built-in persistence, automatic data distribution, and significantly better cost efficiency at scale.

Is zero-downtime migration really possible?

Yes, we achieve zero-downtime migrations using dual-write strategies, change data capture (CDC), and careful cutover planning. Your applications continue operating normally throughout the migration process with no impact on end users.

What happens to my data during migration?

Your data remains fully available in the source database throughout migration. We use parallel running where both databases receive writes, ensuring continuous operation. Data is validated at every step to guarantee 100% integrity.

How do you handle schema differences?

We perform comprehensive schema analysis during the assessment phase. Our team designs optimal Aerospike namespace and set configurations, handling data transformations as needed while optimizing for your query patterns and performance requirements.

What if we need to rollback?

We build rollback capabilities into every migration phase. During parallel running, the source database remains fully operational. If issues arise post-cutover, we can quickly redirect traffic back to the source system while resolving any problems.

Do you provide post-migration support?

Yes, we provide comprehensive post-migration support including performance optimization, monitoring setup, and knowledge transfer. We offer ongoing support packages to ensure your Aerospike deployment continues to perform optimally.

Ready to Migrate to Aerospike?

Get a comprehensive migration assessment with detailed timeline, risk analysis, and cost estimates. Our proven methodology ensures zero-downtime migration with guaranteed data integrity.

Zero-Downtime Migration Guarantee

We guarantee zero downtime and 100% data integrity for every migration