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Dhristhi

Solution Accelerator

Databricks to Aurora Sync Accelerator

Enterprise-grade data synchronization in 2-3 weeks.

Architecture & Workflows

A resilient event-driven architecture designed for exactly-once delivery from Databricks to Aurora MySQL.

Sync 500+ Delta Lake tables to MySQL Aurora with exactly-once delivery, automatic failover, checkpoint-based recovery, and comprehensive observability. The accelerator includes implementation assets, runbooks, monitoring, and operational handoff for a production sync foundation.

Databricks Aurora Sync architecture and workflow diagram
Technical Specifications

Built for production scale and reliability.

500+ Delta Lake tablesExactly-once delivery guaranteesAutomatic failover and disaster recovery37+ documentation files2-3 week deployment timeline

Scale & Performance

500+ tables, configurable 15-minute incremental sync, 10,000+ rows per second per table, and sub-second recovery point objective targets.

Reliability

Exactly-once semantics, RDS Proxy failover, checkpoint recovery, retry handling, and recovery time objective targets under 30 minutes.

Observability

Databricks and CloudWatch metrics, cost and audit dashboards, SLA alerting, CDF expiry monitoring, and sanitized operational logs.

Compliance & Security

SOC 2, GDPR, and HIPAA-ready controls with RBAC, IAM, secrets management, audit trails, lineage, and PII classification.

Solution Highlights

What the accelerator brings into the engagement.

Illustration for Enterprise Scale

Enterprise Scale

Support for 500+ Delta Lake tables, configurable sync frequency, high-throughput batch grouping, and millions of rows per day.

Illustration for Exactly-Once Delivery

Exactly-Once Delivery

Watermark-based deduplication, two-phase commit behavior, idempotent Aurora writes, and per-batch recovery patterns.

Illustration for Automatic Failover

Automatic Failover

RDS Proxy integration, retry behavior, and circuit breaker patterns help protect sync jobs during maintenance or transient failure.

Illustration for Job Checkpointing

Job Checkpointing

Stateful checkpoints allow jobs to resume from the last known point instead of forcing full re-sync after interruption.

Illustration for Monitoring & Alerts

Monitoring & Alerts

SLA tracking, cost monitoring, audit visibility, CloudWatch metrics, and proactive CDF expiry alerts.

Illustration for Security Controls

Security Controls

RBAC, IAM, secrets management, sanitized logs, audit trails, lineage, and compliance-ready configuration.

Illustration for Operator Runbooks

Operator Runbooks

Disaster recovery procedures, operator quick starts, common scenarios, maintenance plans, and escalation guidance.

Illustration for Infrastructure as Code

Infrastructure as Code

Terraform, automated setup scripts, CI/CD configuration, tests, and repeatable environment provisioning.

What's Included

Implementation assets, documentation, and support.

Implementation

Production Python codebase, Databricks notebooks and workflows, Terraform, tests, CI/CD, and security configuration.

Documentation

Executive summary, architecture, operations, security, disaster recovery, API reference, and maintenance guides.

Monitoring

Cost dashboards, audit dashboards, SLA tracking, CDF expiry alerts, CloudWatch integration, and custom metrics.

Support

Initial deployment support, knowledge transfer, post-deployment support, and optional ongoing maintenance.

Deployment Timeline

Structured path to production.

Week 1

Aurora, RDS Proxy, Databricks workspace, IAM, and secrets setup.

Week 2

Sync engine deployment, initial onboarding, monitoring, and validation.

Week 3

Full onboarding, load testing, optimization, handoff, and documentation review.

Use Cases

Where this accelerator fits.

Illustration for Analytics to Operations

Analytics to Operations

Move fresh analytics data into operational MySQL applications.

Illustration for Data Warehouse Sync

Data Warehouse Sync

Replicate Delta Lake tables for reporting and BI with 15-minute freshness.

Illustration for Multi-Region Replication

Multi-Region Replication

Support disaster recovery with automatic failover and low RTO.

Illustration for Legacy System Integration

Legacy System Integration

Bridge modern lakehouse data with MySQL systems during migration.

ROI & Cost Savings

Faster than custom delivery.

$150k+ custom build

Traditional custom development can take 16-20 weeks.

$50k accelerator

Accelerator delivery targets 2-3 weeks with fixed scope and support.

40-50% cost reduction

Reduced delivery risk, reusable assets, and included documentation.

Get Started

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See how Databricks Aurora Sync can transform your infrastructure.

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