24×7

Global MySQL Operations

99.999%

Availability Engineered

15-Min

Critical Incident SLA

10+

Years MySQL Mastery

Query Optimization & InnoDB Performance Engineering

Most MySQL performance problems are not mysteries — they are the predictable result of missing indexes, unbounded connection pools, misconfigured InnoDB buffer pools, and queries never analyzed after they were written. Our performance engineers surface and fix these issues before your customers encounter them.

• ✦ EXPLAIN / EXPLAIN ANALYZE and execution plan optimization
• ✦ Index strategy design and invisible index testing
• ✦ InnoDB buffer pool, redo log, and doublewrite tuning
• ✦ ProxySQL / MySQL Router connection pooling
• ✦ Performance Schema and slow query log analysis
• ✦ Workload benchmarking and capacity modeling

InnoDB Cluster, Group Replication & Failover Architecture

High availability is not a feature you configure once — it is an engineering discipline you prove through repeated failure testing. We architect MySQL topologies that survive real failures: primary node crashes, network partitions, storage corruption, and cloud availability zone outages — and we test them until we are certain they hold.

• ✦ MySQL InnoDB Cluster design, deployment, and management
• ✦ Group Replication and traditional replication topologies
• ✦ Automated failover with MySQL Router orchestration
• ✦ Read replica load balancing and routing rules
• ✦ Cross-region and multi-datacenter replication
• ✦ RPO/RTO engineering and DR runbook creation

Horizontal Scaling, Sharding & Web-Scale Architecture

Growth should be engineered for, not reacted to. We design MySQL scalability strategies grounded in your real workload — read/write ratios, concurrency patterns, data distribution characteristics, and the growth trajectory your business actually expects — so your platform scales before your traffic does, not in a panic after it already has.

• ✦ Horizontal read scaling with replica fleets
• ✦ Table partitioning and sharding strategy design
• ✦ MySQL NDB Cluster for web-scale deployments
• ✦ Caching layer integration (Redis, Memcached, ProxySQL)
• ✦ Vertical scaling and instance right-sizing
• ✦ Auto-scaling integration for cloud MySQL deployments

Security Hardening, Encryption & Regulatory Compliance

A high-performance MySQL database that is insecure or non-compliant is not an asset — it is a liability. We implement defense-in-depth security across every MySQL deployment, from transport encryption and role-based access control to enterprise audit logging and compliance reporting that satisfies regulators and auditors.

• ✦ Role-based access control (RBAC) design and enforcement
• ✦ SSL/TLS and Transparent Data Encryption (TDE)
• ✦ MySQL Enterprise Audit and Firewall configuration
• ✦ Vulnerability assessment and patch management
• ✦ SOX, HIPAA, GDPR, PCI-DSS compliance reporting
• ✦ Secrets management and least-privilege access models

MySQL Community & Enterprise

The official MySQL distribution from Oracle, available in open-source Community Edition and commercially licensed Enterprise Edition. MySQL Enterprise Edition includes MySQL Enterprise Monitor, MySQL Enterprise Backup, MySQL Enterprise High Availability, MySQL Enterprise Audit, and MySQL Enterprise Firewall. Learn more at mysql.com.

• → MySQL 8.0 / 8.4 LTS performance optimization
• → MySQL Enterprise Monitor & Backup
• → MySQL Enterprise Audit & Firewall
• → Oracle Premier Support coordination
• → MySQL HeatWave for analytics and AI/ML

Percona Server for MySQL

Percona Server is a drop-in replacement for MySQL Community Edition with enhanced performance features, improved diagnostics, and additional storage engine options. It is 100% compatible with MySQL and adds features that significantly benefit high-concurrency, write-intensive workloads.

• → Percona-specific InnoDB and MyRocks tuning
• → Percona XtraBackup implementation
• → PMM (Percona Monitoring & Management) setup
• → Query Response Time plugin and slow query analysis
• → Percona Toolkit for online schema changes

Cloud MySQL Platforms

Managed MySQL services accelerate delivery but do not eliminate the need for expertise. We architect, migrate, tune, and govern MySQL across every major cloud — ensuring the cloud serves your workload, not the other way around.

• → Amazon RDS MySQL & Aurora MySQL
• → Google Cloud SQL MySQL & AlloyDB
• → Azure Database for MySQL Flexible Server
• → Oracle MySQL HeatWave Database Service
• → Multi-AZ, cross-region replication & parameter tuning

MinervaDB Server for MySQL

MinervaDB Server is our enterprise-grade MySQL infrastructure, purpose-built from MySQL source code for the most demanding production workloads. 100% MySQL compatible, enhanced for web-scale performance, with built-in reliability instrumentation and enterprise-grade security hardening.

• → 100% MySQL source compatibility
• → Web-scale OLTP performance optimizations
• → Enhanced scalability beyond standard MySQL
• → Built-in reliability and monitoring features
• → Enterprise-grade security configurations

05 / OBSERVABILITY

You Cannot Operate What You Cannot See

Every MySQL environment we operate is instrumented to a standard that turns the database from a black box into a glass one. Reliability and performance are measurements, not opinions.

We capture the metrics that actually predict trouble — replication lag, lock contention, buffer-cache hit ratios, InnoDB checkpoint behavior, slow query distributions, and connection saturation — and surface them through dashboards your team can read at a glance. Alerts fire on leading indicators, tuned to eliminate the false positives that train teams to ignore their pagers.

• ✦ PMM (Percona Monitoring & Management) deployment
• ✦ MySQL Enterprise Monitor integration
• ✦ Performance Schema and sys schema utilization
• ✦ Custom Grafana dashboards and alerting rules
• ✦ Query-level telemetry and slow query analysis
• ✦ SLO instrumentation and executive reporting

06 / BACKUP & RECOVERY

Backup Automation & Point-in-Time Recovery

An unverified backup is merely a hope. We design and operate end-to-end backup and recovery strategies using MySQL Enterprise Backup, Percona XtraBackup, and cloud-native solutions — with validated restore procedures, PITR capabilities, and automated integrity checks.

Every backup strategy is tested against your documented RTO and RPO. We run restore drills on a schedule so that when a genuine disaster arrives, your team executes a rehearsed procedure rather than improvising under pressure.

• ✦ MySQL Enterprise Backup and XtraBackup automation
• ✦ Point-in-time recovery (PITR) implementation
• ✦ Cross-region backup replication and geo-redundancy
• ✦ Backup validation, integrity checks, and restore drills
• ✦ RPO/RTO-driven recovery architecture design
• ✦ Binlog-based and snapshot-based backup strategies

MySQL Version Upgrades

Whether you are upgrading from MySQL 5.7 to 8.0, from 8.0 to 8.4 LTS, or executing a zero-downtime major version upgrade on a live production system — we have done it, at scale, with zero data loss and minimal disruption.

• → MySQL 5.7 → 8.0 → 8.4 in-place and logical upgrades
• → Pre-upgrade compatibility assessment and remediation
• → Zero-downtime upgrade with replication cutover
• → Application compatibility testing and query validation
• → Post-upgrade performance benchmarking
• → Online schema changes with gh-ost and pt-online-schema-change

Platform Migration Services

We execute migrations between MySQL distributions, from legacy RDBMS platforms to MySQL, from on-premises to cloud, and back — with rigorous pre-migration assessment, change-data-capture-driven cutover, and automated reconciliation.

• → On-premises to cloud migration (zero-downtime CDC)
• → MySQL to Percona Server migration and reverse
• → Oracle / SQL Server / PostgreSQL → MySQL migration
• → Cross-cloud and cloud repatriation migrations
• → Data validation and row-level reconciliation
• → Tested rollback paths for every migration of consequence

Financial Services & FinTech

ACID-compliant transaction processing, ultra-low latency MySQL configurations for high-frequency workloads, fraud analytics pipelines, and the auditability that SOX, PCI-DSS, and GDPR regulators demand.

SaaS & Cloud Technology

Multi-tenant MySQL architectures, usage analytics optimization, elastic scalability for high-growth products, microservices MySQL support, and the connection pooling strategies that keep SaaS platforms stable under unpredictable load.

E-Commerce & Retail

MySQL optimization for catalog, cart, and order management systems that survive peak traffic events — from Black Friday to flash sales — backed by real-time inventory analytics and session management tuning.

Healthcare & Life Sciences

HIPAA-aligned MySQL platforms that protect patient data while enabling research-scale analytics, with the audit trails, encryption standards, and access controls that healthcare compliance demands.

Media & Gaming

High-concurrency MySQL optimization for real-time leaderboards, session storage, user activity feeds, and content delivery backends — tuned for the burst-heavy, write-intensive patterns that media and gaming workloads generate.

Telecommunications

MySQL architectures that ingest and process event volumes at carrier scale — subscriber management, CDR processing, network analytics, and the always-on availability that telecom infrastructure requires across geographically distributed deployments.

Service Level Objectives

Explicit, measurable reliability targets for every MySQL service — query latency percentiles, replication lag budgets, availability SLOs — tracked continuously and reported transparently.

Disaster Recovery Engineering

RPO and RTO defined in business terms, backup and replication processes engineered to actually meet them, and disaster recovery drills run on schedule — simulating real failures, not theoretical ones.

Chaos Engineering for MySQL

Controlled failure injection — primary node kills, network partitions, replica promotion scenarios — executed in staging to prove that your MySQL HA topology performs as designed, not as assumed.

Principal-Level MySQL Engineers Only

Your MySQL platform is designed and operated by principal-level engineers with 10+ years of production-scale MySQL experience — not junior consultants building skills on your infrastructure. Oracle-certified MySQL professionals supporting Fortune 500 enterprises globally.

Vendor-Neutral & Independently Accountable

We sell no MySQL licenses and earn no vendor kickbacks. Our only incentive is to recommend the MySQL distribution, topology, and cloud platform that genuinely serves your workload — even when that means doing less, not more.

True 24×7 Follow-the-Sun Coverage

Genuine 24×7 MySQL operations across every time zone — not on-call engineers woken from sleep, but active MySQL DBAs operating in their business hours. 15-minute critical incident response SLA, every hour of every day.

Explicit SLAs & Full Transparency

We operate against documented Service Level Agreements and maintain a transparent ticketing system with detailed work reports for every action taken on your MySQL infrastructure. Reliability stops being a hope and becomes a number you can trust.

Full-Stack MySQL Accountability

One partner owns MySQL architecture, engineering, operations, and observability. No finger-pointing across vendor boundaries when something breaks at 3 a.m. The engineers who design your MySQL systems carry operational responsibility for them.

Knowledge Transfer by Default

We document everything and train your MySQL team as we go. Every runbook, configuration change, architecture decision, and incident post-mortem is handed back to your organization. Our goal is to make your team stronger, not to make you dependent on us.

Discover

MySQL environment analysis, performance baseline assessment, security audit, HA topology review, and scalability requirements evaluation. No recommendation is made without evidence.

Design

Target MySQL architecture, SLA definition, monitoring setup, escalation procedures, runbook creation, and a documented plan with measurable outcomes you can expect from each engagement phase.

Deliver

We execute — tuning, building, migrating, automating — with rigorous testing and zero-surprise change management. Remote monitoring infrastructure and observability dashboards are deployed and validated.

Operate & Improve

24×7 DBA support activation, team integration, knowledge handover, and continuous optimization with transparent reporting and a compounding-value mindset that strengthens your MySQL platform over time.

Which MySQL distributions and versions does MinervaDB support?

MinervaDB supports the complete MySQL ecosystem: MySQL Community Edition, MySQL Enterprise Edition (including all Enterprise add-ons), MySQL HeatWave, Percona Server for MySQL, MariaDB, Amazon RDS MySQL, Amazon Aurora MySQL, Google Cloud SQL MySQL, Azure Database for MySQL Flexible Server, and Oracle MySQL HeatWave Database Service. We support MySQL 5.7 through the current MySQL 8.4 LTS release. Learn more about official MySQL releases at mysql.com.

Do you replace our internal DBA team or work alongside them?

We work in whatever model best serves your organization. For teams with existing MySQL DBAs, we operate as a specialist extension — handling the hardest architectural, performance, and availability challenges while your team maintains day-to-day operations. For lean engineering organizations without dedicated MySQL capacity, we function as a fully managed MySQL DBA team. In all cases, knowledge transfer is built into the engagement: we document what we build and train your team as we go.

How quickly can MinervaDB respond to a MySQL production incident?

For managed operations clients, our Severity 1 (critical) SLA is a 15-minute response guarantee — 24×7, including weekends and holidays. Severity 2 incidents receive a 1-hour response commitment; Severity 3 issues are addressed within 4 hours. Emergency and break-fix MySQL support is also available to non-retainer clients — contact us at the link below for immediate assistance.

Can you help us migrate from MySQL 5.7 to 8.0 or 8.4?

Yes — MySQL version upgrades are one of our most frequently requested engagements. We begin with a pre-upgrade compatibility assessment, identify and resolve breaking changes in your schema and application queries, design a cutover strategy appropriate to your downtime tolerance (including fully zero-downtime upgrades via replication), and execute the migration with validated post-upgrade performance benchmarking.

Are you aligned with any MySQL vendor or cloud provider?

No. MinervaDB is strictly vendor-neutral and earns no referral fees, reseller margins, or partnership incentives from any MySQL distribution vendor or cloud provider. Our recommendations are based entirely on what genuinely serves your workload — whether that is MySQL Community Edition on bare metal, Percona Server in a hybrid cloud, or Amazon Aurora MySQL on AWS. Independence is the foundation of the trust our clients place in us.

MySQL Remote DBA
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24/7 Remote MySQL DBA Support
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MySQL Consulting Services
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MySQL Upgrades & Migration
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Emergency MySQL Support