Your cloud provider runs the server. We run the database. ISO-certified DBAs, a named on-call engineer and a 15-minute S1 response—covering query tuning, index strategy, upgrades and cost control that AWS, Google and Azure leave to you.
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What it is: 24/7 managed MySQL operations run by ISO-certified DBAs, on top of whatever platform you already use.
Who it is for: production estates of five or more MySQL instances — RDS, Aurora, Cloud SQL, Azure, on-prem or hybrid.
The commitment: 15-minute response on every S1, from a named engineer who knows your topology.
What it costs: a monthly engagement priced on estate size, typically below the fully loaded cost of one senior in-house DBA — with a team behind it.
RDS, Aurora, Cloud SQL and Azure are excellent at what they promise: they run the server. They patch the OS, take the backups, hold the standby, and pay you a credit if the infrastructure drops below its committed uptime. What they do not do is the part that actually takes production MySQL down.
"Amazon RDS is responsible for hosting the software components and infrastructure of DB instances and DB clusters. You are responsible for query tuning … Monitoring and tuning are highly individualized processes that you own for your RDS databases."
— AWS, Amazon RDS shared responsibility model| Task | On-premises | Amazon EC2 | Amazon RDS |
|---|---|---|---|
| Application optimization | Customer | Customer | Customer |
| Scaling | Customer | Customer | AWS |
| Database backups | Customer | Customer | AWS |
Excerpted from Amazon Web Services, "What is Amazon RDS?", Amazon RDS User Guide, retrieved 26 August 2026 — see the full eleven-row table. Amazon Web Services, AWS, Amazon RDS and Amazon Aurora are trademarks of Amazon.com, Inc. or its affiliates. Mydbops is an AWS Partner; this page is not endorsed by or affiliated with AWS.
A plan flip or a missing compound index turns an indexed lookup into a full table scan at scale — the failure mode no uptime percentage covers.
Connection counts spike, the IOPS budget runs out, and the SLA excludes exactly this — AWS carves out "insufficient IO capacity" and "user actions". The credit does not fix the outage.
A schema change on a large table blocks writes at the worst possible moment. Online change tooling exists — but running it safely is the DBA work nobody staffs.
EOL versions, RDS 8.0 Extended Support surcharges, unvalidated major upgrades, missing hardening — risks everyone knows about and nobody owns.
The uptime percentage covers the machine. It does not cover the bad query, the missing index, the runaway connection count, the exhausted IOPS budget, or the ALTER TABLE that locked a 400GB table on a Friday. That is the part we own.
Explore our onboarding process →Concrete deliverables, named tools, and defined ownership — not a dashboard link and a goodwill promise. Every layer above the server, run by senior DBAs across cloud and on-prem.
We read your slow query log, not a dashboard summary. pt-query-digest for digest analysis, then EXPLAIN ANALYZE to compare the optimizer's estimated rows against actual — and histograms where they diverge on a non-indexed column, set to AUTO UPDATE on 8.4. Percentile tracking so p99 regressions surface before users find them. Index strategy reviewed monthly.
Percona Monitoring and Management with Query Analytics, performance_schema digest and statement-histogram instrumentation, and on RDS the mysql.slow_log table and Performance Insights — normalised into one written monthly health check report, not a Grafana link. Root-cause analysis on every incident.
InnoDB Cluster and Group Replication on Oracle MySQL, Percona XtraDB Cluster (Galera) on Percona Server, MariaDB Galera Cluster on MariaDB, plus async and semi-sync replicas. Routing through ProxySQL, MaxScale, MySQL Router or RDS Proxy. Failover is tested on a schedule, not discovered during an incident.
On self-managed MySQL — EC2, on-prem, hybrid — full and incremental physical backups with Percona XtraBackup and verified restores on a cadence. On RDS, Aurora, Cloud SQL and Azure, where XtraBackup cannot run, we operate the platform's snapshot and PITR machinery and test the restores — the part nobody does. Plus automated archival and partitioning.
CIS-aligned configuration hardening, data-at-rest encryption, SSL/TLS enforcement, audit log filtering, and access review. We hold ISO 27001, ISO 9001 and PCI DSS ourselves, and we have taken client estates through GDPR, HIPAA and PCI DSS audits.
Online schema changes with gh-ost (triggerless, binlog-based) and pt-online-schema-change, so a multi-hour ALTER on a 400GB table becomes a throttled copy that backs off against replica lag — the blocking window cut to a sub-second metadata lock at cutover, scheduled into your quietest hour. User management, replication rebuilds, parameter tuning, capacity changes — no per-ticket metering.
Instance right-sizing, storage and IOPS tuning, archival strategy, reserved-instance and Graviton planning. On one MySQL-on-EC2 estate we cut annual database spend by 60% — $2.98M to $1.19M — with zero downtime and no measured degradation in query response. What we can do on yours depends on your estate; our initial discovery call and analysis tells you before you commit.
Oracle MySQL, Percona Server and MariaDB, from legacy 5.x through 8.0, 8.4 LTS and 9.7 LTS, and the calendar-versioned 26.x Innovation series that follows. On Amazon RDS and Aurora (5.7, 8.0 and 8.4 in production), Google Cloud SQL, Azure Database for MySQL, on-premises data centres and hybrid.
Every cloud provider publishes an uptime percentage. None publishes a response time, and none puts a person on the other end. We commit to a 15-minute response on every S1 — a named DBA who already knows your topology, not a ticket acknowledgement.
| Severity | Example | Response | Update Cadence |
|---|---|---|---|
| S1 · Critical | Cluster down, primary unelectable, data corruption | 15 minutes | Every 30 min + war room |
| S2 · High | Degraded performance, replica lag, failed backup | 1 hour | Every 2 hours |
| S3 · Medium | Index advice, capacity planning, non-blocking errors | 4 hours | Daily |
| S4 · Low | Questions, reports, access requests | 8 hours | On completion |
Published Mydbops case studies — each chosen to back a specific claim made above, not borrowed proof.
Database spend cut across a MySQL-on-EC2 estate fronted by ProxySQL — a detailed analysis of every cluster, then seamless execution with no production impact.
MySQL 8.0 → 8.4 LTS on AWS RDS. The Extended Support surcharge was avoided entirely, business continuity maintained throughout, and version compliance locked in through 2032.
Read full case study →
Aurora MySQL scaled for India's largest fantasy-sports load event, with round-the-clock remote DBA coverage through every peak.
More MySQL engagements: Kirana11 — AWS RDS cost halved, 7,000 → 20,000 QPS · Paystack — Aurora MySQL 5.7 → 8.0 at petabyte scale, $540K saved, 100% uptime · Exotel — 14TB → 6TB, 57% storage reduction · Nykaa — 70% AWS cost cut, 3× performance · Razorpay — zero-downtime RDS migration, 10× headroom · Swiggy — 43% cost saving, 73% faster queries.
See all MySQL case studies →Amazon RDS for MySQL 8.0 reached end of standard support on 31 July 2026. Since 1 August, any instance still on 8.0 is automatically enrolled in RDS Extended Support and billed per vCPU-hour — on every standby and every read replica.
AWS will bill this every hour until you upgrade. It will not plan, test or execute the upgrade that stops it. We will — and for most fleets we have modelled, breakeven against the surcharge lands inside twelve months.
Buyers ask for this comparison constantly and we could not find it published anywhere, so here is ours. This is not an argument for replacing your DBA — most of our engagements sit next to one, taking the 3am pages and the tuning backlog so they can do the work only they can do.
| One in-house DBA, alone | Cloud DBaaS alone | Mydbops managed MySQL | |
|---|---|---|---|
| Coverage | Excellent during their hours. Nobody the other sixteen. | Infrastructure only | 24×7 follow-the-sun team |
| Cover during leave or resignation | Uncovered until they are back | N/A | Bench depth, no single point of failure |
| Query & index tuning | Yes — competing with everything else on their list | Explicitly your responsibility | Continuous, monthly review |
| Upgrade planning & execution | Yes, if they have done it before | Not part of the service | Yes, with rollback plan |
| Cost optimisation | Competes with everything else on their list | Not part of the service | Included — 43% to 70% across our published engagements |
| S1 human response from an engineer who knows your estate | Depends on whether they are awake — and on leave | Support-plan dependent; won't know your schema | 15 minutes, contractual |
| Root-cause analysis after the incident | If they have time to write it up | Not part of the service | Written, every time |
| Ramp time | 3–6 months to hire, 2 to onboard | Immediate | 2 weeks |
| Exit | Rehire and re-onboard | N/A | Documented handover, no lock-in |
Round-the-clock cover needs a team across shifts — before tooling, training, and attrition risk. A single senior MySQL DBA carries a heavy fully loaded cost and still leaves sixteen hours uncovered.
The same round-the-clock expert bench — troubleshooting, tuning, upgrades and incident response — on a flexible monthly contract that scales with your estate, typically below the fully loaded cost of one senior in-house DBA.
A named engineer who knows your topology, inside your cluster in minutes under a formal SLA — not a queue position behind an L1 script.
We will build the same model against your actual instance inventory and cloud bill in a week. If the numbers do not work for you, we will say so.
Ask for a costed comparison →We work alongside your team, not instead of it. Most engagements sit next to an existing platform or SRE team — we take the database load off them; they keep owning the application.
Change Description to: A senior DBA reviews your environment, pain points, replication topology, backup posture and workload characteristics, outlining an operational roadmap and SLA tailored to your estate.
Scoped access, monitoring deployed, runbooks drafted, escalation channels opened, on-call rotation assigned. Migrations, if any, are planned here — not executed.
Access is least-privilege, logged and yours to revoke. No shared credentials, no blanket superuser. We complete your security questionnaire and vendor audit as standard.Query tuning, index review, configuration tuning, capacity planning, cost review — a monthly health check report and a review call.
Everything we learn goes into runbooks that stay with you. Build an in-house team later and you can hand them our documentation. Flexible contract lengths, documented exit — no lock-in.15-minute S1 response, war rooms when needed, written root-cause analysis after every incident.
Our on-call rotation covers all 24 hours — the 15-minute commitment applies at 3am in your timezone, not ours. Clients across India, Europe, the US, Africa and Southeast Asia run on the same rotation.If you need a named DBA embedded in your team rather than a managed service.
ServiceFor a defined project rather than ongoing operations.
ServiceA CIS-benchmark audit as a standalone engagement.
ServiceHA design, deployment and drills for InnoDB Cluster and Group Replication.
ServicePlanned, tested upgrades off 8.0 before the Extended Support surcharge compounds.
ToolModel your surcharge exposure and breakeven month in 60 seconds.
SHOW GLOBAL VARIABLES and SHOW ENGINE INNODB STATUS output is enough to start. For an ongoing engagement, access is least-privilege and scoped to what the work requires — no shared credentials, no blanket superuser. All access is logged and reviewable by your team, and you can revoke it at any time. File and report exchange runs over a secure transfer channel. Mydbops holds ISO 27001, ISO 9001 and PCI DSS certification and completes client security questionnaires, penetration-test reviews and vendor audits as standard. Clients in banking, fintech and payments run on this model.Talk directly with a senior DBA to review your current architecture, slow queries, and uptime requirements. We will analyze your workload, map your topology, and structure an operational SLA tailored to your business needs.
Schedule a Scoping Call →Not ready to talk? Take the MySQL 8.0 → 8.4 upgrade checklist — the one our DBAs run.