MySQL remote DBA services for teams running production on RDS, Aurora, EC2 and on-prem. Dedicated senior MySQL DBAs monitor, tune, and recover your database 24/7 under a committed 15-minute P1 SLA, eliminating rota gaps and senior DBA hiring overhead.








The trigger is rarely a single outage. It is the slow realisation that one person owns the database, the coverage has gaps, and there is no headcount coming to fix it.
Replication lag climbs, a replica falls behind, and the only person awake has never rebuilt a replica under load. One person who "knows MySQL" is a single point of failure.
Genuine round-the-clock cover needs four people before leave and attrition. You cannot build a rota for one database, and you should not have to.
A plan-cache flip or a missing index turns a fast lookup into a full table scan at scale, and the app team is staring at the database team.
EOL versions, unpatched CVEs, a growing cloud bill and backups nobody has actually restored, risks everyone knows about and nobody owns.
Most firms in this category will not tell you how the engagement is shaped until you are on a call. Here is the structure up front, so you can see which tier fits before you talk to anyone.
| Tier | Coverage | Response | Included each month | Best for |
|---|---|---|---|---|
| Monitor | 24/7 monitoring and alerting | Alerting only | Monthly health report | You have a DBA and need eyes overnight |
| Managed | 24/7, we action the alerts | 15-min committed P1 | Health report, query tuning, backup verification, an agreed monthly task allowance | You have no DBA, or one who is drowning |
| Managed + Projects | 24/7, priority queue | 15-min committed P1 | Everything above, plus upgrades, migrations and HA work | You are scaling or modernising |
Pricing is scoped to your estate, not pulled from a list. It moves on three things: how many MySQL instances you run, whether you need 24/7 or business-hours coverage, and how much project work sits alongside the day-to-day. Overage is billed at an agreed hourly rate, not renegotiated mid-incident. Annual and quarterly terms available.
Get a scoped quote in one call →"24/7" is easy to write and expensive to staff. One full-time DBA covers 40 of the 168 hours in a week, which is 24 percent. Genuine round-the-clock cover needs four people minimum before you account for leave, illness and attrition. We already staff that rota. You rent a share of it.
Automated, from your monitoring stack. No waiting for a human to notice.
A senior engineer picks it up and starts work, day or night.
P1, P2 or P3. A P1 opens a war room on Meet or Zoom, with your named CSM in it.
Replication, InnoDB internals or cloud platform depth pulled in if it is needed.
A documented RCA after every critical event, so the same thing does not recur.
You will not be explaining your schema to a stranger. Every account has a named primary DBA and a named secondary who both know your topology, plus the escalation pool behind them. The rota covers the clock. The knowledge does not rotate. Coverage runs across time zones so there is always a senior engineer on shift, with a documented handover between them.
Severity-based commitments under a formal Service Level Agreement, with real humans rather than a ticket queue. Definitions are agreed with your team during onboarding.
| Severity | Definition | First response | Update cadence | Coverage |
|---|---|---|---|---|
| P1 · Critical | Production down, or data at risk | 15 minutes | Every 30 min until stable | 24/7/365 |
| P2 · High | Severe degradation, no workaround | 30 minutes | Every 2 hours | 24/7/365 |
| P3 · Medium | Degradation with a workaround | 60 minutes | Daily | Business hours |
| P4 · Low | Question, request or advisory | 90 minutes | On progress | Business hours |
Everyone publishes what they include. Almost nobody publishes what they do not. Here is both, so there are no surprises on either side.
Backed-up data has never saved a database. Only restored data has. That is why restore drills are in the unlimited column, not the fine print. We test that your backups actually come back, on a cadence agreed with you, and report the result.
A single senior DBA is a large, fixed cost that still leaves 76 percent of the week uncovered. Here is the arithmetic, side by side.
| One in-house DBA | Mydbops Remote DBA | |
|---|---|---|
| Base salary | US median $104,620BLS, May 2025 | Included in one predictable monthly fee |
| Fully loaded cost | $145,000 to $208,000base plus roughly 30% benefits and employer costs | A fraction of one loaded salary |
| Recruitment | 15 to 20% of first-year salary | None |
| Hours covered | 40 of 168 per week (24%) | 168 of 168 |
| Cover for leave, illness, attrition | None | Built in |
| True 24/7 requires | 4 or more people | Already staffed |
| Depth across engines and topologies | One person's experience | The whole team's |
| Ramp time | 4 to 12 weeks | Days, not weeks |
Sources: US Bureau of Labor Statistics · Robert Half 2026 Salary Guide ($95,500 to $137,500 range).
If your database work is continuous rather than periodic, if regulation requires personnel on your own payroll, or if your schema changes daily alongside product development, hire. We will tell you that on the call.
Handing database access to an outside team is the objection most likely to stall a deal in procurement. One line about a VPN does not survive that review. Here is the whole model.
All access runs through a jump host or bastion topology you approve. No direct database exposure to the internet, and no shared credentials.
A per-account permission matrix that states exactly which operations our engineers can execute and which require your explicit approval.
Every session is logged and retained per your policy, and is available to you on request. Nothing our engineers do is invisible to you.
Credentials are revoked promptly when an engineer leaves your account or the company, as part of a documented process rather than an afterthought.
ISO 27001 and ISO 9001, with a scope statement available on request that sets out exactly what each certificate covers, which is the question your auditor will ask.
A mutual NDA is signed before any access is granted, and a Data Processing Agreement is available where you need one.
Thirty minutes on your topology, your team and what you need covered. No obligation, no sales theatre.
We run our MySQL review across your instances and tell you what we found, including anything that has to be fixed before an SLA can mean anything. The commitment is made credible by first agreeing a supportable baseline.
Tier, monthly allowance, escalation contacts, and your named primary and secondary DBA, all agreed and written down.
Jump host, monitoring agents, alert routing and a war-room channel in your Slack. Most accounts are live within days of the first call.
Published Mydbops MySQL engagements, each placed against the claim it backs, not borrowed proof from another database.
India's largest fantasy-sports platform runs its heaviest traffic during live cricket. Mydbops keeps the Aurora MySQL estate scaled, monitored and covered around the clock when it matters most.
Read full case study →A severe InnoDB corruption event on a 6.56 TB database with revenue on the line. The kind of P1 the 15-minute SLA exists for, resolved with a documented recovery and a named CTO on the record.
Read full case study →A complete FinOps framework across Ola's multi-million-dollar MySQL and Amazon Aurora footprint on AWS, delivering $1.78M in annual savings as part of ongoing management, with no disruption to the business.
Read full case study →
For more than a year, we have needed help 24 hours a day, seven days a week. Mydbops efficiently provided this at all times.
SK
They deliver monthly optimization reports, query tuning, and automated backups. It is the cadence we needed and did not have to build ourselves.
With more than 100,000 customers across Spain and Europe, we need our databases available at all hours. Mydbops delivers that coverage reliably.
T
What stands out is their way of owning up to the client's problems as their own. That is exactly what you want from a team behind your database.
AR
Deep operational expertise in the deployments and topologies MySQL actually runs in, from a single instance to cross-region high availability, with the breadth to cover a mixed estate under one contract.
The full range of places production MySQL lives, each with its own operational nuances.
The architectures that keep MySQL available, tuned and routed correctly under load.
If your estate is mixed, the same team can hold the rest of it under the same agreement.
Managed database platforms automate the four things that are cheap to automate: provisioning, patching, backup and failover. They automate none of the four things that actually cause MySQL outages and cloud-bill blowouts: schema and index design, query plans, replication topology decisions, and capacity judgement.
AWS says parameter changes "should only be attempted by advanced users". Google Cloud SQL tells you to make sure your tables have primary keys and to implement connection pooling. Azure tells you to install ProxySQL and choose your own sharding strategy. None of them will read your slow query log at 3am.
And a platform's "99.99% uptime" figure is an infrastructure availability commitment, not a response-time or resolution commitment. The two are routinely conflated. Ours is the second kind.
Sources: AWS RDS FAQ · Cloud SQL best practices · Azure MySQL performance best practices
Tell us about your instances and where it hurts. We will map your severity profile to a coverage tier with a published SLA, and be ready before the next incident.
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