Microsoft SQL ServerSQL Server DBRE & DBA
Services
In short: JusDB provides Microsoft SQL Server Database Reliability Engineering, consulting, Query Store and execution-plan tuning, Always On availability design, migration, incident support, and retained remote DBA services. The work covers self-managed SQL Server and suitable Azure SQL or Amazon RDS targets, with scope and outcomes defined from workload evidence.
When SQL Server underperforms, you need engineers fluent in wait statistics, execution plans, Query Store, and Always On operations.
By plan
Support coverage
Evidence-led
DBRE decisions
Tested
Recovery runbooks
SQL_ESTATE_DEMOSQL Server reliability evidence
Version, edition, and topology are scope-specific
Baselined
Correlated
Observed
Tracked
[OBS] availability replicas: state and queues collected
[REV] query store: regressions and plan history reviewed
[OBS] columnstore: rowgroup health inspected
[REV] tempdb: allocation waits correlated with workload
Illustrative interface · not customer telemetry or measured outcomes
SQL Server 2016 extended support ended on 14 July 2026. Inventory editions, dependencies, update coverage, and target compatibility before choosing an upgrade or migration path.
Full-Spectrum SQL Server
Engineering
From slow report queries to Azure SQL MI migrations, the work starts with evidence and ends with a validated runbook.
Performance Tuning
Query plan dissection, missing index identification, wait-stat analysis, TempDB sizing, and execution plan cache optimization.
High Availability & DR
Always On AG design, failover cluster instances, log shipping, distributed availability groups, and contained availability groups, with workload-specific failover and recovery tests.
Replication & AG Setup
Synchronous and asynchronous Always On replicas, distributed AGs, readable secondaries for reporting offload, and peer-to-peer transactional replication with conflict detection.
Cloud Migration
Low-interruption moves to Azure SQL, AWS RDS, and Azure SQL Managed Instance with compatibility assessment, rehearsal, validation, and rollback plans.
Retained DBRE & DBA
Ongoing operations, proactive monitoring, maintenance, runbooks, and incident learning through dedicated Remote DBA and SQL Server Support scopes.
Security & Compliance
TDE, Always Encrypted, Row-Level Security, Dynamic Data Masking, SQL Server Audit, least privilege, and evidence mapping to requested control frameworks.
Tune from a Measured Baseline
SQL Server performance work starts with wait statistics, execution plans, and Query Store evidence. Authorized changes are then validated against the same workload baseline, with risk and rollback recorded.
Performance decision record
Evidence before changeMeasured
Before and after
Reversible
Rollback defined
Illustrative Query Optimization Scenarios
Representative production patterns with example fixes and non-customer metrics.
Evidence to collect
Actual execution plan, reads, writes, index usage, and workload frequency
Decision path
Test a covering, filtered, consolidated, or removed index against representative load
Evidence to collect
Query duration, execution count, round trips, locking, and plan operators
Decision path
Evaluate a set-based rewrite and validate semantics, concurrency, and resource use
Evidence to collect
Query Store plan history, parameter distribution, estimates, and regressions
Decision path
Choose a version-appropriate mitigation and retain rollback and monitoring thresholds
Pre-Migration Assessment
On-prem SQL Server → Azure SQL MI
Cutover interruption: measured during rehearsal, not promised generically
Move to Azure SQL
With a Controlled Cutover
SQL Server migrations fail when the runbook is written on cutover day. We run compatibility assessments in advance, resolve blocking issues, and use Always On AG log-chain sync or another suitable transfer method. Rehearsals establish the application pause, validation gates, and rollback criteria for the workload.
When Production
Goes Down
Reactive incident response, SQL Server triage, severity-based escalation, and recovery handoff are the focus of the dedicated SQL Server Support service. Coverage and response targets depend on the selected agreement.
See SQL Server Support & SLA detailConfirm impact, affected workload, recent changes, and telemetry quality
Collect waits, blocking, plans, error logs, and availability state
Choose the least risky authorized action and preserve diagnostic evidence
Verify application behavior, database health, and recovery criteria
Record cause, contributing factors, corrective work, and runbook changes
Always On.
Engineered That Way.
We design and operate Always On Availability Groups around tested failover, restore, and routing procedures. Availability is assessed against agreed recovery objectives and validated through scheduled failover exercises.
Measured
RTO
Measured
RPO
Tested
Failover path
Illustrative distributed handoff model
Engineers
For Distributed Coverage
Distributed coverage can route incidents to SQL Server engineers under the response terms in the selected support agreement. Dedicated operational ownership is covered by the Remote DBA and retained DBRE service.
Explore Remote DBA & retained DBREBy plan
Coverage window
Scoped
Response targets
Defined
Escalation path
DBA Experience. DBRE Discipline.
Database SRE and DBRE methods add service objectives, automation, observability, controlled change, recovery tests, and incident learning to the established SQL Server DBA vocabulary buyers already use.
SQL Server-Specific Expertise
Engineers focused on SQL Server execution plans, Query Store, Always On, Azure SQL, and day-two operations.
Systematic Tuning Framework
Wait-stat analysis, execution plan dissection, and Query Store establish a baseline and verify workload-specific changes.
Recovery-Objective Design
HA design, failover exercises, health-policy tuning, and restore tests are aligned to agreed RTO, RPO, workload, and failure-domain requirements.
Contract-Defined Response
Support agreements can define severity-based response targets, measurement, coverage, escalation, exclusions, and incident handoff. The signed service plan is authoritative.
Cloud-Native & Hybrid
Azure SQL MI, Azure SQL DB, SQL on Azure VMs, AWS RDS, and Kubernetes-based SQL Server - we architect for the deployment model your workload actually needs.
Security-Aware Engineering
Security reviews examine authentication, privileges, encryption, auditing, patch state, backup protection, and requested control mappings within the agreed scope.
Illustrative SQL Server engagement outcomes
Representative scenarios, not customer testimonials. Actual results depend on workload, scale, and environment.
Query regression
Which plan or workload change caused the regression?
Decision-ready output
Baseline, causal evidence, tested change, and rollback
Always On design
Which failures must the topology survive, and how will the application reconnect?
Decision-ready output
Failure matrix, topology decision, and rehearsal plan
Azure SQL migration
Which instance features or dependencies block the proposed target?
Decision-ready output
Compatibility matrix, target decision, and cutover runbook
Retained DBRE
Which operational tasks and decisions should move out of the application team?
Decision-ready output
Ownership matrix, service objectives, alerts, and runbooks
Incident support
What evidence and access are required before the next production incident?
Decision-ready output
Triage checklist, escalation path, and recovery evidence
Analytics isolation
Should reporting be tuned in place, offloaded, or moved to an analytical platform?
Decision-ready output
Workload comparison, trade-offs, and validated recommendation
Query regression
Which plan or workload change caused the regression?
Decision-ready output
Baseline, causal evidence, tested change, and rollback
Always On design
Which failures must the topology survive, and how will the application reconnect?
Decision-ready output
Failure matrix, topology decision, and rehearsal plan
Azure SQL migration
Which instance features or dependencies block the proposed target?
Decision-ready output
Compatibility matrix, target decision, and cutover runbook
Retained DBRE
Which operational tasks and decisions should move out of the application team?
Decision-ready output
Ownership matrix, service objectives, alerts, and runbooks
Incident support
What evidence and access are required before the next production incident?
Decision-ready output
Triage checklist, escalation path, and recovery evidence
Analytics isolation
Should reporting be tuned in place, offloaded, or moved to an analytical platform?
Decision-ready output
Workload comparison, trade-offs, and validated recommendation
The Full SQL Server Ecosystem
We cover the entire Microsoft data platform - from on-prem SQL Server to every Azure SQL flavour.
Specialized SQL Server Services
Each service is its own craft. Pick the one you need - or let us assemble a program.
MSSQL Consulting
Architecture design, migrations, and strategic database planning.
Performance Tuning
Query plans, index strategy, and deep wait-stats analysis.
Migration Services
Version upgrades and cross-platform moves with minimal downtime.
SQL Server Support
Plan-defined incident response, triage, escalation, and recovery support.
High Availability
Always On AG, FCI, and DR for enterprise-grade reliability.
Remote DBA & DBRE
Retained database reliability ownership, maintenance, and optimization.
How We Work Together
Three engagement models - pick the one that fits where you are right now.
SQL Server Assessment
Scope-defined
A bounded review of the agreed SQL Server environment, with evidence, performance or reliability findings, risks, and a prioritized remediation roadmap. Timing and commercial terms follow the confirmed scope.
Migration or Tuning Project
Defined in proposal
A defined engagement for a version upgrade, cloud migration, availability design, or performance program. The proposal records deliverables, assumptions, timeline, validation, rollback, and handoff.
Retained DBRE & DBA
Contract-defined
Assign recurring production operations to a retained DBRE or remote DBA scope. Reactive incident coverage, maintenance ownership, service objectives, access, and escalation are written into the selected agreement.
Engagements start by confirming workload, access, risk, deliverables, and ownership. Book a scoping call →
SQL Server Services FAQ
Direct answers about scope, platforms, migration interruption, and engagement boundaries.
How does this hub relate to SQL Server support and remote DBA services?
This hub explains the complete SQL Server practice. Support is for reactive incident response under the selected agreement's severity and coverage terms. Remote DBA, also described as retained DBRE or offsite DBA, is for ongoing operational ownership, preventive work, runbooks, and engineering collaboration.
Which SQL Server versions and deployment models can be assessed?
JusDB assesses self-managed SQL Server on Windows or Linux, SQL Server on virtual machines, Azure SQL Database, Azure SQL Managed Instance, and Amazon RDS for SQL Server. Version, edition, feature, lifecycle, and platform eligibility are confirmed during scoping rather than assumed from a generic support list.
Can a SQL Server migration minimize downtime?
Often, but the achievable interruption depends on the source and target, version path, database size, change rate, application behavior, networking, and selected data-movement method. Rehearsals measure the cutover window and establish validation gates and rollback criteria; no universal zero-downtime promise is made.
How is an engagement started?
Scope, access, security constraints, workload evidence, ownership boundaries, and deliverables are confirmed first. The resulting engagement plan records the review schedule, change authorization, validation method, and any contract-defined coverage or response targets.
Do you work with on-premises, cloud, and hybrid SQL Server?
Yes. The practice covers self-managed SQL Server, virtualized estates, Azure SQL targets, Amazon RDS for SQL Server, and hybrid topologies. Recommendations account for the operational and feature differences between a full SQL Server instance and each managed service.
Explore Our SQL Server Services
Microsoft SQL Server and DBA services for consulting, Always On architecture, performance, migration, support, and retained operations
SQL Server Consulting
Evidence-backed SQL Server architecture, Always On design, performance diagnosis, and migration decisions
Learn moreSQL Server Support
Plan-defined SQL Server incident response, triage, recovery, escalation, and optional 24/7 coverage
Learn moreSQL Server Remote DBA
Retained SQL Server remote DBA ownership for monitoring, maintenance, recovery, and tuning
Learn moreSQL Server Performance Tuning
Query Store analysis, missing-index recommendations, execution-plan optimization, and statistics tuning
Learn moreSQL Server Migration
SQL Server and Azure SQL migrations with compatibility assessment, rehearsal, validation, and rollback
Learn moreSQL Server High Availability
Always On Availability Groups, FCI, log shipping, replication, and multi-region DR architectures
Learn moreSQL Server service guidance checked against Microsoft documentation
Review scope: Service selection, supported deployment models, Query Store diagnostics, Always On availability, migration, backup and recovery, and production ownership boundaries. Guidance is checked against primary Microsoft documentation; recommendations, schedules, response targets, and outcomes remain workload-, version-, topology-, access-, and contract-specific.
Technically reviewed by the JusDB Database Reliability Engineering team. Last reviewed: . See the team and roles.
- SQL Server technical documentation
Microsoft's primary documentation index for SQL Server, Azure SQL, deployment, administration, and troubleshooting.
- Always On availability groups
Capabilities, replica roles, prerequisites, and the distinction between availability and backups.
- SQL Server 2016 lifecycle
Microsoft lifecycle dates used for the SQL Server 2016 upgrade-planning notice.
Microsoft SQL Server information, checked against primary documentation
JusDB reviews technology-specific claims against the vendor or project's official documentation. Performance examples without a linked case study are labeled illustrative; actual results depend on workload, data model, version, topology, infrastructure, and test method.
Technically reviewed by the JusDB Database Reliability Engineering team on .