PLATFORM BASELINE
Establish architecture, versions, configuration, dependencies, availability, recovery, observability and operating ownership.
KineticSkunk designs, migrates, secures, protects, observes and operates MariaDB on AWS, with professional services leading into managed database operations where ongoing ownership is required.
For teams running, moving or introducing MariaDB on AWS.
A database can be available today while still carrying unresolved risk around recovery, capacity, lifecycle and ownership. We engineer those concerns into the platform and its operating model.
Make architecture, dependencies, configuration and operational ownership visible.
Define and validate backup, restoration, failover and recovery procedures.
Monitor the signals that reveal capacity, availability, performance and operational risk.
Turn recurring database-platform responsibilities into clear operating routines.
MariaDB can keep running while lifecycle, recovery and operating health quietly drift, until pressure appears and no one owns the answer.
Teams can depend on MariaDB without anyone owning lifecycle, recovery and operating health end to end.
Backups or replicas may exist without a tested understanding of restoration behaviour.
Versions, patches, resource sizing and configuration can drift while the workload continues to run.
AWS infrastructure, database behaviour, recovery health and application symptoms can be monitored separately without one useful operating view.
We engineer and operate MariaDB across six database-platform responsibilities, starting with the one that needs attention and connecting it to the wider AWS operating model.
Understand current architecture, condition and operating gaps.
Move or improve MariaDB without separating the database from its AWS foundation.
Engineer production infrastructure, security, availability and database controls.
Connect database recovery to the wider AWS resilience model.
Make capacity, platform behaviour and cost visible.
Take recurring operational responsibility for the agreed database-platform scope.
Expand each block to review what we put in place, when the solution fits, the outcomes it should create, the standalone or managed platform paths, and the staged delivery approach.
The implementation is scoped around the database-platform outcome that needs attention next, not around unnecessary technology.
Establish architecture, versions, configuration, dependencies, availability, recovery, observability and operating ownership.
Define the compute, storage, networking, security and MariaDB deployment model appropriate to the workload.
Put backup, restoration, replication, failover and recovery procedures around the business recovery requirement.
Establish access, encryption, secrets, patching and version-management controls.
Make infrastructure and database-platform health, capacity and operational signals visible.
Define monitoring, incidents, maintenance, escalation, reporting and recurring ownership.
If several of the signals below reflect your operating reality, engineering MariaDB into the AWS platform may be a practical next conversation.
The workload is important, but lifecycle, recovery and operating routines are fragmented or informal.
The migration needs a target platform and production operating model, not just a data move.
Backup exists, but restore behaviour, RTO/RPO or evidence is unclear.
Resource growth needs better visibility and more deliberate infrastructure decisions.
These outcomes are what the work is designed to deliver: clear ownership, tested recovery, visible operating health and a manageable lifecycle.
A defined view of who owns the database-platform responsibilities that keep MariaDB operating.
Documented and exercised recovery paths appropriate to the workload.
Monitoring and reporting around availability, capacity, lifecycle and operational risk.
Planned patching, upgrades, maintenance and improvement rather than reactive platform drift.
Database Solutions can solve a focused MariaDB requirement on its own, continue as managed database operations, or become part of the wider AWS Managed Platform relationship.
Solve the immediate database-platform requirement through assessment, migration, implementation, recovery or optimisation work.
Continue monitoring, recovery, maintenance, lifecycle, capacity and incident routines after implementation.
Bring database operations into the wider AWS platform relationship when KineticSkunk also owns surrounding platform responsibilities.
Explore AWS Managed PlatformExtend MariaDB recovery into wider workload protection, restore testing, recovery evidence and AWS resilience.
Explore Data Protection & Recovery
The work is practical, scoped, and focused on moving MariaDB from platform pressure to an operable platform your team can rely on.
Start with the operational trigger: migration, instability, recovery concern, lifecycle debt, growth, cost or ownership.
Review MariaDB and the AWS services around it, including architecture, availability, recovery, security, observability and ownership.
Define the architecture and operational controls needed to support the workload.
Build, migrate or remediate the agreed scope and validate production readiness, recovery and monitoring.
Move recurring responsibilities into managed operations where ongoing ownership is required.
The deployment model determines which services are appropriate. The objective is not to maximise the number of technologies used, it is to create an operable database platform.
The relational database platform at the centre of the workload.
AWS-managed MariaDB deployment where its operating model and feature set fit the workload.
Compute for MariaDB deployments requiring greater infrastructure-level control.
Persistent block storage for applicable MariaDB-on-EC2 architectures.
Object storage used in appropriate backup, export or recovery patterns.
Encryption-key controls supporting AWS data-protection patterns.
Manage application and database credentials and secrets through controlled AWS mechanisms.
AWS-native metrics, logs and alarms around infrastructure and supported database signals.
Cross-platform observability where richer operational correlation is required.
Central AWS backup controls for supported AWS resources where applicable, selected around the deployment model rather than assumed for every MariaDB architecture.
Tell us whether the pressure is migration, recovery, availability, performance, lifecycle or ongoing operations. We will start with the database-platform responsibility that needs attention and connect it to the wider AWS operating model where appropriate.