Predictable peak performance
Protect transaction and synchronisation paths during reporting spikes and campaign peaks.
Seriba service practice
Cloud Infrastructure & Platform Operations
Design resilient, observable cloud environments that protect live operations during high-volume synchronisation, reporting peaks, and infrastructure failure.
Visible platform health
Give operations teams actionable signals across applications, databases, queues, caches, and infrastructure.
Recoverable services
Define, implement, and test backup, restoration, failover, and incident-response procedures.
Architecture matched to workload and risk
We assess traffic, data volume, synchronisation patterns, availability targets, residency needs, recovery expectations, operational skills, and cost constraints before selecting services and topology. The design may use managed cloud services, containers, virtual machines, private infrastructure, or a controlled hybrid.
Protect the application from operational pressure
Database indexing and replicas, caches, queues, background workers, object storage, rate limiting, autoscaling, health checks, and observability are designed as one operating system. Reporting and analytics can be separated from transaction workloads to protect field synchronisation.
Make recovery testable
Backups are useful only when restoration is understood and tested. Runbooks define failure detection, escalation, recovery steps, responsibilities, recovery objectives, and evidence from restoration exercises.
Capabilities
AWS, Azure, and private-cloud architecture
Containerisation and automated deployment
Database, cache, queue, and worker scaling
Monitoring, logging, tracing, and alerting
Backup, restoration, and disaster recovery
Cost, capacity, performance, and security optimisation
Delivery model
How this engagement moves from requirement to operating capability
Assess
Profile workloads, dependencies, failure modes, capacity, costs, compliance, and operating skills.
Design
Define network, compute, data, storage, delivery, observability, security, and recovery architecture.
Implement
Automate infrastructure, deployments, monitoring, backups, scaling, and environment controls.
Prove and hand over
Run load, failover, recovery, alert, and operational-readiness exercises with the responsible team.
What you receive
Concrete outputs your team can use after the engagement.
Suitable for new cloud foundations, migration, performance remediation, high-availability design, platform operations, or independent architecture review.
- 01Workload, risk, and cloud-readiness assessment
- 02Target infrastructure and network architecture
- 03Infrastructure-as-code and deployment pipeline
- 04Monitoring dashboards, alerts, and log-retention controls
- 05Backup, recovery, scaling, and incident runbooks
- 06Capacity plan, cost model, and operations handover
Discuss a cloud infrastructure engagement
Share the objectives, operating environment, timeline, and current systems. We will help define a practical scope and delivery path.