Estates that run themselves, reviewed as code.
Terraform-managed AWS, Azure, and GCP infrastructure with Kubernetes and full observability — migrated, hardened, and operated under a 99.9% uptime SLA. Operated for growing businesses and enterprise estates across Nepal.
Six capabilities, one accountable team
Cloud migration
Lift-and-shift to full re-architecture — twelve enterprise estates moved with zero data-loss incidents.
Infrastructure as code
Terraform modules, reviewed in pull requests, versioned like any other production artifact.
Kubernetes platforms
Cluster design, Helm-based delivery, and workload autoscaling across all three hyperscalers.
CI/CD pipelines
Trunk-based delivery with staged environments, automated tests, and one-click rollback.
Observability
Metrics, traces, and logs wired into dashboards your operations team actually reads.
FinOps & hardening
Cost-allocation tagging, right-sizing, and hardened, compliance-aligned security baselines.
Four phases, each with a named deliverable
Assess
Estate inventory, dependency map, and a migration plan priced to the workload.
Build
Landing zones, IaC baselines, and pipelines stood up in your accounts, not ours.
Migrate
Workloads moved in rehearsed waves with rollback gates at every cutover.
Operate
24×7 monitoring and incident response under the SLA your procurement signed.
# core-platform · productionmodule "platform" { source = "axiogrid/secure-baseline/aws" version = "3.4.1" region = "eu-central-1" availability = 3 # zones encryption = true}
Every change reviewed, every estate reproducible
- Pull-request infrastructure — no console clicking, no snowflake servers, full audit trail.
- Reproducible environments — staging is production, minus the traffic.
- Owned by you — modules live in your repositories under your accounts from day one.
Built into every engagement
Cloud engagements on the record
Healthcare procurement platform — AWS landing zone & migration
Nine services moved in four waves; security baselines codified in Terraform.
Gulf logistics group — multi-region Kubernetes platform
Follow-the-sun operations across three regions with automated failover.
European fintech — observability & FinOps programme
Cost per transaction cut 31% after right-sizing and allocation tagging.
Questions we get about cloud & DevOps
Which cloud providers do you work with?
AWS, Azure, and GCP — engagements have run across all three hyperscalers, with the platform choice made during the assessment phase against your existing footprint and compliance requirements.
Why Terraform instead of managing infrastructure through the console?
Console changes leave no audit trail and create snowflake servers. Every infrastructure change ships as a reviewed pull request, versioned like any other production artifact — staging is production, minus the traffic.
What SLA do you operate under?
Migrated estates run under a 99.9% uptime SLA with 24×7 monitoring and incident response, agreed during procurement before the operate phase begins.
Do we need Kubernetes, or is that overkill for us?
Not every migration needs it — cluster design and Helm-based delivery are scoped when workload autoscaling and multi-service orchestration justify the operational overhead, decided during the assess phase, not assumed upfront.
Who owns the Terraform modules after migration?
You do — modules live in your repositories under your cloud accounts from day one, so there's no dependency on AxioGrid to make future infrastructure changes.