Cloud architecture, migration, and optimization. AWS, Azure and GCP environments built as code, moved without drama, and tuned for both availability and cost.
Six core cloud engineering & migration capabilities engineered to turn strategy into measurable results.
Well-architected designs across AWS, Azure, and GCP with clear network, identity, and data boundaries.
Wave-based migration with dependency mapping, dual-run validation, and a tested rollback at each step.
Terraform modules with remote state, policy-as-code, and environment parity from dev through production.
Cluster design, autoscaling, self-healing workloads, and a paved path for teams to deploy onto.
Rightsizing, commitment planning, and storage tiering measured against a baseline you agree up front.
Multi-AZ and multi-region designs with tested failover and a documented recovery objective.
AWS, Azure, GCP, Terraform
Migration fails at cutover, not at design. We plan in waves, map dependencies from real traffic, and keep a tested rollback at every step, each workload is proven in its new home before the old one is retired.
What lands is an environment defined entirely in Terraform, running on Kubernetes where that earns its keep, with multi-AZ availability targets and cost guardrails agreed before the first workload moves.
Trusted across industries to solve real business problems at scale.
On-premise estates moved to AWS, Azure, or GCP in waves, with dual-run validation and zero-downtime cutovers.
Cluster design, autoscaling, and a paved deployment path teams can self-serve onto.
Rightsizing, commitment planning, and storage tiering measured against a baseline agreed up front.
Active-active and warm-standby designs with tested failover and documented recovery objectives.
Hover a use case, each one feeds the same shared context.
Measured across 12 tools in the delivered stack.
Battle-tested tools and platforms powering every cloud engineering & migration engagement.
Get a migration plan and cost model within 24 hours. No commitment required.
