No account strategy
Workloads run in a handful of ad hoc accounts instead of an Organizations-based structure.
On AWS, most trouble traces back to IAM and networking done loosely. We design AWS environments where identity and access are tight from the start: least-privilege IAM, sensible VPC design, containers on EKS or serverless where it fits, and security controls that match the AWS Well-Architected Framework. Built to scale without becoming a liability.
Resolving inconsistent multi-account setups, unmanaged network egress, security drift, and unplanned cloud expenditure.
Workloads run in a handful of ad hoc accounts instead of an Organizations-based structure.
Roles and permissions are created per project without a shared least-privilege model.
VPC design has grown organically, making segmentation and peering hard to reason about.
We design AWS environments where identity and access are tight from the start: least-privilege IAM, sensible VPC design, containers on EKS or serverless where it fits, and security controls that match the AWS Well-Architected Framework. Built to scale without becoming a liability.
Multi-account strategy with automated Service Control Policies (SCPs), guardrails, and centralized billing.
Resilient multi-VPC topologies, Direct Connect private peering, Route 53 resolver rules, and Network Firewall.
Production-grade Kubernetes on AWS with Karpenter auto-scaling, IRSA (IAM Roles for Service Accounts), and Graviton compute.
In-region Generative AI deployments, OpenSearch vector indexing, and governed S3 Data Lakes secured with Lake Formation.
Comprehensive evaluations across Operational Excellence, Security, Reliability, Performance, and FinOps pillars.
Continuous compliance posture checks, Amazon GuardDuty threat detection, and automated remediation playbooks.
Architected with automated guardrails, hub-spoke network topology, policy enforcement as code, and central logging.
Understand the business goal, current environment, risks and constraints before any design work begins.
Design the target operating model, controls and integration points so the solution fits how the business actually runs.
Build and configure the solution using repeatable, reviewed engineering practices, not one-off manual work.
Test against real scenarios and security requirements before anything reaches production.
Hand over documentation, runbooks and support so the client team can run the result with confidence.
Every phase ends with a documented deliverable and a clear go/no-go decision before the next one starts.
Systematic workload assessment, automated Terraform deployment, cutover execution with rollback protection, and FinOps tuning.
Review existing AWS accounts, workloads and access patterns.
Define account boundaries, Control Tower guardrails and IAM policy.
Implement VPC architecture, EKS or other workload platforms as needed.
Hand over with Security Hub and CloudWatch monitoring in place.
Accelerate feature delivery across compliant infrastructure with US data residency built in.
AWS Organizations and Control Tower give every workload a consistent account baseline.
Roles and policies follow one governed model instead of per-project exceptions.
VPC architecture is documented and segmented by workload and environment.
Built on leading enterprise cloud providers and automation platforms tested for mission-critical reliability.
One cloud base that every team reuses, so new setups are quick and stay in line.
Read the storyDirect answers regarding architecture choices, migration timelines, and operating ownership.
Yes, cost review is often the fastest ROI on an existing AWS estate.
Depends on the workload and your team's operational appetite. We'll recommend honestly.
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