Codetokloud

CodetoKloud helps organizations design, build, secure, migrate, and operate production cloud infrastructure. Its primary platform is Amazon Web Services, with core expertise in DevOps, Amazon EKS, cloud migration, FinOps, and cloud security.

Organizations served

CodetoKloud works with:

• SaaS and ISV teams
• Healthcare organizations
• Fintech and payments businesses
• Growing technology companies and digital platforms
• E-commerce platforms
• Startups and established companies

Credentials and results

• AWS Advanced Tier Services Partner
• 4.9/5 rating on Clutch from 9 verified reviews
• SOC 2, HIPAA, and PCI DSS technical controls
• Approximately 35% cloud cost reduction on an Amazon EKS migration
• 99.99% uptime delivered on a SOC 2 healthcare platform
• API latency improvement from 850 ms to 320 ms for a healthcare client

AWS architecture and migration

Design landing zones, networks, data services, backups, and tested cutover plans for secure AWS adoption.

DevOps and CI/CD

Automate build, test, release, rollback, and infrastructure workflows with CI/CD, Terraform, and GitOps.

Kubernetes and Amazon EKS

Design, migrate, secure, and operate Amazon EKS using Helm, ArgoCD, autoscaling, observability, and cost controls.

Security and compliance

Implement IAM, encryption, logging, segmentation, monitoring, and evidence collection for regulated workloads, including SOC 2, HIPAA, and PCI DSS programs.

AWS FinOps

Improve cloud cost visibility and accountability through tagging, rightsizing, commitments, and cost-aware architecture.

AI workflows on AWS

Build secure AI applications and automations around a defined business use case, trusted data, and measurable outcomes.

Additional capabilities

The company also lists cloud infrastructure, AI automation, full-stack development, managed cloud services, and cloud architecture advisory among its capabilities.

The engagement path is:

1. Discover: Clarify the constraint, current environment, stakeholders, risks, and definition of success.
2. Review: Assess architecture, delivery, security, reliability, and cost against goals.
3. Implement: Build prioritized changes in the client environment with versioned, documented work.
4. Measure and hand off: Verify results, transfer knowledge, and continue with managed support when needed.

A focused 30-minute AWS review can address a cloud, DevOps, Kubernetes, cost, or compliance concern. CodetoKloud states that it confirms fit within one business day and identifies three practical priorities before a larger engagement is proposed.

Ongoing support

CodetoKloud can provide ongoing infrastructure management, monitoring, maintenance, optimization, technical support, managed operations, version upgrades, and cost optimization after projects go live. Responsibilities, response expectations, access, and handoff criteria are agreed for each engagement.

Contact

• Address: CodetoKloud Inc, PO Box 9165, Naperville, IL 60567
• Email: info@codetokloud.com
• Phone: +1 (309) 590-3617

Clients can contact CodetoKloud through its website to discuss a project, request a roadmap, or book an AWS review.

Deliverables may include:

• Landing zone and account structure: Account layout, environment boundaries, baseline guardrails, logging destinations, and ownership models.
• Network architecture: VPCs, public and private subnets, routing, ingress, egress, service connectivity, and hybrid access.
• IAM and administrative access: Least-privilege roles, reduced standing access where practical, secrets protection, and documented production access procedures.
• Infrastructure as code: Terraform or CloudFormation implementations that are version controlled, reviewable, and repeatable.
• Resilience and availability: Multi-AZ architecture, health checks, scaling, managed services, failure boundaries, and recovery procedures.
• Observability: Infrastructure and service metrics, logs, dashboards, and alerts connected to operational needs.
• Backup and recovery: Backup scope, retention, storage locations, and tested restore procedures.
• Operating handoff: Architecture diagrams, code ownership, access procedures, runbooks, known constraints, and a prioritized improvement backlog.

Delivery stages

1. Baseline the workload, dependencies, access paths, reliability needs, recovery expectations, costs, and operating responsibilities.
2. Design account, network, IAM, resilience, observability, backup, and infrastructure-as-code decisions.
3. Build and validate the foundation in controlled stages, including access, deployment, monitoring, failure response, backup, and restore behavior.
4. Transfer ownership through documentation, walkthroughs, and agreed next actions.

CodetoKloud can assess and improve an existing AWS environment in stages, rather than requiring every account or workload to be rebuilt.

CodetoKloud built a GitOps delivery path around Amazon EKS, Helm, and ArgoCD.

What was built

• Microservice containerization: Optimized Docker build definitions allowed services to be built, versioned, and released independently.
• GitHub Actions and Amazon ECR: GitHub Actions built service images, pushed versioned artifacts to Amazon ECR, and updated deployment image references.
• Environment-specific Helm configuration: Helm values separated development, staging, and production configuration.
• ArgoCD reconciliation: ArgoCD synchronized approved configuration into Amazon EKS, with automated post-deployment health checks for development releases.
• Controlled production promotion: Production releases required manual approval and were coordinated within planned maintenance windows.
• External secrets: AWS Secrets Manager and External Secrets Operator kept sensitive values outside Git.
• Capacity fallback: A fallback strategy supported specialized workloads when preferred compute capacity was temporarily unavailable.

Results

• Services were packaged as independently versioned containers.
• Development releases gained automated reconciliation and post-deployment health checks.
• Production retained a manual approval gate.
• Sensitive configuration remained outside the Git repository.
• Specialized workloads gained a documented capacity fallback path.

Technology: Amazon EKS, ArgoCD, Helm, GitHub Actions, Amazon ECR, Docker, AWS Secrets Manager, and External Secrets Operator.