Amazon Web Services
without operational chaos

We design, build, and operate AWS environments based on landing zones, security baselines, automation, and FinOps. We help organizations scale cloud operations so teams move faster while cost, access, and risk stay under control.

AWS AT
ENTERPRISE SCALE

AWS it’s an operating model covering landing zones, multi-account governance, security, FinOps, observability, and how product teams deliver change. Without these foundations, the cloud quickly creates complexity: fragmented accounts, excessive permissions, unclear costs, and environments that are hard to audit.

We design and implement AWS so scaling does not mean losing control. We build stable cloud foundations, connect them with existing enterprise systems, and define golden paths that help teams deliver change faster without bypassing security and governance.

Technology
variants

Compute & Containers

 

Kubernetes & Containers

Amazon EKS, Fargate, ECR, Karpenter

Compute for legacy applications

EC2, Auto Scaling, AMI lifecycle, ALB/NLB

Serverless runtime

Lambda, API Gateway, Step Functions

Networking & Hybrid Connectivity

AWS network foundation

VPC, Subnets, Security Groups, NACLs

Hybrid connectivity

Direct Connect, VPN, Transit Gateway, PrivateLink

DNS and traffic delivery

Route 53, CloudFront, ALB, NLB

Data, Databases & Storage

Relational databases

Amazon RDS, Aurora MySQL, Aurora PostgreSQL

Analytics and data warehouses

Redshift, Athena, Glue, Lake Formation

Storage and lifecycle

S3, EBS, EFS, FSx

Cache and NoSQL

DynamoDB, ElastiCache

Security, Identity & Compliance

Identity and access

IAM, IAM Identity Center, least privilege, access reviews

Keys, secrets, and certificates

KMS, Secrets Manager, AWS Certificate Manager

Detection and posture management

Security Hub, GuardDuty, AWS Config, CloudTrail

DevOps & Platform Engineering

Infrastructure as Code

Terraform, Terragrunt, CloudFormation, AWS CDK

CI/CD and GitOps

GitHub Actions, Atlantis, ArgoCD, Helm

Patterns for application teams

Environment templates, IaC modules, deployment standards

Monitoring and system stability

Monitoring and logging

CloudWatch, CloudTrail, log aggregation

Configuration and management

AWS Config, Systems Manager, patching, inventory

SLOs, runbooks, and response

SLI/SLO, alert tuning, incident runbooks

FinOps, AI & Integration

FinOps and cost control

Cost Explorer, AWS Budgets, Trusted Advisor, tagging

AI, ML, and GenAI

Amazon Bedrock, SageMaker, Comprehend, Rekognition

Integration and messaging

SNS, SQS, EventBridge, Step Functions, API Gateway

AWS in Industries Transformation through Cloud

 

 

 

 

 

business
IMPACT

Faster Innovation Deployment

Thanks to automation and GitOps, teams deliver features in days, not months, eliminating wait time for resource configuration.

Predictable Cloud Costs

The FinOps methodology optimizes AWS costs by 20–40%, through better resource management and planning.

Enterprise-Grade Security

We build environments aligned with the AWS Well-Architected Framework, ensuring full security and continuous compliance monitoring.

Operational Stability and Continuity

We design systems with automatic failover and Multi-AZ, ensuring service availability even during failures.

Scalability Without Complexity

EKS and Serverless automatically scale the infrastructure, eliminating the costs of over-provisioned resources.

Expert Knowledge Backed by Experience

AWS projects are led by experienced engineers with a track record of building environments for market leaders, ensuring speed and efficiency.

How We Build Success in
AWS CLOUD?

 

 

 

 

 

YOUR PATH TO AWS CLOUD

Describe your technological challenge – our senior AWS architects will help you find the optimal development path.

FAQ

Is AWS suitable for our organization, or is it better to stick with an on-premise or hybrid model?

The answer depends on the nature of your workloads and business goals. AWS offers unparalleled deployment speed and scalability, but for many enterprise organizations, a hybrid model is the optimal transitional step. Mindbox will help assess your company’s operational and financial readiness, identifying which resources will benefit most from migration and which should remain on-premise.

What AWS use cases provide the greatest business value in enterprise?

AWS is especially valuable in areas such as application modernization (containerization), scaling digital platforms, and real-time data analytics. It also excels in Disaster Recovery scenarios and handling variable workloads, where the “pay-as-you-go” model allows for paying only for actual compute usage, eliminating the costs of over-provisioned infrastructure.

What are the biggest risks and hidden costs of AWS cloud adoption?

The most common challenges are uncontrolled data transfer costs, lack of a multi-account management strategy (cloud sprawl), and rising observability costs without a FinOps culture in place. At Mindbox, from day one, we implement governance mechanisms and continuous cost monitoring to ensure your cloud remains a predictable expense, not a source of financial surprises.

Is it better to build on EKS, ECS, Serverless, or traditional EC2?

The decision depends on the balance between control and operational simplicity. EKS (Kubernetes) is the standard for complex, scalable systems, while Serverless reduces costs for smaller, event-driven tasks. Our team of senior architects selects the technology so your developers can focus on delivering code, not managing infrastructure.

How does migrating to AWS affect the IT organization and operational model of the company?

Implementing AWS forces a transition to a platform model and federated responsibility for resources. We help define new roles within teams, establish security standards, and automate processes to avoid “shadow IT” and ensure smooth collaboration between DevOps, Security, and business units.

How to ensure security and regulatory compliance in AWS?

The key to security is building strong foundations based on the AWS Well-Architected Framework. We implement Landing Zones, automated access policies (least-privilege IAM), and continuous change auditing to ensure the AWS environment is secure, auditable, and ready for regulatory requirements, such as in financial or healthcare sectors.

How to avoid common mistakes when implementing AWS?

The most common mistake is a “lift-and-shift” migration without modernization and a lack of automation standards (Infrastructure as Code). To avoid operational chaos, we recommend implementing a FinOps strategy from the outset, maintaining a consistent network architecture, and fully automating with CI/CD pipelines, eliminating manual changes.

Cloud

Cloud cost optimization

Cloud

Try harder, gain cloud optimization on a new platform

Architecture

Are you a Cloud Native organization?

Architecture

Cloud native leads to innovation

Cloud

Cloud optimization: know your rights, grab the opportunities

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