AWS Infrastructure Built Around Your Application
AWS provides a large set of infrastructure and application services. The challenge is choosing and connecting the right ones without creating unnecessary complexity.
Lumigenc designs and implements AWS environments around application architecture, security, deployment, scalability, monitoring, and operational requirements.
From AWS architecture and infrastructure to deployment, migration, automation, and optimization.
AWS Solutions for Modern Applications
AWS infrastructure can support websites, web applications, SaaS products, APIs, business software, data workloads, and other modern applications. The right architecture depends on the workload, traffic, data, security requirements, deployment model, and operational needs.
Lumigenc focuses on practical AWS architecture: use managed services where they simplify operations, automate repeatable infrastructure, and keep the resulting environment understandable and maintainable.
What Are AWS Solutions?
AWS solutions are application and infrastructure architectures built using Amazon Web Services to run software, store and process data, provide networking, manage access, automate deployments, and support application operations. AWS implementation can include compute, databases, storage, networking, IAM, CDN, monitoring, serverless services, containers, infrastructure automation, and migration. • AWS Solutions: AWS-specific architecture and implementation using Amazon Web Services. • Cloud Solutions: Broader cloud architecture and infrastructure across cloud requirements and platforms. • DevOps: CI/CD, deployment automation, Infrastructure as Code, containers, observability, and operational workflows. • Server Migration: Moving existing infrastructure, applications, databases, or servers to a new environment.
When Should a Business Use AWS?
Launching a New Cloud Application
Launching a new application that requires scalable, reliable cloud infrastructure.
Moving Workloads to AWS
Moving an existing workload or application to Amazon Web Services.
Modernizing on Managed AWS Services
Modernizing infrastructure around managed AWS services like RDS, ECS, and serverless compute.
Building Scalable Application or API Infrastructure
Building high-throughput API gateways and resilient backend architectures.
Creating Staged Environments
Creating separate, predictable environments for development, staging, and production.
Automating Infrastructure and Deployments
Replacing manual console setup with Infrastructure as Code (Terraform) and CI/CD.
Improving Monitoring & Operational Visibility
Leveraging CloudWatch and logging metrics for full operational and error visibility.
Building Serverless or Containerized Workloads
Adopting containerized orchestration (ECS/EKS) or event-driven serverless (Lambda) services.
Connecting AWS Managed Services
Connecting applications securely to AWS storage (S3), databases (RDS), networking (VPC), and CDN (CloudFront).
AWS Services We Can Work With
The AWS services used in a project should be selected according to the application's actual requirements.
Amazon EC2 — Virtual Compute
Virtual server capacity tailored to compute-intensive, stateful, or custom workloads.
Amazon ECS — Container Orchestration
Managed container clusters running Docker applications with seamless task scaling.
Amazon EKS — Managed Kubernetes
Enterprise Kubernetes clusters for microservices requiring standard Kubernetes APIs.
AWS Lambda — Serverless Compute
Event-driven serverless functions that run code without provisioning or managing servers.
Amazon RDS — Managed Databases
Fully managed relational database engines (PostgreSQL, MySQL) with automated backups.
Amazon S3 — Object Storage
Industry-standard, highly durable object storage for user media, documents, and backups.
Amazon CloudFront — CDN & Edge
Low-latency content delivery network caching static and dynamic content globally.
Amazon Route 53 — DNS
Highly available and scalable cloud DNS and domain routing service.
Amazon VPC — Networking
Custom isolated virtual networks, subnets, routing tables, and security groups.
AWS IAM — Identity & Access
Granular least-privilege role policies and permission boundaries protecting resources.
Amazon CloudWatch — Monitoring
Centralized metrics, log streams, synthetic alarms, and operational dashboards.
AWS Auto Scaling
Dynamic scaling policies automatically adjusting compute capacity based on workload.
Additional AWS Managed Services
Specialized AWS services integrated where appropriate for the project's unique requirements.
AWS Architecture Capabilities
Our engineering capabilities cover the entire AWS ecosystem from architecture design to security, networking, and automation.
AWS Architecture Design
Map application components, data flows, users, integrations, security requirements, and operational needs to an appropriate AWS architecture.
Compute Architecture
Choose between EC2, containers (ECS/EKS), serverless (Lambda), or managed application services based on workload characteristics and operational requirements.
Database Architecture
Design database deployment around data model, performance, backups, availability, access patterns, and growth requirements.
Storage Architecture
Use services such as S3 where object storage is appropriate, with suitable access controls, lifecycle policies, and application integration.
Networking
Configure VPCs, subnets, routing, security groups, load balancing, DNS, and service connectivity according to the application architecture.
Identity & Access
Use IAM and least-privilege access principles to control who and what can access AWS resources.
Monitoring
Use CloudWatch and appropriate application-level monitoring to collect useful operational signals and alerts.
Infrastructure Automation
Where suitable, represent AWS infrastructure using Infrastructure as Code so environments can be reviewed, versioned, reproduced, and updated consistently.
AWS Architecture Standards & Well-Architected Thinking
A typical web application architecture connects edge CDN, load balancers, containerized or serverless compute, managed databases, and object storage with strict network isolation.
Route 53 & CloudFront Edge
LAYER-01Global DNS resolution and edge caching delivering sub-second response times with AWS WAF shielding.
Load Balancer & VPC Routing
LAYER-02Application Load Balancer distributing traffic across private subnets with strict security groups.
Application Compute Tier
LAYER-03EC2, ECS, EKS, or Lambda workloads executing application code with auto-scaling dynamic capacity.
RDS, S3 & CloudWatch Governance
LAYER-04Relational database clustering, encrypted S3 storage, IAM least-privilege, and CloudWatch telemetry.
AWS architecture should consider the 6 Well-Architected pillars: Operational Excellence, Security, Reliability, Performance Efficiency, Cost Optimization, and Sustainability. These principles guide practical decisions rather than becoming a reason to over-engineer a small application.
Technology Stack
The exact AWS services and application technologies selected depend on the workload, security needs, budget, and operational model.
AWS Compute
Databases & Storage
Networking & Edge
Security & Observability
DevOps & IaC
Application Runtimes
Business Use Cases
AWS infrastructure solutions designed for production software, scalable APIs, and modern business workloads.
AWS Infrastructure for SaaS Products
Multi-tenant container and database clusters supporting high-concurrency SaaS applications.
Web Application Hosting
Reliable, high-performance environments for web apps and backend services.
Business Software Infrastructure
Secure cloud foundations for ERPs, CRMs, and internal business tools.
REST / API Infrastructure
Scalable API gateways and backend microservices handling high request throughput.
Containerized Applications
Docker container orchestration on ECS and EKS for automated scaling.
Serverless Applications
Event-driven microservices running on AWS Lambda with zero idle compute costs.
Managed Database Infrastructure
High-availability PostgreSQL/MySQL clusters on RDS with automated backups.
Static and Dynamic Website Hosting
Global CloudFront distribution with S3 origin and Next.js SSR/SSG workloads.
Development / Staging / Production Environments
Identical, isolated environments for predictable release testing.
AWS Migration and Modernization
Transitioning legacy servers and applications to modern AWS managed services.
AWS Implementation Process
We follow a structured 6-stage lifecycle to assess, architect, build, validate, and optimize your AWS environment.
Requirements & Assessment
Understand applications, traffic, data, integrations, existing infrastructure, security needs, and operational requirements.
Architecture
Map application components to appropriate AWS services and define networking, access, data, monitoring, and deployment architecture.
Infrastructure Implementation
Build and configure the required AWS resources, using automation where appropriate.
Application Deployment
Connect the application and its deployment workflow to the AWS environment.
Security & Validation
Validate permissions, network controls, backups, monitoring, application behavior, and deployment processes.
Optimization
Review performance, resource utilization, reliability, and operational needs and refine the architecture where justified.
AWS Security, Scalability & Cost Optimization
AWS provides security controls at multiple infrastructure layers. Implementation applies controls relevant to the workload and its risk profile.
Least-Privilege IAM & Role-Based Access
Granular IAM policies, role-based resource access, and credential protection.
Network Segmentation & Security Groups
VPC private subnets, controlled ingress/egress, and security group filtering.
Secrets Management & Encryption
Secure credential handling and encryption at rest and in transit across storage and databases.
AWS Scalability & Reliability
Load balancing, auto-scaling, caching, managed databases, and serverless compute matching business impact.
AWS Cost Optimization & FinOps
Right-sizing compute, reviewing storage/transfer usage, removing idle resources, and monitoring cost trends.
AWS Migration & Modernization
Moving workloads to AWS or introducing containers, managed services, and automated deployments.
AWS DevOps & Delivery Automation
Connecting AWS environments to CI/CD pipelines, Docker deployments, and Infrastructure as Code.
What You Receive
- AWS architecture design
- AWS infrastructure configuration
- VPC and networking setup
- Compute and application deployment
- Database and storage configuration
- IAM and access configuration
- Monitoring and logging
- CI/CD integration
- Infrastructure as Code where appropriate
- Backup and recovery configuration
- Technical documentation
* Final deliverables are defined according to the agreed project scope.
Engagement Model
AWS projects can range from architecture reviews and focused infrastructure implementations to complete environments for new applications or modernization projects. Scope can be structured around architecture, AWS services, environments, deployment, security, migration, and optimization milestones.
For clearly defined work, Lumigenc can structure delivery around fixed scope and milestone-based implementation.
Fixed-Scope AWS Architecture Milestone
Structured delivery with clear milestones for greenfield AWS setup, ECS containerization, or modernization.
Dedicated AWS Cloud Engineering Pod
Senior AWS infrastructure engineers embedded with your product team driving continuous architecture and DevOps.
AWS Well-Architected Audit & Cost Optimization
Comprehensive review of existing AWS infrastructure to identify security gaps, reliability risks, and cost savings.
Why Lumigenc
We approach AWS from a software engineering perspective—designing environments around actual application needs rather than inflating complexity.
- Application-First AWS Architecture: AWS infrastructure built directly around application runtime requirements.
- Direct Engineering Communication: Work directly with senior AWS infrastructure engineers throughout the project.
- Modern Cloud-Native Practices: Containerized workloads, serverless services, and Infrastructure as Code.
- Security-Aware Infrastructure: Least-privilege IAM policies, encrypted storage, and segmented VPC networking.
- Automation Where Practical: Automate infrastructure and deployments where it adds real operational velocity.
- Maintainability & Operational Simplicity: Clean, documented AWS setups that your team can comfortably manage.
- Connection Between Engineering & Infrastructure: Seamless bridge between application code performance and cloud infrastructure.
Build with purpose. Keep systems simple. Engineer for the long term. Ship, learn, improve.
Engineering Work
Software product engineered by Lumigenc. Built on robust AWS infrastructure with automated deployments, managed RDS databases, and multi-tenant security.
Frequently Asked Questions
AWS solutions are application and infrastructure architectures built using Amazon Web Services to run software, store data, provide networking, manage access, automate deployments, and support operations.
Related Services
Resources
- AWS Architecture for Modern Web Applications
- EC2 vs ECS vs Lambda: Choosing the Right AWS Compute
- How Much Does AWS Infrastructure Cost?
- AWS Migration vs AWS Modernization
- How to Structure AWS Development, Staging, and Production
- AWS IAM and Least-Privilege Access Explained
- AWS Well-Architected Principles for Application Teams
Need an AWS Architecture That Fits Your Application?
Tell us what you are building or running today, what AWS needs to support, and where the current infrastructure creates problems. We'll help translate the requirements into a practical AWS architecture and implementation plan.