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AWS Development Services: Architect, Build and Operate

Netofficials, an India-based software development company, delivers AWS cloud consulting, serverless AWS development, container orchestration, infrastructure as code and managed AWS services for technical teams in the US, UK and Australia.

Service Overview

AWS Development Services: Architecture, Migration and Managed Operations on Amazon Web Services

AWS development services are professional engagements to architect, build, migrate and operate workloads on Amazon Web Services (AWS), Amazon's cloud computing platform. Netofficials, an India-based software development company, delivers these services across compute, storage, database, networking, security and DevOps layers for startups, scale-ups and enterprises in the US, UK and Australia.

Flat illustration of an AWS engagement workflow from requirements and architecture design through IaC provisioning to CloudWa
Client-owned Terraform and AWS CDK codebase delivered at handoverDocumented IAM policies and security baselines built into every environment
Workloads migrated from on-premises or other cloud providers onto AWSOngoing cost and performance reviews tied to actual workload metrics
  • AWS Lambda is a serverless compute service that runs code in response to events without provisioning or managing servers.
  • Amazon EKS is a managed Kubernetes service that removes the need to install and operate the Kubernetes control plane.
  • Terraform is an open-source infrastructure-as-code tool that provisions cloud resources through declarative configuration files.
  • AWS IAM enforces least-privilege access by defining granular permissions for every user, role and service in an AWS account.
  • Amazon S3 offers multiple storage classes, including Standard, Infrequent Access and Glacier, each with different retrieval latency and cost profiles.
  • AWS CloudWatch is the native monitoring and observability service for collecting metrics, logs and traces across AWS resources.

What is covered

Netofficials works across the full AWS service catalogue rather than a narrow subset. Engagements cover greenfield architecture design, application development on AWS compute and database services, AWS cloud migration services from on-premises or other cloud providers, infrastructure-as-code authoring using Terraform and AWS CDK (Cloud Development Kit), and ongoing managed support including monitoring, patching and cost governance. Security configuration, IAM policy design and compliance alignment are built into every workstream rather than treated as separate phases.

Who it is for

This service is suited to engineering teams that need an external partner to own or accelerate AWS delivery, and to organisations replacing an existing AWS environment that has grown without consistent architecture standards. It is not the right fit for buyers who need only a single managed service configuration or a brief advisory call with no implementation work involved.

How delivery runs

Delivery runs through defined phases: discovery and architecture review, infrastructure-as-code authoring, environment build and testing, migration or deployment, and a structured handover. At handover, clients receive the full Terraform or AWS CDK codebase, documented IAM policies, runbooks and a cloud architecture and cost consulting baseline they can act on independently. No proprietary tooling creates lock-in after the engagement closes.

What We Deliver

AWS Capabilities Across Compute, Storage, Database, Networking, Security and DevOps

Netofficials sizes EC2 (Elastic Compute Cloud) instances, configures auto-scaling groups and sets placement strategies for availability. AWS Lambda functions handle event-driven and scheduled workloads without server provisioning. Container workloads are deployed on Amazon ECS (Elastic Container Service) for simpler task scheduling or Amazon EKS (Elastic Kubernetes Service) when Kubernetes orchestration is required.
Amazon S3 (Simple Storage Service) buckets are structured with versioning, lifecycle rules and storage-class transitions across Standard, Infrequent Access and Glacier tiers to match retrieval and cost requirements. EBS (Elastic Block Store) volumes are attached to EC2 workloads with snapshot schedules. EFS (Elastic File System) is provisioned for workloads requiring concurrent multi-instance file access.
Amazon RDS (Relational Database Service) instances run MySQL or PostgreSQL with automated backups and read replicas. Amazon Aurora, AWS's MySQL- and PostgreSQL-compatible managed database, is used for high-availability transactional workloads. Amazon DynamoDB tables are designed with appropriate partition keys and capacity modes. Amazon Redshift data warehouses are configured for analytical query workloads.
Amazon VPC (Virtual Private Cloud) architecture covers public and private subnets, NAT gateways, route tables and VPC peering between accounts or regions. CloudFront distributions accelerate static and dynamic content delivery. Route 53 DNS records and ALB (Application Load Balancer) listener rules direct traffic across environments, services and geographic regions.
AWS IAM (Identity and Access Management) policies are written to least-privilege standards, scoping permissions to specific resources and actions for every user, role and service. AWS KMS (Key Management Service) manages encryption keys for data at rest and in transit. AWS WAF rule sets block common web threats. Amazon GuardDuty provides continuous threat detection across AWS accounts and regions.
CI/CD pipelines are assembled using AWS CodePipeline, AWS's managed continuous delivery service, and CodeBuild for build and test execution. Container images are stored and versioned in Amazon ECR (Elastic Container Registry). All infrastructure is defined using Terraform or AWS CDK (Cloud Development Kit) so environments are reproducible and auditable. The full codebase transfers to the client at handover.

Engagement Process

How an AWS engagement runs start to finish

  1. 1

    Workload Discovery

    Netofficials engineers work with your CTO, DevOps lead or infrastructure manager to inventory existing workloads, document compliance obligations (SOC 2, HIPAA, GDPR or PCI-DSS as applicable), map team access patterns and identify any existing AWS account structure. You receive a written scope summary before architecture work begins.

  2. 2

    Architecture Design

    The team produces a documented architecture covering compute layer choices (EC2, AWS Lambda, Amazon ECS or Amazon EKS), storage and database selection (Amazon S3, Amazon RDS, Amazon DynamoDB or Amazon Aurora), Amazon VPC network topology, and security boundaries using AWS IAM, KMS and WAF. Stakeholders review and approve the design before any resource is provisioned.

  3. 3

    Provision with IaC

    Engineers write Terraform modules or AWS CDK stacks to provision every resource in the approved design. All infrastructure code is peer-reviewed, organised into environment-specific workspaces and committed to a version-controlled repository your organisation owns, giving you a fully auditable, reproducible infrastructure baseline.

  4. 4

    Deploy and Test

    Applications deploy across dev, staging and production environments through AWS CodePipeline, AWS's managed continuous delivery service, with automated integration and load tests at each stage. Rollback procedures are defined and validated before production traffic is accepted, reducing the risk of unplanned downtime at go-live.

  5. 5

    Monitor and Operate

    AWS CloudWatch dashboards, metric alarms and structured log groups are configured for every critical resource. Cost allocation tags are applied so spend is visible by service, environment and team. Netofficials delivers runbooks covering alert response, scaling procedures and routine maintenance so your team can operate the environment independently.

AWS Services and Tools We Work With

AWS Native Services and Supporting Toolchain

Compute and Containers

Amazon EC2AWS LambdaAWS FargateAmazon ECSAmazon EKSAWS BatchDockerKubernetes

Storage, Database and Analytics

Amazon S3Amazon RDSAmazon AuroraAmazon DynamoDBAmazon RedshiftAmazon ElastiCacheAWS GlueAmazon Athena

Networking, Security and Observability

Amazon VPCAmazon CloudFrontAWS IAMAWS KMSAWS WAFAWS Secrets ManagerAmazon GuardDutyAWS CloudWatchAWS X-Ray

Infrastructure as Code and CI/CD

TerraformAWS CDKAWS CloudFormationAWS CodePipelineAWS CodeBuildGitHub ActionsAWS CodeDeploy
Who This Service Is For

AWS development services built for specific buyer situations

Startups and product teams building cloud-native on AWS

The problem

You are building your first production product on AWS and need architecture decisions made correctly from the start: right compute model, right data store, right access controls.

The outcome

Netofficials designs the AWS architecture, provisions it through Terraform or AWS CDK so every resource is version-controlled, and hands your team a codebase they own and can extend.

Discuss your project

Scale-ups migrating workloads to AWS or between clouds

The problem

You are moving from on-premises servers or another cloud provider and need a structured migration path that keeps services live, protects data integrity and closes security gaps before cutover.

The outcome

Netofficials plans and executes migration across EC2, Amazon RDS, Amazon S3 and networking layers, with AWS IAM least-privilege policies and Amazon VPC segmentation in place at go-live.

Discuss your project

Engineering teams with AWS accounts that lack IaC or cost controls

The problem

Your team already runs ECS, EKS or Lambda workloads but infrastructure was provisioned manually, environments have drifted, and AWS bills are growing without clear attribution to services or teams.

The outcome

Netofficials audits your existing AWS account, introduces Terraform or AWS CDK coverage, adds AWS CloudWatch observability and establishes tagging and budgeting controls to make costs traceable and predictable.

Discuss your project
Industry Applications

AWS Development Services Across Key Industry Workloads

Your industry not listed? Tell us about it

Cost & Timeline Factors

What Affects the Cost and Timeline of AWS Development Services

Cost depends on the AWS services provisioned, the complexity of your existing infrastructure, data volumes, compliance requirements and the number of integrations involved. Netofficials provides a scoped estimate after a short brief covering your workload, team size and delivery priorities.

Get a scoped estimate
AWS Services Provisioned

Each service added, EC2, RDS, EKS, Lambda, Redshift, carries its own configuration, security and monitoring overhead. Limiting the service footprint to what the workload genuinely requires reduces both build time and ongoing AWS spend.

Compute Sizing and Instance Types

Over-provisioned EC2 instances and under-used Reserved Instance commitments inflate costs. Right-sizing instances and mixing On-Demand, Reserved and Spot capacity where workloads allow brings AWS infrastructure spend closer to actual usage.

Number of Environments

Running separate development, staging and production environments multiplies provisioning and maintenance effort. Infrastructure-as-code tooling such as Terraform reduces replication cost by applying the same configuration across environments consistently.

Data Transfer and Storage Tiers

Cross-region data transfer and high-frequency retrieval from Amazon S3 Standard add cost at scale. Matching data to the correct S3 storage class, Standard, Infrequent Access or Glacier, based on retrieval patterns reduces storage expenditure materially.

Compliance and Integration Scope

Regulated workloads require additional AWS IAM policy design, audit logging via CloudWatch and network isolation through Amazon VPC. Each third-party integration adds discovery, testing and security review time that extends the overall delivery timeline.

FAQ

Questions about AWS development services

Do your engineers hold AWS certifications or recognised AWS partner status?

AWS certifications, including AWS Certified Solutions ArchitectAWS Certified Developerand AWS Certified DevOps Engineerconfirm that an engineer has passed structured assessments on service design, security controls, and operational patterns. When evaluating any AWS partner, ask to see current certification records alongside concrete delivery evidence: Terraform infrastructure as code repositories, architecture decision records, and hands-on experience across services such as Amazon EKS, Lambda, RDS, GuardDuty, and AWS IAM. Credentials and practical depth together indicate a reliable partner.

How do you manage and reduce our AWS costs over time?

Cost reduction starts with AWS Cost Explorer analysis and a consistent resource tagging policy so every dollar is attributed to a workload or team. From there, the main levers are right-sizing EC2 instances against actual CPU and memory utilisation data from AWS CloudWatch, converting predictable workloads from On-Demand to Reserved Instances or Savings Plans, using Spot Instances for fault-tolerant batch jobs, enabling S3 Intelligent-Tiering for objects with variable access patterns, and deleting idle EBS volumes and unused Elastic IPs. Ongoing cost governance is covered in our cloud architecture and cost consulting service.

Can you take over and improve an existing AWS environment we already run?

Yes. Netofficials starts every environment takeover with a structured audit covering account-level resource inventory, IAM policy review, open security group analysis, unencrypted data store identification, and a Cost Explorer baseline. The audit produces a prioritised remediation backlog before any changes are applied. Infrastructure that exists only as console-configured resources is then codified into Terraform infrastructure as code, making the environment reproducible, version-controlled, and auditable. Existing CI/CD pipelines are reviewed and, where needed, rebuilt using AWS CodePipeline or equivalent tooling via our DevOps and CI/CD pipeline automation service.

When should we choose serverless Lambda over containerised ECS or EKS?

AWS LambdaAWS's serverless compute service, is the right choice for event-driven, short-duration tasks, API callbacks, S3 event triggers, scheduled jobs, where traffic is spiky and cold-start latency of a few hundred milliseconds is acceptable. Amazon ECS or Amazon EKS suits long-running processes, workloads with sub-100ms latency requirements, stateful services, or teams that need fine-grained control over runtime, networking, and scaling behaviour. Key decision factors are maximum task duration, concurrency profile, cold-start tolerance, and container pipeline maturity. See our Kubernetes container orchestration page for EKS-specific detail.

How do you handle AWS security, IAM policies and compliance requirements?

Security controls are applied at every layer from the start of architecture, not retrofitted. AWS IAM, AWS's access control service, is configured on least-privilege principles: every role and policy is scoped to the minimum required action and resource. Network boundaries are enforced through Amazon VPC security groups and network ACLs. Data at rest is encrypted with AWS KMS and data in transit uses TLS. Amazon GuardDuty provides continuous threat detection, and AWS WAF rules protect public-facing endpoints. For regulated industries, controls are mapped to the relevant compliance framework during the design phase so audit evidence is built into the infrastructure from day one.

Who owns the Terraform or CDK codebase after the project ends?

The client owns all infrastructure code from the first commit. Terraform, HashiCorp's open-source infrastructure-as-code tool, and AWS CDK, AWS's open-source framework for defining infrastructure in general-purpose languages, are written into client-owned version control repositories throughout the engagement. At handover, Netofficials delivers module documentation, variable definitions, environment-specific variable files, and pipeline configuration so your internal team or any future partner can operate and extend the environment independently. The full delivery approach is described on the How we work page.

What factors determine the cost and timeline of an AWS project?

Cost and timeline depend on several concrete variables: the number of AWS services involved and their configuration complexity, whether the work is greenfield architecture or a migration from an existing environment, the number of environments required (development, staging, production), compliance and security controls that must be built in, the volume of data to be migrated, the maturity of existing CI/CD pipelines, and the degree of infrastructure-as-code coverage needed. Engagements that start with a defined architecture scope and clear acceptance criteria move faster than those where requirements evolve during build. See engagement models for how Netofficials structures project and retainer arrangements.

How does Netofficials handle communication and support across different time zones?

Netofficials is an India-based software development company that works with clients in the US, UK, and Australia. Overlap hours, communication cadence, and escalation paths are agreed before the engagement starts. Dedicated points of contact manage sprint reviews, architecture decisions, and incident response. For managed services and post-launch support, response SLA tiers are defined by severity so production incidents receive faster attention than configuration change requests. Details on how ongoing support is structured are available on the How we work page.

Not listed here? Ask us directly

Talk to an AWS Engineer at Netofficials

Share your workload requirements and a Netofficials engineer will respond with targeted questions, a draft scope covering architecture and infrastructure-as-code approach, and a team matched to your compute, storage or migration needs.