We design, modernize and operate your cloud with your business in mind. Architecture, development and support to move forward with a solid foundation and clear decisions.
NewInntech engineering, built on AWS
From a first application to the evolution of your platform. We connect strategy, software and infrastructure so every decision reflects your operations, team and budget.
We define accounts, networks, identities and environments. We design a foundation with clear responsibilities, access controls and infrastructure as code to support organized growth.
Amazon VPC · AWS IAM · AWS Control TowerWe assess applications and dependencies to decide what to move, adapt or redesign. We plan the transition in stages, with testing, acceptance criteria and a rollback strategy.
Amazon EC2 · Amazon ECS · Amazon EKSWe develop APIs, microservices and event-driven processes. We integrate enterprise systems, ERPs and external platforms using the architecture the workload requires.
AWS Lambda · Amazon API Gateway · Amazon EventBridgeWe connect sources, organize data and build analytics and AI applications. We evaluate models, permissions and response quality before integrating them into business processes.
Amazon S3 · Amazon Bedrock · Amazon SageMaker AIWe connect code, testing and deployments in a repeatable workflow. We automate infrastructure and controls so teams can deliver traceable changes.
Infrastructure as code · CI/CD · ObservabilityWe make consumption and service health visible. We review sizing, budgets and opportunities for improvement, balancing cost, performance and continuity.
Amazon CloudWatch · AWS Budgets · AWS Cost ExplorerExplore the possibilities
Select a scenario to see how its components connect and which decisions guide the design. Each solution is adapted to your context.
A starting point for portals, APIs and event-driven integrations. We combine managed services to focus development on business logic.
A reference for containerized applications and microservices. This example uses ECS with Fargate; we assess EKS when a project requires Kubernetes.
A reference for assistants that consult authorized information from your organization. We connect context retrieval and generative models within an application with defined access controls.
Simplified diagrams for exploring options. The final solution defines networking, authentication, availability, backups and integrations according to project requirements.
Criteria for design and operations
We use the six pillars of AWS Well-Architected as a reference to review decisions, identify opportunities and prioritize improvements with your team.
Explore the AWS Well-Architected FrameworkMonitoring, procedures and learning from operations.
Identities, permissions, data protection and incident response.
Recovery, failure testing and continuity suited to the service.
Resources and architecture matched to demand and workload.
Visible consumption, right-sizing and spending reviews.
Efficient resource use and reduced unnecessary capacity.
From strategy to operations
We agree on scope, responsibilities and success criteria. We work in stages to validate decisions and prepare your team to operate the solution.
We review objectives, applications, data and dependencies. We identify risks, constraints and an initial scope that brings value to the business.
We define architecture, access, estimated consumption and an implementation plan. We agree on tests and criteria for moving forward.
We implement infrastructure and software in stages. We test integrations, security, performance and recovery before going live.
We hand over documentation and knowledge. We agree on monitoring, support and an improvement plan informed by the solution’s behavior.
Before you start
Yes. We start by reviewing architecture, deployments, consumption and operational needs. We prioritize improvements with your team and agree on a plan that accounts for existing dependencies.
We inventory applications and data, review dependencies and choose a strategy for each workload. We plan testing, change windows, data validation and rollback. Availability requirements and acceptable impact are defined before executing the migration.
We estimate consumption based on the architecture and usage assumptions. We define tags, budgets and reviews to compare forecasts with actual spending. AWS charges and professional services are detailed separately; credits or benefits depend on eligibility and their terms.
We agree on the scope of monitoring, maintenance, support and evolution. We define responsibilities, channels and applicable response times, along with documentation and training so your team can operate the solution.
The next step starts with a conversation
Planning a migration, launching an application or improving your current cloud? Tell us the challenge and let’s define a path on AWS.
Let's talk about AWS
