Cloud Infrastructure Architecture
We architect AWS, Azure, or Google Cloud environments around your workload, performance, availability, and cost requirements. Where relevant, we also evaluate cloud-provider dependencies and portability before implementation.
Infrastructure Modernization and Redesign
Existing environments are assessed against current workload, performance, security, and operational requirements. We create a redesign plan to address architectural limitations, reduce unnecessary complexity, and support future growth.
Network and Environment Architecture
VPC/VNet design, subnetting, routing, network access controls, and environment isolation are planned as part of a coherent network architecture across development, staging, and production.
Compute, Container, and Kubernetes Architecture
Workloads are evaluated across VMs, containers, serverless services, or Kubernetes where appropriate. Compute resources, scaling policies, and cluster architecture are designed around workload characteristics and expected demand.
Database and Storage Infrastructure
Database topology, replication, storage, backup, and data-access patterns are planned around workload characteristics, availability requirements, performance needs, and expected data growth.
High-Availability and Disaster-Recovery Architecture
Where availability and recovery requirements call for it, we define RTO and RPO targets and incorporate appropriate backup, replication, failover, and recovery strategies into the infrastructure architecture.
Security and Access-Control Architecture
Identity, network segmentation, encryption, secrets management, and access policies are incorporated into the architecture based on your application’s security and regulatory requirements.
Infrastructure-as-Code and Deployment Architecture
Where infrastructure automation is part of the engagement, we define environments using Terraform or another appropriate Infrastructure-as-Code approach. Version-controlled infrastructure definitions make provisioning more repeatable, reviewable, and auditable.
Observability and Monitoring Architecture
Monitoring, logging, metrics, alerting, and tracing are incorporated into the infrastructure architecture so engineering teams can maintain visibility into system health and troubleshoot issues across environments.
