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Application Architecture

Microservices Technology — Scalable Application Architecture

Monolithic applications become bottlenecks as your business scales — long deployment cycles, cascading failures, and teams stepping on each other's code changes. Opsio's microservices technology services help you decompose monoliths into independently deployable services, implement API gateways and service meshes, and establish the CI/CD, observability, and governance practices that make microservices sustainable at scale.

Más de 100 organizaciones en 6 países confían en nosotros · 4.9/5 valoración

10x

Deploy Frequency

99.99%

Service Uptime

< 50ms

API Latency P99

70%

Faster Releases

Kubernetes
Docker
API Gateway
Service Mesh
AWS
Azure

Modern Microservices Architecture

Microservices architecture enables independent deployment, scaling, and development of application components — but it also introduces distributed systems complexity. Service discovery, inter-service communication, distributed tracing, data consistency across services, and API versioning are challenges that don't exist in monolithic applications. Without proper architecture and tooling, microservices can create more problems than they solve. Opsio's microservices technology services cover the full transformation journey: domain-driven design workshops to identify service boundaries, API contract design with OpenAPI specifications, container packaging with Docker, orchestration with Kubernetes, service mesh implementation with Istio or Linkerd, API gateway configuration with Kong or AWS API Gateway, event-driven communication with Kafka or RabbitMQ, and comprehensive observability with distributed tracing, metrics, and centralised logging.

We don't advocate for microservices everywhere. Some applications are better served by modular monoliths or serverless functions. Opsio evaluates your team size, deployment frequency requirements, scaling patterns, and operational maturity to recommend the right architecture — and then builds the platform, tooling, and practices to make it work in production.

Domain-Driven Service DecompositionApplication Architecture
API Design & Gateway ManagementApplication Architecture
Service Mesh & ObservabilityApplication Architecture
Event-Driven ArchitectureApplication Architecture
Container OrchestrationApplication Architecture
KubernetesApplication Architecture
DockerApplication Architecture
API GatewayApplication Architecture
Domain-Driven Service DecompositionApplication Architecture
API Design & Gateway ManagementApplication Architecture
Service Mesh & ObservabilityApplication Architecture
Event-Driven ArchitectureApplication Architecture
Container OrchestrationApplication Architecture
KubernetesApplication Architecture
DockerApplication Architecture
API GatewayApplication Architecture

Lo que entregamos

Domain-Driven Service Decomposition

Facilitated workshops using domain-driven design (DDD) to identify bounded contexts, aggregate roots, and service boundaries. Event storming sessions map business processes to service interactions, ensuring decomposition follows business domains rather than arbitrary technical splits.

API Design & Gateway Management

RESTful and gRPC API design following OpenAPI 3.0 specifications. API gateway implementation with Kong, AWS API Gateway, or Azure API Management for rate limiting, authentication, versioning, and traffic routing across service versions.

Service Mesh & Observability

Istio or Linkerd service mesh for mTLS encryption, traffic management, and circuit breaking between services. Distributed tracing with Jaeger or Tempo, metrics with Prometheus, and log correlation across service boundaries for end-to-end request visibility.

Event-Driven Architecture

Asynchronous communication patterns using Apache Kafka, RabbitMQ, or AWS EventBridge for event-driven microservices. Event sourcing and CQRS patterns for services requiring complex state management and audit trails.

Container Orchestration

Kubernetes-based deployment with Helm charts per service, horizontal pod autoscaling, rolling updates, and canary deployments. Infrastructure provisioned with Terraform and deployments managed through ArgoCD GitOps workflows.

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Microservices Technology — Scalable Application Architecture

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