Decouple to Scale: Microservices & Orchestration
Transform rigid monoliths and legacy systems into distributed, resilient, and maintainable ecosystems. We are experts in Kubernetes and safe modernization.
Master Distributed Complexity
Microservices bring agility but require governance. We provide the framework to operate at scale.
Modernization Strategy (Strangler Fig)
Don't rewrite everything at once. We extract features from your legacy gradually, reducing "Big Bang" risk and delivering continuous value.
Kubernetes Governance (K8s)
Implementation and management of Kubernetes clusters (EKS, AKS, GKE) focused on security, self-healing, and resource efficiency.
Service Mesh & Observability
Total control of inter-service traffic (Istio/Linkerd), with automatic mTLS and distributed tracing to identify bottlenecks instantly.
Event-Driven Architecture
True decoupling using Kafka or RabbitMQ for asynchronous communication, ensuring that a service failure doesn't bring down the whole system.
APIs and Contracts as a Product
REST/gRPC contract versioning with backward compatibility: teams evolve without breaking consumers.
Surgical Scaling
HPA and KEDA scaling only the services under load. A checkout spike does not inflate catalog costs.
The Strangler Fig journey: leave the monolith without betting everything
Each phase ships one service to production. You modernize in reversible steps, with the legacy operation running until the final cutover.
The 4 phases of safe modernization
Facade
A facade layer in front of the monolith routes the traffic. Nothing changes for users, but each route can migrate individually.
Increment
The first business domain becomes a microservice with its own database, independent deploys and an owning team.
Cutover
Route traffic migrates gradually (canary) to the new service. Metrics compare both sides in real time.
Removal
Legacy route code is retired. The monolith shrinks, complexity drops, and the cycle repeats on the next domain.
Orchestration and governance included
How we run your decoupling
A proven methodology to modernize without interrupting the business, from diagnosis to a distributed DNA.
Domain mapping
Event storming with your team identifies business boundaries (bounded contexts) and prioritizes domains by value and risk.
Minimum platform
Kubernetes cluster, CI/CD, service mesh and observability ready: the platform your services will live in.
Extraction by value
One domain at a time leaves the monolith with a segregated database, API contracts and a defined owner. Every extraction is a reversible deploy.
Distributed operation
SLOs per service, runbooks and continuous evolution. Your team receives a documented platform, trained to run on its own.
Microservices FAQ
Demystifying distributed architecture.
To gain agility and scalability. Different teams can work on different services simultaneously, and you can scale only the parts of the system under load, saving resources.
Yes, operational complexity increases. That's why Tech86 implements automation, CI/CD, and robust orchestration. Without this engineering, microservices can become a management nightmare.
It's like a "conductor" for your servers. Tools like Kubernetes automatically decide where to run your application, restart failed services, and scale capacity based on traffic, without human intervention.
Yes. We design efficient REST/gRPC APIs and implement resilience patterns like Circuit Breakers and Retries to ensure communication between services is reliable, even on unstable networks.
No. Often the answer is extracting 2 or 3 critical domains (say, checkout and billing) while keeping the rest stable. Decoupling is a business tool, not dogma.
Yes: documented platform, runbooks, training and assisted handover. The goal is for you not to depend on us for day-to-day operations.
Talk to Microservices Specialists
Describe your monolith scenario and get a decoupling roadmap.
Quick conversation.
Address
Avenida Paulista, 1636 - São Paulo - SP - 01310-200