Cloud-Native & Distributed Systems

Modular Systems That Scale Independently

Decompose monoliths, design greenfield microservices platforms, and operate them at scale — with domain-driven design, service mesh, event-driven patterns, and cloud-native operations.

K8s NativeEKS · GKE · AKS Event-DrivenKafka · Pulsar Zero-TrustmTLS · SPIFFE/SPIRE
API GatewayKong / Envoy
Orders Service● Running · 2 replicas
Payments Service● Running · 3 replicas
Inventory Service● Running · 2 replicas
Shipping Service● Running · 1 replica
Event Bus — Apache Kafka1.2k events/s

The Technologies Behind Our Platforms

Kubernetes Docker Kafka Istio gRPC Terraform Kubernetes Docker Kafka Istio gRPC Terraform
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Uptime SLA
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Faster Releases
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SRE Support
What We Do

Our Microservices Services

From strategy and decomposition to platform engineering and operations — everything you need to run services at scale.

Strategic Assessment & Decomposition

Domain-driven design (DDD) workshops, bounded context identification, strangler fig planning, and migration risk analysis.

Greenfield Platform Design

Reference architecture, technology standards, governance model, and a developer-experience (DevEx) platform setup.

Service Mesh & Networking

Istio, Linkerd, and Consul Connect — mTLS, traffic splitting, retry/timeout/circuit breaker, and deep observability.

Event-Driven Architecture

Kafka, Pulsar, NATS, EventBridge — event sourcing, CQRS, saga patterns, outbox pattern, and schema registry.

API Gateway & Management

Kong, Apigee, AWS API Gateway, KrakenD — rate limiting, authentication, transformation, and monetization.

Observability & Resilience

OpenTelemetry, distributed tracing, metrics, and logging — plus chaos engineering with Litmus and Gremlin.

Core Stack

Choose Your Platform Foundation

CNCF-certified engineering across orchestration, messaging, service mesh, and communication layers.

Kubernetes

EKS, GKE, AKS, or OpenShift — self-healing orchestration for every workload.

Orchestration

Apache Kafka

Durable event backbone for event sourcing, CQRS, and real-time integrations.

Event Bus

Istio

Service mesh with mTLS, traffic management, and resilient communication.

Service Mesh

gRPC

High-performance, typed communication with Protocol Buffers and streaming.

Communication

Docker

Portable, immutable containers and CI/CD pipelines for every service.

Containers
How We Work

From Monolith to Distributed Platform

A pragmatic, risk-controlled path that delivers value at every step.

01

Assess & Decompose

DDD workshops, bounded contexts, and strangler-fig planning with migration risk analysis.

Phase 1
02

Design & Standardize

Reference architecture, technology standards, governance model, and DevEx platform setup.

Phase 2
03

Build & Deploy

Services, CI/CD, service mesh, event backbone, and zero-trust security wired end-to-end.

Phase 3
04

Operate & Evolve

Observability, SLOs, error budgets, and chaos engineering as the platform matures.

Ongoing
Why TPROSYS IT

CNCF-Grade Engineering, Enterprise Trust

We combine deep platform engineering with government-scale experience — architecting, building, operating, and evolving distributed systems the right way.

  • Independent deployability
  • Zero-trust security
  • Event-driven at scale
  • Polyglot by design
  • DevEx platform
  • SLO-driven operations

Decouple & Scale

Services scale and deploy independently, with team topology aligned to bounded contexts.

Observed & Resilient

Distributed tracing, metrics, logging, and chaos engineering keep every service honest.

Secure by Default

mTLS, SPIFFE/SPIRE identity, Vault secrets, and OPA policy-as-code woven throughout.

Technology

The Platform Stack

Battle-tested CNCF tools and polyglot runtimes chosen for reliability and velocity.

Runtimes & Orchestration

Kubernetes EKS / GKE / AKS OpenShift Knative Serverless

Languages & Communication

PHP / Laravel Go Java / Spring Boot Node.js Python gRPC / protobuf

Messaging & Data

Apache Kafka Pulsar RabbitMQ PostgreSQL MySQL Cassandra / Redis

Observability & Security

OpenTelemetry Prometheus / Grafana Vault OPA / Gatekeeper Jaeger / Tempo
FAQ

Frequently Asked Questions

Quick answers about adoption, decomposition, tooling, and operations.

Microservices pay off when you need independent scaling, independent deployment, and team autonomy. If your team is small or the domain is simple, a well-structured monolith is often the right start — we help you make that call with an honest architecture assessment.
We use the strangler-fig pattern, branch-by-abstraction, change data capture (Debezium), and parallel run — incrementally extracting services behind interfaces while the monolith keeps running, then cutting over with zero downtime.
We apply database-per-service, saga orchestration and choreography, the outbox pattern, and event sourcing where auditability matters — matching each consistency need to the right pattern, not a one-size-fits-all approach.
Kubernetes (EKS/GKE/AKS/OpenShift) for orchestration, Istio/Linkerd for the service mesh, gRPC/REST/GraphQL for communication, and Kafka/Pulsar for the event backbone — always with observability from day one.
Yes. We offer full-lifecycle support — architecture, build, operate, and evolve — with 24/7 SRE assistance, SLO/SLI management, error budgets, runbooks, and blameless incident response.
Let's Talk

Ready to Modernize Your Architecture?

Tell us about your system and goals. Our platform engineers will get back to you within 24 hours with a tailored assessment and roadmap.

Get a Free Consultation

No obligation — just a clear roadmap for your platform.