Cloud and Platform

Event Driven Architecture Systems that react in real time and never lose a message

Event driven and message based systems with Kafka, SQS and SNS, EventBridge, Pub/Sub or RabbitMQ. Decoupled services, reliable delivery, replayable history and workloads that scale independently.

Kafka

SQS, SNS, EventBridge, Pub/Sub or RabbitMQ

At least once

Delivery with idempotent, retry safe consumers

Replay

Rebuild state or backfill from event history

Independent

Scaling for producers and consumers

Overview

What is Event Driven Architecture?

Tightly coupled systems fail together and scale together. An event driven architecture lets each part of your platform publish what happened and move on, while other services react at their own pace. Orders, payments, notifications, analytics and integrations stop blocking each other.

We pick the right backbone for the job: Kafka or MSK for high throughput streams and replay, SQS and SNS or EventBridge for serverless friendly fan out on AWS, Google Pub/Sub on GCP, Azure Service Bus or Event Hubs on Azure, and RabbitMQ or NATS where simpler routing is enough.

The hard parts are in the details, and we have built them many times: the transactional outbox so events are never lost, idempotent consumers so retries are safe, dead letter queues and alerting, schema registries and versioning, sagas for multi step workflows, and CQRS or event sourcing where a full history matters.

Everything is observable end to end with correlation ids and tracing, so when something goes wrong you can follow a single order through every service it touched.

Key benefits

Why businesses choose this

Loose Coupling

Services evolve and deploy independently without breaking each other.

Nothing Lost

Outbox, retries and dead letter queues guarantee delivery.

Scale Each Part

Consumers scale on queue depth with KEDA or Lambda concurrency.

Traceable

Correlation ids and tracing across every hop.

How it works

Our delivery process

  1. 01

    Event Storm

    A workshop to identify the business events, producers and consumers.

  2. 02

    Design

    Topics, schemas, delivery guarantees, retries and failure handling.

  3. 03

    Implement

    Brokers as code, producers, consumers and end to end tracing.

  4. 04

    Prove

    Load and chaos tests, then dashboards and alerts for production.

Use cases

Real world applications

  • Order, payment and fulfilment pipelines
  • Real time notifications, activity feeds and dashboards
  • Integration hubs between SaaS tools and internal systems
  • Streaming data into warehouses and analytics
  • Long running workflows with sagas and compensation
Let us build it

Ready to start with Event Driven Architecture?

Let us have a free 30 minute call to explore what is possible for your business. No commitment required.

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