SyncWave Integrate

One platform to connect everything — enterprise service bus, event-driven microservices, Kafka streaming, gRPC, and the full technology stack your architecture demands.

The Integration Platform for Modern Enterprises

Four core capabilities — from legacy ESB connectivity to cloud-native event streaming — designed to work standalone or together.

Enterprise Service Bus

Centralised message routing, transformation and orchestration — bridging legacy systems, SaaS and cloud services through one unified backbone.

Microservices Mesh

Service discovery, circuit breakers, load balancing and distributed tracing — full observability across your entire microservices topology.

Event Streaming

Kafka-powered high-throughput event pipelines with exactly-once delivery semantics, schema registry and real-time stream processing.

API Gateway

Design-first OpenAPI management, versioning, rate limiting, mTLS enforcement and a self-service developer portal out of the box.

500+
Pre-built connectors
<5 ms
Median gRPC latency
10M+
Events/sec on Kafka
99.99%
Message delivery SLA
ESB & Microservices

From Monolith to Mesh

Whether you're modernising a legacy monolith or starting cloud-native, SyncWave Integrate provides the integration spine that holds your architecture together — without the vendor lock-in.

  • Enterprise Service Bus (ESB)

    Centralised routing, message transformation (XML ↔ JSON ↔ Avro), content-based routing and protocol mediation — REST, SOAP, JMS, AMQP and more.

  • Microservices Decomposition

    Domain-driven service boundaries, contract-first API design and automated dependency mapping to safely decompose monoliths into independently deployable services.

  • Service Mesh (Istio / Envoy)

    Sidecar-injected mTLS, traffic policies, retries, timeouts and Canary deployments — all managed via declarative configuration, not application code.

  • Distributed Tracing & Observability

    OpenTelemetry-native tracing across every service call, with automatic correlation IDs propagated through async message chains.

SyncWave Integrate · Integration Mesh
ERP
SAP / Oracle
CRM
Salesforce
Core Bank
T24 / Flexcube
▼ protocol mediation & routing
Enterprise Service Bus
Transform · Route · Enrich · Mediate
▼ publish & subscribe
Kafka Event Bus
Topics · Consumer Groups · Schema Registry
▼ consume & process
Payments
Go-lang
Accounts
SpringBoot
Notify
gRPC

Synchronous & Asynchronous Architectures

SyncWave Integrate supports both communication patterns — choose the right one per use case, or combine them in a single workflow.

Synchronous (Request / Reply) SYNC

Caller waits for an immediate response. Ideal for real-time queries, authentication flows and user-facing transactions where latency matters.

  • gRPC — high-performance, strongly-typed binary RPC over HTTP/2; ideal for inter-service calls in polyglot environments
  • REST / OpenAPI — HTTP request-reply with full API gateway policies (rate limiting, auth, versioning)
  • GraphQL — flexible query layer for aggregating data from multiple microservices in a single round trip
  • WebSockets — persistent bidirectional channels for dashboards, notifications and live data feeds

Asynchronous (Event-Driven) ASYNC

Producer fires an event and continues. Consumers react in their own time. Decouples services, absorbs load spikes and enables fan-out at scale.

  • Apache Kafka — distributed commit log for high-throughput event streaming with durable retention and consumer-group offsets
  • ActiveMQ / Artemis — enterprise messaging broker supporting JMS, AMQP, MQTT and STOMP for reliable queue-based workflows
  • Redis Streams / Pub-Sub — ultra-low-latency ephemeral messaging and caching, ideal for session state and real-time leaderboards
  • Saga Pattern — choreography or orchestration sagas to manage distributed transactions across microservices without 2PC locking
When to use which pattern
SYNC User login, payment authorisation, KYC lookup
ASYNC Transaction notifications, report generation, audit logging
SYNC Real-time fraud scoring (<50 ms SLA)
ASYNC Bulk statement generation, end-of-day reconciliation
SYNC Mobile banking API, chatbot responses
ASYNC Event sourcing, CDC pipelines, data warehouse feeds

The Technologies Inside SyncWave Integrate

Battle-tested open-source and enterprise technologies assembled into a single, managed integration platform.

Apache Kafka

Distributed event log for high-throughput, fault-tolerant streaming at millions of events/sec

ActiveMQ / Artemis

Enterprise JMS broker with AMQP, MQTT and STOMP support for reliable queue-based messaging

Redis

In-memory data store for sub-millisecond pub/sub, streams, caching and distributed session state

gRPC

Binary RPC over HTTP/2 with Protobuf schemas — strongly typed, streaming-capable, polyglot-ready

Spring Boot

Production-ready Java microservices with auto-configured Kafka, JPA, OAuth2 and actuator metrics

Go-lang

Statically typed, compiled microservices with native concurrency — ideal for high-throughput sidecar proxies and CLI tooling

Apache Camel

300+ component EIP (Enterprise Integration Patterns) library for route-based system integration and data transformation

WSO2 API Manager

Full API lifecycle management — publish, secure, throttle and monetise APIs across your organisation

AsyncAPI / OpenAPI

Schema-first contract definitions for both async event channels and synchronous REST APIs — machine-readable docs and validation

Istio / Envoy

Service mesh with automatic mTLS, traffic shaping, blue-green deployments and granular observability

OpenTelemetry

Vendor-neutral traces, metrics and logs auto-injected across all integrated services with Jaeger and Prometheus backends

Debezium (CDC)

Change Data Capture for streaming database mutations into Kafka topics in real time — no application code changes needed

Integration Patterns Built In

Enterprise Integration Patterns (EIP) implemented as managed, configurable building blocks — not custom code.

🔀

Content-Based Router

Route messages to different downstream services based on payload content, headers or metadata — no if-else logic in your application code.

🔄

Message Transformer

Bidirectional transformation between JSON, XML, Avro, Protobuf and CSV using declarative mapping rules — no custom serialisation code.

📦

Aggregator & Splitter

Split a single message into parallel streams, process independently, then aggregate results back — fan-out/fan-in at the integration layer.

♻️

Dead Letter & Retry

Configurable exponential back-off retry policies with dead-letter queues, alerting and poison-message handling for every integration flow.

🔌

Competing Consumers

Multiple consumer instances process from the same queue in parallel, auto-scaling throughput to match inbound message rate dynamically.

🏦

Transactional Outbox

Guarantee consistency between your database write and Kafka publish using the transactional outbox pattern with Debezium CDC relay — no dual-write risk.

Apache Kafka

Event Streaming at Any Scale

SyncWave Integrate ships a fully managed Kafka cluster with schema registry, Kafka Connect for CDC pipelines and KSQL for stream processing — all monitored through a single dashboard.

  • Durable Topic Retention

    Configurable message retention from hours to forever — replay any event stream from any offset for auditing, debugging or reprocessing.

  • Consumer Groups & Offsets

    Independent consumer groups each maintain their own commit offset — add new consumers without impacting existing pipelines.

  • Schema Registry (Avro / Protobuf)

    Enforce backward/forward compatibility on every topic. Producers and consumers negotiate schemas automatically — no coordinated deploys required.

PaymentEventProducer.java
1@Service 2public class PaymentEventProducer { 3 4 @Autowired 5 private KafkaTemplate<String, PaymentEvent> kafka; 6 7 @Transactional // outbox pattern 8 public void publish(PaymentEvent event) { 9 kafka.send( 10 "sw.payments.v1", 11 event.getAccountId(), // partition key 12 event 13 ); 14 } 15}
notify_consumer.go
1func ConsumeAndNotify(ctx context.Context) { 2 r := kafka.NewReader(kafka.ReaderConfig{ 3 Brokers: []string{"kafka:9092"}, 4 Topic: "sw.payments.v1", 5 GroupID: "notify-svc", 6 }) 7 for { 8 msg, _ := r.ReadMessage(ctx) 9 // call gRPC notification service 10 client.SendPush(ctx, &pb.PushReq{ 11 Payload: msg.Value, 12 }) 13 } 14}

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