From API integration and ERP/CRM connectivity to MuleSoft implementation, event-driven architecture, iPaaS platform management, and custom middleware development — Cinovic builds integrations that make your systems communicate reliably, your data flow in real time, and your teams stop re-entering the same information twice.
We partner with technology and operations leaders at organisations where the cost of disconnected systems — duplicate data entry, broken workflows, integration failures, and manual reconciliation — has become too high to ignore.
We don't just connect systems — we design integration architectures that are observable, resilient, versioned, and built to handle the inevitable: schema changes, API deprecations, connection failures, and volume spikes — without taking your business offline.
From API integration and ERP/CRM connectivity to MuleSoft implementation, event-driven architecture, iPaaS platform management, and custom middleware development — we design and build integrations that work reliably at production scale.
Design and build RESTful, GraphQL, and gRPC APIs that connect your applications and enable your business ecosystem — API strategy and design (OpenAPI specification), custom API gateway implementation, third-party API integration, API versioning, rate limiting, authentication (OAuth 2.0, API keys, JWT), and developer portal documentation for internal and external API consumers.
Connect your ERP and CRM systems to your broader technology ecosystem — bi-directional data synchronisation between SAP, Oracle, Dynamics 365, and Salesforce; order-to-cash and quote-to-cash automation; customer master data management; inventory and pricing synchronisation; and automated workflow triggers that eliminate manual handoffs between sales, finance, and operations teams.
Design, build, and manage enterprise integration solutions on MuleSoft Anypoint Platform — API-led connectivity architecture, Mule application development, CloudHub and Runtime Fabric deployment, Anypoint Exchange API catalogue management, DataWeave transformation development, error handling and monitoring, MuleSoft Anypoint Monitoring, and MuleSoft Centre for Enablement (C4E) implementation.
Design and implement event-driven integration architectures — Apache Kafka event streaming with schema registry, AWS EventBridge SaaS event routing, Google Pub/Sub event pipelines, Change Data Capture (CDC) with Debezium for database event streaming, event sourcing patterns, saga orchestration for distributed transaction management, and CQRS implementation for read/write separation.
Select, implement, and manage Integration Platform as a Service (iPaaS) solutions — Dell Boomi, Workato, Zapier for Business, Make (Integromat), Tray.io, Azure Logic Apps, and AWS Step Functions — designing integration workflows, monitoring integration health, managing API catalogue governance, and optimising platform licensing costs as your integration portfolio grows.
Build bespoke middleware and integration layers when off-the-shelf iPaaS platforms don't meet your requirements — custom message brokers with RabbitMQ or Amazon SQS, Enterprise Service Bus (ESB) patterns, transformation and routing engines, canonical data model implementation, integration adapters for legacy systems with no API, and custom webhook processing and event dispatch infrastructure.
Design and build RESTful, GraphQL, and gRPC APIs that connect your applications and enable your business ecosystem — API strategy and design (OpenAPI specification), custom API gateway implementation, third-party API integration, API versioning, rate limiting, authentication (OAuth 2.0, API keys, JWT), and developer portal documentation for internal and external API consumers.
Connect your ERP and CRM systems to your broader technology ecosystem — bi-directional data synchronisation between SAP, Oracle, Dynamics 365, and Salesforce; order-to-cash and quote-to-cash automation; customer master data management; inventory and pricing synchronisation; and automated workflow triggers that eliminate manual handoffs between sales, finance, and operations teams.
Design, build, and manage enterprise integration solutions on MuleSoft Anypoint Platform — API-led connectivity architecture, Mule application development, CloudHub and Runtime Fabric deployment, Anypoint Exchange API catalogue management, DataWeave transformation development, error handling and monitoring, MuleSoft Anypoint Monitoring, and MuleSoft Centre for Enablement (C4E) implementation.
Design and implement event-driven integration architectures — Apache Kafka event streaming with schema registry, AWS EventBridge SaaS event routing, Google Pub/Sub event pipelines, Change Data Capture (CDC) with Debezium for database event streaming, event sourcing patterns, saga orchestration for distributed transaction management, and CQRS implementation for read/write separation.
Select, implement, and manage Integration Platform as a Service (iPaaS) solutions — Dell Boomi, Workato, Zapier for Business, Make (Integromat), Tray.io, Azure Logic Apps, and AWS Step Functions — designing integration workflows, monitoring integration health, managing API catalogue governance, and optimising platform licensing costs as your integration portfolio grows.
Build bespoke middleware and integration layers when off-the-shelf iPaaS platforms don't meet your requirements — custom message brokers with RabbitMQ or Amazon SQS, Enterprise Service Bus (ESB) patterns, transformation and routing engines, canonical data model implementation, integration adapters for legacy systems with no API, and custom webhook processing and event dispatch infrastructure.
We combine integration architecture expertise, data engineering depth, DevOps automation, and enterprise system knowledge to build integration ecosystems that grow with your business — not fragile webs of point-to-point connections that collapse when one system changes.
Transform and map data correctly between heterogeneous systems — canonical data model design that acts as the single agreed-upon data standard across all integrations, field-level mapping and transformation logic, data type conversion, format translation (JSON, XML, CSV, EDI, Avro, Protobuf), data enrichment from reference sources, and validation rules that reject bad data at the integration layer before it pollutes downstream systems.
Validate integration correctness and resilience before production — contract testing with Pact, API testing with Postman and Newman, end-to-end integration test suites, chaos engineering for integration failure modes (connection loss, timeout, malformed payloads), schema compatibility testing, data reconciliation verification between source and target systems, and integration governance frameworks for API cataloguing and change management.
Secure every integration layer — OAuth 2.0 and OpenID Connect for API authentication, mutual TLS (mTLS) for service-to-service encryption, API gateway rate limiting and DDoS protection, secrets management with HashiCorp Vault, PII masking in transit and at rest, GDPR-compliant data flow mapping, SOC 2 and ISO 27001 audit logging, and field-level encryption for sensitive financial and healthcare data.
Connect legacy systems that were never designed to integrate — screen scraping with Selenium or Playwright for UI-based legacy automation, flat file and EDI integration for batch-oriented legacy systems, database-level integration via direct DB connection or CDC, SFTP file exchange automation, and mainframe integration via IBM MQ or custom COBOL-to-API adapters — because every business has a system that nobody wants to touch but everyone depends on.
Stay ahead with practical integration guides, architecture deep-dives, and case studies on API design, ERP/CRM integration, event-driven architecture, MuleSoft, iPaaS platform selection, and building resilient enterprise integration layers.
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Tell us about your product, your users, and the experience problems you're seeing — drop-off rates, confusion, low adoption, or conversion shortfalls — and we'll give you an honest UX assessment and a prioritised improvement roadmap.
Application and system integration is the process of connecting separate software systems — such as ERP, CRM, eCommerce platforms, data warehouses, and SaaS tools — so they can exchange data and trigger workflows automatically. Integration eliminates the need for manual data entry between systems, ensures data consistency across your business, enables real-time operational visibility, and allows your applications to work as a unified business ecosystem rather than isolated data silos.
Point-to-point integration connects systems directly in pairs — simple to set up for 2–3 systems, but creates an unmanageable web of dependencies as you add more systems (10 systems = 45 connections). Hub-and-spoke integration routes all connections through a central integration layer — every system connects to the hub, reducing connections from n×(n-1)/2 to just n, making the integration layer observable, maintainable, and extensible. For most businesses with 3+ systems to integrate, hub-and-spoke is significantly more scalable.
Integration timelines depend on the number of systems, data volume, transformation complexity, and available APIs. A single focused API integration between two cloud systems (e.g., HubSpot + Stripe) typically takes 3–6 weeks. A bi-directional ERP-CRM integration (e.g., SAP + Salesforce via MuleSoft) takes 8–16 weeks. A multi-system integration hub connecting 5+ enterprise systems typically takes 4–9 months. Legacy system integrations with no API add complexity and time. We scope all integrations in detail during your free architecture review.
MuleSoft is the most powerful enterprise iPaaS — ideal for large organisations with complex, high-volume integrations, strict governance requirements, and dedicated integration teams. Dell Boomi is strong for mid-market organisations needing rapid, low-code integration with pre-built connectors. Custom middleware is the right choice when your integration requirements are unique, your systems are legacy with no API support, or iPaaS licensing costs outweigh the benefits. Many organisations use a hybrid: iPaaS for standard integrations and custom code for edge cases. We assess your specific requirements and recommend the best approach.