System Integration

System
Integration

Reusable platforms for API integration, data pipeline orchestration, enterprise system connectivity, and integration governance — built to reduce the ongoing complexity of keeping systems connected.

Our Capabilities

Reducing Integration Complexity

6 Core Service Areas

API integration, data pipelines, enterprise connectivity, event-driven architecture, integration governance, and managed integration support.

Connecting Systems via APIs

API Integration

API layer design and integration tooling that connects internal services and third-party platforms with consistent, maintainable interfaces.

  • API Design & Gateway Management
    Standardised API design, versioning, and gateway configuration for consistent exposure across systems
  • Third-Party API Connectors
    Reusable connectors for SaaS platforms, payment providers, logistics, and other external services
  • API Monitoring & Observability
    Latency, error rate, and availability tracking across integration endpoints with alerting on degradation
API Design Gateway Management Observability
Futuristic tech network in neon blue
Unified
API Layer
Moving and Transforming Data

Data Pipelines

Pipeline tooling that moves, transforms, and delivers data between systems reliably — with visibility into what flows where and why.

  • ETL & ELT Pipeline Development
    Batch and streaming pipelines that extract, transform, and load data across databases, warehouses, and applications
  • Data Mapping & Transformation
    Schema mapping and transformation logic that reconciles formats and structures across disparate systems
  • Pipeline Monitoring & Error Handling
    End-to-end pipeline observability with defined retry, alerting, and recovery behaviour for failed runs
ETL / ELT Data Mapping Pipeline Monitoring
Neon data flow pipeline system
Reliable
Data Pipelines
ERP, CRM, and Legacy Systems

Enterprise Connectivity

Integration of enterprise platforms and legacy systems into modern architectures — without requiring a full replacement of existing investments.

  • ERP & CRM Integration
    Connectors and middleware for SAP, Oracle, Salesforce, Microsoft Dynamics, and other enterprise platforms
  • Legacy System Adapters
    Adapter layers that expose legacy systems through modern interfaces without touching the underlying codebase
  • B2B & Partner Integration
    EDI, SFTP, and API-based integration with external partners, suppliers, and regulatory bodies
ERP / CRM Legacy Adapters B2B Integration
Neon network connectivity diagram
Enterprise
Connectivity
Async Messaging at Scale

Event-Driven Architecture

Messaging and event infrastructure that decouples systems, improves resilience, and allows services to react to state changes in real time.

  • Message Broker Design & Implementation
    Kafka, RabbitMQ, and cloud-native messaging infrastructure designed for throughput, ordering, and fault tolerance
  • Event Schema & Contract Management
    Schema registries and versioning strategies that keep producers and consumers in sync without tight coupling
  • Stream Processing
    Real-time event processing pipelines for aggregation, filtering, and routing of high-volume event streams
Kafka / RabbitMQ Event Schemas Stream Processing
Neon tech network architecture dashboard
Async
Event-Driven Systems
Standards Enforced Across Teams

Integration Governance

Governance tooling that keeps integration patterns consistent, documented, and compliant as the number of systems and teams grows.

  • Integration Pattern Standards
    Defined and enforced patterns for how systems connect, reducing ad-hoc point-to-point integration over time
  • API & Event Catalogue
    Centralised registry of APIs, events, and data contracts with ownership, versioning, and usage visibility
  • Dependency & Impact Mapping
    Live maps of system dependencies that surface downstream impact before changes are made
Integration Patterns API Catalogue Dependency Mapping
Digital security network interface
Governed
Integration Layer
Ongoing Operational Coverage

Managed Integration Support

Continued operational support for integration platforms after delivery — keeping pipelines running, adapters current, and incidents resolved.

  • Integration Monitoring & Alerting
    Continuous health monitoring across integration flows with defined response to failures and degradations
  • Connector & Adapter Maintenance
    Scheduled updates to connectors as third-party APIs and enterprise platforms release breaking changes
  • Capacity & Volume Management
    Ongoing review of throughput and queue depths to stay ahead of volume growth and seasonal peaks
Integration Monitoring Adapter Maintenance Volume Management
Futuristic support network hub
Managed
Integration Support
Unified
API Layer
Consistent interfaces across internal and external systems
Reliable
Data Pipelines
Monitored flows with defined recovery on failure
Async
Event-Driven Systems
Decoupled services that scale without tight coupling
Governed
Integration Layer
Patterns and contracts enforced consistently across teams
Futuristic tech flow infographic design
Platform
API, Data &
Enterprise Connectivity
Our Approach

Integration that stays manageable as systems and teams grow

We build the tooling that keeps connected systems running reliably over time — APIs, pipelines, and governance that remain consistent well after the initial integration is delivered.

  • 01
    Integrations built on reusable patterns
    Consistent connectors and interfaces reduce the cost of each subsequent integration and the burden of ongoing maintenance.
  • 02
    Data flows with visibility by default
    Pipelines are instrumented from the start — failures surface quickly, and data lineage is traceable without manual investigation.
  • 03
    Legacy systems connected without replacement
    Adapter layers bring existing enterprise platforms into modern architectures incrementally, protecting existing investment.
  • 04
    Support continues after go-live
    Connector maintenance, volume management, and incident response keep integration platforms stable as connected systems evolve.