Systems that do not
talk to each other cost you.
API design, system integration, and ecosystem connectivity for businesses where the gaps between platforms are where value is lost.
Disconnected systems are not a technology problem. They are a revenue problem.
When CRM does not talk to ERP, when the payments platform does not sync with the finance system, when customer data lives in four different places and none of them agree, every team in the business absorbs the cost. Manual reconciliation, delayed reporting, broken customer journeys, and failed automation initiatives all trace back to integration that was never done properly. The cost compounds every quarter it is left unresolved.
$3.1T
lost annually by US businesses due to poor data quality and siloed systems that prevent accurate reporting and operational decision-making
30%
of enterprise IT spend goes to integrating and maintaining connections between systems that were never designed to work together
83%
of IT leaders say integration complexity is the primary barrier to digital transformation initiatives delivering on their business case
Integrations that stay working.
APIs, connectors, pipelines, and data sync.
API Design and Development
REST and GraphQL APIs designed for the developers and systems that will consume them. Clear contracts, versioning strategy, authentication, rate limiting, and documentation built in from the start. APIs that are easy to integrate with and do not require a support call to understand.
System and Platform Integration
Connecting CRM, ERP, finance, payments, logistics, and operational platforms so data moves reliably between them. Whether the integration is point-to-point, event-driven, or routed through a middleware layer, we design it to be maintainable and observable, not just functional on day one.
Third-Party and SaaS Connectivity
Integration with the SaaS platforms your business already runs on: payment gateways, communication tools, analytics platforms, identity providers, and industry-specific services. Webhook management, OAuth flows, and error handling done correctly so the integration stays reliable.
Data Sync and Event Pipelines
Keeping data consistent across systems in real time or near-real time using event-driven architecture, message queues, and change-data capture. For businesses where reporting, automation, or customer experience depends on data being current and accurate across platforms.
Map first. Build second.
Most integration failures are design failures, not code failures.
Map the systems before touching any of them.
Integration Discovery
We audit the platforms involved, the data that needs to move between them, the frequency and volume of that data, and where the current gaps are causing friction or loss. Authentication methods, API availability, rate limits, and data format differences are all documented. The integration scope is defined before any build work starts.
Decide the pattern before writing the code.
Architecture and Contract Design
We select the right integration pattern for the problem: synchronous API calls, event-driven messaging, batch sync, or a combination. API contracts are defined with input and output schemas, error responses, and versioning strategy agreed upfront. For multi-system integrations, the data flow and transformation logic is mapped before implementation.
Integration work that is tested to break.
Build and Test
We build the integration with error handling, retry logic, and dead-letter queuing for failures. Every integration is tested against edge cases: timeouts, rate limit hits, partial failures, schema changes, and authentication expiry. Observability is built in so issues are visible in production, not discovered by a user.
Live with visibility into what is happening.
Deployment and Monitoring
Integration is deployed with logging, alerting, and dashboards that show message volumes, failure rates, and latency. Runbooks are written for the failure scenarios that can be recovered manually. For long-running integrations, we provide a handover that leaves the operational team confident in what they are running.
Integration that does not come back as a problem.
Built to run, not just to ship.
Integration designed to last.
We build integrations with versioning, error handling, and retry logic from the start. When the upstream API changes or the downstream system goes down, the integration degrades gracefully and recovers without manual intervention. That is what separates integration work that lasts from work that has to be rebuilt.
Security and compliance built in.
API authentication, token management, data encryption in transit, and least-privilege access are applied to every integration we build. For industries with compliance requirements, we implement the audit trails and access controls that regulators expect before the question is asked.
Visible in production.
Every integration we deliver includes logging, alerting, and operational runbooks. When something breaks at 2am, the team managing the system can see what happened, understand why, and recover it. We do not hand over integrations that are invisible until they fail.
Integration designed to last.
We build integrations with versioning, error handling, and retry logic from the start. When the upstream API changes or the downstream system goes down, the integration degrades gracefully and recovers without manual intervention. That is what separates integration work that lasts from work that has to be rebuilt.
Security and compliance built in.
API authentication, token management, data encryption in transit, and least-privilege access are applied to every integration we build. For industries with compliance requirements, we implement the audit trails and access controls that regulators expect before the question is asked.
Visible in production.
Every integration we deliver includes logging, alerting, and operational runbooks. When something breaks at 2am, the team managing the system can see what happened, understand why, and recover it. We do not hand over integrations that are invisible until they fail.
We had five systems that were supposed to work together and none of them did. Every month we spent three days manually reconciling data between them. Amorisoft built the integration layer in ten weeks and we have not run that reconciliation process since.
Head of Operations
Logistics Platform, Dubai, UAE
We had five systems that were supposed to work together and none of them did. Every month we spent three days manually reconciling data between them. Amorisoft built the integration layer in ten weeks and we have not run that reconciliation process since.
Head of Operations
Logistics Platform, Dubai, UAE
Have systems that need to work together?
Bring the brief. One conversation is enough to know whether we are the right fit.