Connect every system
and keep them in sync.
Custom APIs, third-party platform integrations, and middleware that eliminates the fragmentation tax — so the right data is in the right place automatically, and your team spends time on decisions instead of data reconciliation.
Systems we connect
Not a data problem.
A fragmentation problem.
Most businesses don't have a data problem. They have a fragmentation problem. The customer data is in the CRM. The order data is in the ERP. The support history is in the helpdesk. Between all of them: manual exports, copy-paste workflows, and spreadsheets acting as middleware.
The information exists. It just lives in the wrong place at the wrong time, and getting it where it needs to be requires a human in the middle — extracting an operational tax that compounds every day.
We build the integration layer that eliminates that tax. Reliable, monitored, designed for failure — so the right data is in the right place automatically, and errors surface early rather than downstream.
Seven patterns
we own end-to-end.
CRM & ERP Integrations
Bidirectional sync between your CRM (Salesforce, HubSpot, Dynamics) and ERP (SAP, Oracle, NetSuite, Sage) — keeping customer records, order status, inventory levels, and financial data consistent across systems. Conflict resolution logic, field mapping, and full audit trails. Built with the error handling and retry logic that keeps them running reliably for years.
Different systems.
Same fragmentation problem.
Fragmentation is industry-agnostic. The systems differ; the problem — data that lives in the wrong place at the wrong time — is universal.
Order management synchronized across storefront, warehouse, and shipping carrier. Product catalog managed in one system and published everywhere. Customer data unified across e-commerce platform, CRM, and support desk. Returns and refunds flowing from customer request to financial system without manual intervention.
Trade data flowing between execution systems and risk platforms. Client account data synchronized between front-office CRM and back-office operations. Transaction events propagating to compliance systems in real time. Regulatory reporting data assembled automatically from multiple operational sources.
Patient records synchronized between EHR, billing, and scheduling systems. Lab results routed to the right clinical workflows. Claims data flowing from clinical documentation to billing to payer submission. HL7/FHIR interfaces between clinical systems with the validation that healthcare data exchange requires.
SaaS Platforms
Billing system integrated with CRM and customer success platforms. User provisioning synchronized with identity provider. Product usage events flowing to analytics and customer health scoring. Support tickets linked to customer account data. The integration layer that makes your platform feel coherent to both internal teams and customers.
Carrier APIs for real-time shipment tracking and rate shopping. Warehouse management systems connected to order management. Supplier portals integrated with procurement systems. EDI connections to retail partners and 3PLs. The data flows that keep supply chains visible and responsive.
ERP integration with shop floor systems. Supplier portals connected to procurement. Quality data flowing from production systems to QMS. Maintenance management integrated with equipment monitoring. The operational integration layer that gives manufacturing leadership real-time visibility.
Four ways
to engage us.
From a focused audit to a full integration platform — scoped to your current state and where you need to go.
Integration Audit
Mapping of every system, data flow, and integration dependency currently in place. Identifies redundant connections, fragile handoffs, and the manual reconciliation work costing your team time. Delivers an integration landscape document and prioritized remediation plan.
Targeted Build
A single integration or API project scoped to solve a defined business problem. Designed, built, deployed, and documented — with the monitoring, alerting, and operational runbook that make it maintainable after handoff. Scope-locked pricing, clear acceptance criteria.
Integration Platform
A multi-system integration layer or API program: middleware architecture, event bus, connector framework, and the operational infrastructure to run it. For organizations with more than a handful of systems that need to stay in sync, this is the strategic foundation.
Ongoing Operations
Third-party APIs change. Schemas drift. Auth tokens expire. We operate integrations after launch — monitoring, incident response, version upgrades, and the maintenance work that keeps integrations running for years instead of degrading quietly.
The stack we reach for.
Protocol and platform selection follows your integration requirements and existing infrastructure — not what's easiest for us to implement.
Engineered for production,
not for a demo.
We design for failure, not just the happy path.
The happy path works in staging. Production is where the network flaps, the API returns a 429, the authentication token expires at 3am, and the message arrives twice. We design integrations that handle adversarial conditions gracefully — failing safely, alerting accurately, and recovering automatically.
We own the integration, not just the code.
An integration that's deployed but not monitored is a liability, not an asset. We build the operational infrastructure — monitoring, alerting, runbooks, documentation — that lets you operate the integration after we're done. When the Stripe API changes their webhook payload format, you'll know before your customers do.
We understand both sides.
Enterprise integration requires understanding the quirks, limitations, and undocumented behaviors of the systems on both ends of every connection. We've integrated with dozens of enterprise systems across every major vendor and know where the documentation is wrong, where the APIs are unreliable, and what the workarounds are.
We keep integrations maintainable.
Point-to-point integrations built without architecture discipline become unmaintainable quickly. Every new connection adds complexity. Schema changes break multiple things at once. We design integration architectures that are extensible — adding a new system or data flow doesn't require rebuilding what's already there.
Straight answers.
Rate limit management is part of the integration architecture. We implement request queuing, exponential backoff, and in some cases batching to respect vendor limits. For high-volume integrations, we design the data flow architecture to stay within rate limit budgets — sometimes that means async processing, sometimes caching, sometimes negotiating higher limits with the vendor.
We build integrations with schema validation that alerts when incoming data doesn't match the expected contract — so you find out about breaking API changes before they cause data corruption. For versioned APIs, we maintain the version dependency explicitly and track deprecation notices. We can also set up automated regression tests that run against the live API on a schedule.
Yes. Many legacy systems expose data only through databases, file-based exchange, or screen scraping. We build the adapter layer that wraps these interfaces and makes them behave like APIs — with all the reliability and monitoring infrastructure that implies. This work is more brittle than API-based integration by nature; we document the constraints clearly.
Data classification drives architecture decisions. PII, PHI, and financial data are handled with encryption in transit and at rest, access controls scoped to integration service accounts, audit logging of every data access, and data minimization in transformation logic — passing only the fields that are actually needed. We can build to SOC 2, HIPAA, and PCI DSS requirements.
A focused point-to-point integration between two well-documented systems typically takes 3–6 weeks including testing and monitoring setup. A multi-system integration platform covering six or eight systems with complex transformation logic and a custom API layer typically takes 2–4 months. The biggest variable is the quality of documentation for the target systems.
Connect your stack and stop paying the fragmentation tax.
Tell us what you need to connect and we'll scope the integration architecture.