Connect the systems
the operation depends on.

It is the governed set of interfaces, data contracts, security controls, monitoring and support procedures that lets customer ordering, ERP, product data, WMS, transport, finance and analytics behave as one operation. It is not necessarily one platform or a new integration product. The design states which system owns each fact, how changes cross boundaries, what happens when data is rejected or delayed and how the business reconciles material differences.

Yes, where the products and licences provide a viable supported or controlled interface. ORBN works with APIs, webhooks, events, message queues, EDI, managed file exchange and carefully bounded legacy interfaces. We first verify documentation, environments, rate limits, data access, authentication, vendor responsibility and commercial constraints. If a source cannot expose the required business state safely, we make that limitation visible rather than promising that middleware can invent missing capability.

No. Order acceptance, cancellation, priority, warehouse exceptions and dispatch status may need low latency, while catalogue, cost or analytical data may be safely batched. Real time adds ordering, retry, load and operational complexity. We define a freshness target and stale-data behaviour for each flow, then choose the simplest supported method that meets the decision window. A reliable five-minute exchange can be better than a fragile instant one.

Options may include vendor-supported files, scheduled exports, read-only database access, change capture, UI-assisted transition or a controlled service around an existing interface. Direct database writes are treated cautiously because they can bypass business rules and break during upgrades. The design isolates legacy coupling, adds contract tests and monitoring, documents support responsibility and includes an exit path so the temporary adapter does not become an invisible permanent dependency.

Records use stable business identifiers and version rules. Receivers are designed to handle repeated delivery safely through idempotency or explicit duplicate checks, and timeouts do not automatically trigger unsafe resubmission. Stock requires a named authority and clear meanings for on-hand, available, allocated, held and in-transit. Material states are reconciled at the useful level of product, unit, location, batch, ownership and status rather than comparing only grand totals.

It can support traceability by preserving product, batch or lot, location, quantity, partner and event relationships as goods are received, moved, picked, dispatched and returned. Technology alone does not establish compliance: required records, retention, accuracy, access, recall procedures and responsibilities must be agreed with the business’s food-safety specialists. We design the interfaces and evidence trail around those requirements and test whether records remain usable through exceptions and corrections.

A bounded interface between accessible, documented systems can be proved in weeks. Wider programmes take longer when master data is inconsistent, several sites or partners differ, vendors control environments, history must migrate or cutover needs parallel running. ORBN separates discovery, the riskiest technical proof, a controlled production slice and expansion. That produces useful evidence early without pretending the first connector demonstration represents a fully operated integration estate.

The support model is agreed before release. It names first-line operational response, technical monitoring, vendor escalation, service targets, access, runbooks and the authority to correct or replay records. ORBN can operate the integration, provide retained engineering support or hand over code, infrastructure and procedures to an internal or nominated team. Business ownership remains essential because many failures require a commercial or warehouse decision, not only a technical retry.