We design and build integrations between your ERP and your CRM, eCommerce, logistics, finance, and custom internal systems, so data flows automatically and your teams stop re-entering it manually.
Enterprise Customers
OVERVIEW
An ERP system is only as valuable as the data going into it and coming out of it. When your ERP does not talk to your CRM, your warehouse, your eCommerce platform or your finance tools, the gap is filled by manual exports, spreadsheets and data entry errors. We build ERP integrations that connect your systems bidirectionally, keep data consistent across platforms, and automate the workflows that currently require human handoffs.
WHAT WE INTEGRATE
ERP to CRM Sync customer records, order history, account status, and credit limits between your ERP (SAP, Oracle, Microsoft Dynamics, NetSuite) and your CRM (Salesforce, HubSpot, Dynamics 365) in real time or scheduled batch.
ERP to eCommerce and Marketplaces Product catalogue, pricing, inventory levels, order status and fulfilment updates flowing automatically between your ERP and Shopify, Magento, WooCommerce, or marketplace channels.
ERP to Finance and Procurement Purchase orders, invoices, payment status and supplier records synchronized between your ERP and finance tools (Xero, QuickBooks, Coupa, SAP Ariba) without manual reconciliation.
ERP to Custom Internal Systems Bespoke integrations between your ERP and internal platforms, operational tools, data warehouses, or third-party APIs that do not have a standard connector out of the box.
ERP PLATFORMS
HOW WE WORK
Map every connected system, identify data ownership, define master record rules, and document integration requirements before development begins.
Define API contracts, transformations, retry policies, and error handling while selecting the best integration pattern for each workflow.
Develop integrations, validate with production-like data volumes, and thoroughly test edge cases before deployment.
Production monitoring, alerting, data drift detection, and version management keep integrations healthy as systems evolve.
Oracle implementations typically fail not because the system doesn't work, but because it goes live without matching how the business actually operates, creating a platform that requires workarounds and undermines the investment. This usually traces back to configuration happening before a proper business process analysis, which means the system reflects generic defaults rather than the organization's real workflows.
A full Oracle implementation covers discovery and blueprinting (business process review, gap analysis, module selection), system configuration and integration development, data migration with reconciliation and testing, and a structured go-live period with hypercare support. Licensing decisions and module selection happen early, in the discovery phase, since they directly shape what gets configured afterward.
Oracle Cloud ERP is Oracle's cloud-native ERP platform, covering modules like Financials, Procurement, Supply Chain, Project Management, and HCM delivered as SaaS. Oracle E-Business Suite (EBS) is Oracle's on-premise ERP suite, still widely used by organizations that haven't migrated to the cloud platform. Many organizations are moving from EBS to Oracle Cloud ERP over time, though the right timing depends on existing customizations and business complexity.
Legacy data migration into Oracle involves extracting data from the old system, reconciling it against source records, and validating it through unit, integration, and user acceptance testing before go-live. Testing is done with actual business users, not just the technical team, since data that looks correct in a technical validation can still fail to match how finance or operations teams expect it to behave in practice.
Hypercare is a structured support period immediately following go-live, focused on issue resolution and cutover stabilization while teams adjust to the new system. It exists because the first few weeks after an Oracle go-live are when configuration gaps, edge cases, and user adoption issues actually surface, and having dedicated support during that window prevents small issues from becoming reasons the system falls out of use.
Oracle can be configured and extended to match specific business processes rather than forcing the business to adapt to generic module defaults, through configuration, workflow setup, and custom extensions built during the implementation. This requires a proper business process review upfront so customization targets real gaps between Oracle's standard functionality and how the business actually operates, rather than being added reactively after go-live.
Where these capabilities apply