How to Connect Salesforce to Infor: Step-by-Step Guide

To connect Salesforce to Infor, identify the exact Infor product and version, define one business process, agree which system owns each record, and select supported interfaces. Map and validate the required data, build controlled recovery, test complete transactions, and assign monitoring and support ownership before launch.

This practical guide is a delivery checklist for manufacturers and distributors. Interface selection and configuration must be confirmed for your environment: there is no single connector recipe that applies to every Infor ERP. For the solution overview, see Salesforce Infor integration with Duet360.

1. Record the exact Infor product, release and deployment

Create an environment inventory with the ERP product name and release, cloud or on-premises deployment, companies, sites, warehouses, customizations and relevant add-ons. Record the Salesforce organization, clouds, objects, custom fields and test environments. Include the Infor CPQ version and configuration environment if CPQ participates.

CSI / CloudSuite Industrial / SyteLine and CSD / CloudSuite Distribution / SX.e require different scoping. Do not assume an operation supported in CSI exists in CSD, LN, M3 or VISUAL. Have the ERP administrator confirm available interfaces, permissions and licensed services for the actual installation.

Deliverable: an approved environment inventory and an owner who can verify each interface. Continue with our product-specific CSI/SyteLine implementation guide or CSD/SX.e implementation guide when applicable.

2. Define one business process and its acceptance criteria

Choose a focused first release, such as approved Salesforce quote to accepted Infor order, or Infor order and shipment visibility in Salesforce. Document the trigger, participants, required approvals, handoffs, final status and exclusions. Set a measurable freshness requirement rather than using an undefined promise of real time.

For example, an illustrative quote-to-order scope might require a valid customer and ship-to, approved price, correct company/site routing and an ERP order number returned to Salesforce. Business owners should define what happens when any prerequisite is missing.

Deliverable: a process diagram or written sequence, acceptance criteria and named business approvers.

3. Assign systems of record and change authority

For each data set, record the authoritative system, permitted update direction, refresh timing and owner. Salesforce may own opportunity context, while ERP may own stock and financial status; pricing and configuration ownership must be agreed for your environment rather than assumed.

Decide where new customers are created, who approves address changes, and which system controls product codes, units, discounts and credit restrictions. For bidirectional flows, define conflict resolution and prevent updates from endlessly triggering each other.

If CPQ is involved, agree which application owns the quote, configuration revision, pricing calculation and post-approval changes. Use our Salesforce and Infor CPQ integration overview to scope that path.

Deliverable: a data ownership register with one accountable owner for each field group and business decision.

4. Select supported interfaces and the delivery approach

Have administrators confirm the supported APIs, events or other approved interfaces for every required read and write. Record authentication, permissions, network access, service availability, limits, pagination and supported create/update behavior. Keep credentials out of documents and use controlled access and credential rotation.

Decide whether the process fits packaged orchestration, an iPaaS flow, a point-to-point connector or custom integration. Evaluate the exact supported operations and who will maintain the result. Consult best Salesforce Infor integration options and the broader Salesforce integration platform comparison.

Deliverable: a verified interface matrix and architecture decision, including unavailable operations and scope exclusions.

5. Build field mappings and durable identifiers

Map source and target objects, required fields, types, lengths, formats, default values and transformations. Define stable cross-system identifiers for accounts/customers, sold-to, bill-to, ship-to, products, quotes and orders. Include company, site, branch or warehouse context where identifiers are not globally unique.

Document currency, unit conversions, dates and time zones, product variants, quantities, pricing inputs and status meanings. Decide how inactive, merged, deleted or unmatched records are handled. Resolve reference data before testing transactional writes.

Deliverable: a versioned mapping specification with sample values, transformation rules, source owners and missing-value behavior.

6. Validate before creating or changing ERP transactions

Validate required references, permitted operations, customer and ship-to relationships, company/site routing, product and unit, pricing context, approval state and configuration revision. Define where validation occurs and what information users see when it fails.

For an illustrative order handoff, stop an invalid ship-to or unapproved quote at a controlled point. Preserve enough context to identify the original transaction without exposing unnecessary sensitive data. For inventory visibility, distinguish on-hand, available and allocated stock; visibility does not itself reserve inventory.

Deliverable: a validation checklist with accepted and rejected examples, expected messages and correction owners.

7. Design exceptions, retries and safe reprocessing

Separate correctable business exceptions from temporary technical failures. An invalid customer reference needs data correction; a temporary service outage may qualify for a bounded retry. Agree retry limits, backoff, escalation and a queue for unresolved transactions rather than retrying indefinitely.

Plan for ambiguous outcomes: a timeout does not prove that Infor rejected the order. Before resubmission, check whether the target already accepted the transaction, using supported lookup and duplicate controls. Preserve correlation identifiers and apply the agreed idempotency strategy so a repeated request does not create a second business transaction.

Define partial-success handling and who may approve corrections or compensation. Reprocessing should retain a clear audit trail of the original attempt, correction and final status.

Deliverable: a recovery runbook that explains who acts, what to check, when retry is safe and when to escalate.

8. Test end to end with business users

Use approved test environments and representative data. Follow the complete process through Salesforce, CPQ if included, ERP acceptance, and agreed fulfillment or invoice statuses. Verify values and resulting business records, not merely an HTTP success or a connected dashboard.

Test a normal transaction, missing customer, invalid ship-to, changed price, incorrect company/site, duplicate event, delayed acknowledgement, interface outage and recovery. Include multi-line orders, units/currency variations and relevant entities. Test post-acceptance changes, cancellations and partial shipments only where those operations are in scope.

Check permissions, expected volumes, freshness, reconciliation and regression behavior. Record expected versus actual results and obtain business and technical sign-off. Named examples in our General Kinematics case study and Persistent Systems case study can inform discovery questions; validate your own configuration and acceptance criteria.

Deliverable: signed test evidence, resolved blocking defects and a cutover decision.

9. Assign monitoring, ownership and cutover controls

Name the end-to-end process owner, business exception reviewer, Salesforce administrator, ERP administrator and integration support owner. Agree service hours, escalation thresholds and who can authorize reprocessing or a release.

Monitor failures, queue age, missing acknowledgements, latency and reconciliation gaps. A process can fail silently even when both systems are available, so compare expected transactions with accepted records. Define access to logs, retention and operational reporting.

Plan initial data loads, duplicate protection, in-flight transaction handling, cutover timing, rollback or pause procedures, user communication and post-launch support. Record a clear condition for pausing writes and a controlled route to resume.

Deliverable: an operating plan, support contacts, alert rules and a cutover checklist approved by the responsible teams.

10. Confirm implementation timing and cost

For Duet360, Endowance describes fixed-fee onboarding for agreed out-of-the-box functionality, planned for four weeks. This depends on scope, access, data readiness, customization and stakeholder availability. Confirm the start prerequisites, testing windows, customer responsibilities and exclusions before committing to dates. Extensions, additional sites and complex CPQ rules may change the plan.

As of November 4, 2026, the published starting subscription for Duet360 OneOffice Enterprise is $2,291.67 per month, with standard onboarding starting at $15,000. Together, those starting figures total $42,500.04 in the first year before optional modules, additional requirements and other applicable costs. Optional Process Accelerators are typically $333.33–$500 per month with $3,000–$5,000 onboarding per accelerator.

Ask for a written scope showing subscription, implementation, selected modules, support, changes, internal effort and any separate Salesforce, Infor or CPQ licensing. Compare alternatives over the same period and include ongoing maintenance. Confirm current pricing and terms on the main Salesforce–Infor integration page and in your proposal.

Deliverable: an agreed implementation plan and commercial scope with acceptance criteria and change control.

Prepare for your first scoping conversation

Bring the environment inventory, one sample quote or order, required companies/sites, ownership decisions, mapping examples, refresh expectations and known exceptions. Mark unresolved assumptions explicitly so they can be verified before configuration begins.

Explore Endowance customer success stories, including Levitt-Safety's Salesforce, SX.e and IFS project. Each story applies to its original systems and project scope. Then use the Duet360 Salesforce–Infor overview to assess the first workflow against supported interfaces and agreed business outcomes.