INTEGRATION CAPABILITIES · DATA SYNC

Keep configuration, quotes and orders moving accurately.

Bi-directional sync is not copying everything twice. It defines which objects move, who initiates them, who has final write authority and how failures are found and handled.

  • Event-driven
  • Field mapping
  • Traceability
INTEGRATION MAP · ROUTING BLUEPRINT
01

Source system

Master data, status or business event

02

ii3d events & configuration

Rule outcome, quote and activity record

03

Target business system

Order, BOM, inventory or next action

Connection method and field scope are confirmed during assessment.
01 · BUSINESS CONTEXT

See the business breaks clearly first.

Not another system layer — a way to connect configuration, operations and delivery in the workflow you already run.

01

Sync scope keeps expanding

Without an object inventory, projects easily pull unnecessary data and systems into scope.

02

Failures are found manually

After event loss, field conflict or duplicate writes, there is no clear handling path.

03

State cannot be traced

The same order shows different states across systems, and teams cannot quickly locate the failing step.

02 · CONNECTION DESIGN

How the route moves from input to business outcome.

Agree responsibilities and information boundaries at each stage before choosing the technical connection.

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  1. 01

    Source system

    Master data, status or business event

  2. 02

    ii3d events & configuration

    Rule outcome, quote and activity record

  3. 03

    Target business system

    Order, BOM, inventory or next action

03 · CAPABILITIES

Design the key connection points for handoff.

These are the capabilities to confirm during assessment and delivery; they do not replace technical validation in the project.

01

List synced objects first

Assess the need to sync product, configuration, quote, order, BOM, inventory and status one by one.

02

Define direction and trigger

Clarify when data is pushed or read, who initiates it and who has final write authority.

03

Handle duplicates and conflicts

Set rules for duplicate events, retries, manual intervention and version changes in advance.

04

Create an audit view

Retain status, time, correlation reference and error information that explain sync outcomes.

04 · APPLICATION SCENARIOS

Use concrete scenarios to decide what to connect first.

These are typical delivery scenarios that use no client names or sensitive data, helping define an initial scope.

Product-change release

After product, option or rule changes, define which systems need notification and validation.

Quote and order handoff

Move an approved configuration summary with the necessary context into sales and fulfilment.

Event tracing and investigation

When a discrepancy appears, use correlation references and status records to locate the responsible point quickly.

05 · IMPLEMENTATION PATH

Use four steps for a controlled integration.

Use source material, samples and a test environment to reduce rework and align business and technical teams.

  1. Step 01

    Choose the first sync objects

    Prioritize the objects that close the most important business loop and keep phase-one scope controlled.

  2. Step 02

    Confirm fields and ownership

    For each object, define source, target, trigger event and conflict-handling principle.

  3. Step 03

    Validate exception handling

    Use duplicate, failure, timeout and field-change scenarios to validate handling.

  4. Step 04

    Hand over monitoring and iteration

    Ensure business and technical teams can see status and extend scope through a controlled change process.

06 · FAQ

Common questions

Before a project begins, clarify scope, ownership and the materials to prepare.

Can we sync only selected fields?

Yes, and it is usually best to start with the essential objects and fields. Selection is based on business closure, ownership and the receiving system’s actual need.

What happens if sync fails?

Failure state, visibility, retry and manual-handling entry points must be defined up front. Exact mechanics are confirmed by system capability and project risk requirements.

How do we trace a particular order?

Use shared or correlated references, event time and state records to trace the relationship among configuration, quote, order and downstream actions.

What does “real time” mean here?

Timeliness differs by object. The project should make trigger conditions, acceptable delay, retry and manual compensation explicit and testable.

Bring your current stack and target flow. We’ll map the connection path together.

Share your current platform, business flow and constraints for an integration assessment tailored to the project.

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