Put the plan into practice
Explore the decisions, examples and acceptance checks behind this work.
Begin with the business event
“Connect the store to the ERP” describes a relationship, but it does not define the work. Start with a specific event: a product is created, stock becomes available, an order is confirmed or a shipment leaves the warehouse. Write down what information must move, which system should receive it and what should happen after it arrives.
Walk through the process with the people who perform it today. Their spreadsheets, manual checks and exception handling often reveal rules that do not appear in an application’s API documentation. Record those rules before deciding whether a standard connector is sufficient or custom development is needed. A connection can transfer data correctly while still implementing the wrong business process.
Choose a first scope that can be understood and verified. One complete order flow may provide more useful evidence than partial connections across a dozen systems. The objective is a dependable outcome, with enough context to explain what the integration does and where responsibility passes from one application or person to another.
Decide who owns each field
Two connected systems may both contain a product name, price or customer address, but that does not mean both should be allowed to overwrite it. Establish the authoritative source for each relevant field and the circumstances in which another system can propose a change. This is especially important when editing continues in several places.
Create a field mapping using real examples. Include identifiers, formats, required values and the meaning of each status. “Available stock” may differ from physical stock after reservations or other commitments are considered. A status called “complete” can also represent different stages in different applications. Those differences need an agreed translation.
Document conflicts and missing information. Decide whether an incomplete record should be rejected, held for review or accepted with an explicitly defined limitation. Avoid silently supplying a plausible value simply to make the request succeed. A reviewable exception is easier to resolve than an incorrect record that appears valid and is used elsewhere in the business.
Define timing and sequence
Not all information needs to move immediately. A customer-facing stock change may require a different schedule from a daily reporting export. Define the acceptable delay for each flow and explain what the business should expect when the source or destination is temporarily unavailable. Timing is part of the requirement, not merely an implementation setting.
Sequence matters when events depend on earlier work. A shipment update may arrive before an order import has completed, or an external notification may be delayed and arrive after a newer state. Plan how the integration recognises and handles these situations. The system should not move a record backwards merely because an older message arrived later.
Consider the transition from the existing process too. During launch, manual work and automated work can overlap unless the cutover is clear. Agree when each process takes responsibility, how in-flight records are identified and how the first period of operation will be reconciled. A well-defined handover reduces confusion at the point when people are learning the new workflow.
Make repeated requests safe
Networks and external services can fail at inconvenient points. A request may time out after the receiving system has already completed the action. If the sender simply repeats the request, the business could receive a duplicate order or another unintended action. The plan needs a way to recognise an operation that has already been handled.
Use stable business identifiers and define the expected result of a retry. The exact mechanism depends on the platforms involved, but the acceptance test should be understandable without reading the implementation. Ask what happens if the same event arrives twice, if the response is lost or if an operator retries a failed record later.
Retries also need limits and visibility. A permanent validation error is unlikely to improve through repeated attempts, while a temporary outage may justify a delayed retry. Separate those cases and show unresolved records to the right owner. The recovery process should be safe enough that a person can use it without guessing whether the previous attempt created a hidden side effect.
Test exceptions as well as success
A demonstration that transfers one clean record establishes only a small part of the behaviour. Build a test set from representative business scenarios and known awkward cases. Include missing fields, unexpected values, duplicate notifications, unavailable services and changes made while another operation is still in progress. Define the expected outcome for each case.
Check records on both sides of the connection. A successful response does not prove that every field was interpreted correctly or that the downstream workflow started. Compare identifiers, quantities, totals and state transitions where they matter. Involve the operational owner so the result is assessed for usefulness as well as technical validity.
Use suitable test environments and data. Keep the test arrangement separate from live actions where appropriate, particularly for payment, customer communication and fulfilment. Document which parts were tested and which could not be exercised fully. That record helps the launch decision and provides a starting point for investigating an unexpected result after deployment.
Plan monitoring and reconciliation
Once the integration is running, someone needs to know whether it continues to do the intended work. Define observations that reveal a stalled flow, a growing backlog or repeated validation failures. A dashboard should connect the signal to the affected business process, not merely display technical activity that nobody has agreed to review.
Reconciliation checks whether the systems agree about the relevant records. It can reveal omissions that are not obvious from individual request logs. Decide what should be compared, how often and who investigates a difference. The appropriate method depends on the volume, timing and consequences of the data being exchanged.
Alerts require an owner and a response path. Specify the support arrangement, access required for investigation and the actions an operator can safely take. Our integration services cover these operational questions alongside implementation. If an existing connection is unreliable, support and troubleshooting can help establish the cause before a replacement is proposed.
What the project brief should contain
Bring together the systems, events, field ownership, timing, exceptions and acceptance checks in one brief. Identify the people who can answer operational questions and approve the result. Include any relevant vendor documentation and current constraints, while arranging credentials separately through an appropriate access process.
The delivery plan should distinguish discovery, implementation, testing, launch and ongoing support. It should also state what is excluded and which assumptions still need confirmation. This makes the proposal easier to review and helps prevent an apparently small connection from expanding into an undefined replacement of the entire operational process.
If you are not yet sure which connection would help most, start with the manual task that consumes the most effort or produces recurring errors. That gives the brief a concrete business purpose and helps us recommend an initial scope that can be delivered and assessed.
A one-page integration brief
Use these prompts to prepare a first conversation. You do not need API expertise or a complete specification before asking us to help.
- Start and finish: name the systems and the business event that should move between them.
- One realistic example: describe a normal order, product or stock update using fictional data.
- Ownership: note which system should be authoritative for each important field.
- Timing: explain how quickly the change must appear and what happens if it is late.
- Exceptions: list likely failures, duplicates, cancellations and manual corrections.
- Acceptance: describe what your team must be able to see or do to confirm the connection works.
- People and boundaries: identify the business owner, the technical contacts and any deadline or budget constraint.
Mark uncertain answers as open questions. Send the outline through our integration enquiry; keep credentials and personal customer information out of it.
A worked planning example: orders into fulfilment
Consider a proposed connection that sends paid orders from an ecommerce store to a fulfilment system. This is an illustrative planning example, not a claim about a completed client project. The initial description sounds straightforward, but several decisions determine whether the workflow will be useful.
First, define the event that makes an order ready to transfer. Your business may need a particular payment state or a staff review for some orders. The integration should use that agreed rule, and the test cases should include orders that are not yet eligible. This prevents the transfer from being triggered simply because an order record exists.
Next, define the receiving record. Product identifiers, quantities, delivery details and the chosen shipping service need an understood mapping. If the fulfilment system cannot recognise an item, the integration needs a review route. A successful response for the other items must not conceal the incomplete order from the people responsible for dispatch.
Then consider a lost response. The fulfilment system may have created the record even though the store did not receive confirmation. A safe retry needs to recognise the original business operation. The exact implementation depends on the interfaces, but the acceptance question is simple: can the same order event be repeated without creating another fulfilment request?
Finally, define the return journey. Dispatch and tracking information may need to update the ecommerce order, and one system should own the customer notification. The brief should identify how partial dispatch, cancellation or a later amendment is handled. Working through this example turns an apparently simple connection into a scope the business and developer can review together.
What Midoriweb delivers around the connection
Our ecommerce integration service brings the store and the interface into the same technical scope. We can develop the Magento functionality needed to produce or receive information, build the connecting service and implement the processing around it. That helps the requirement remain consistent across the systems it touches.
We work through the mapping and operating rules with your team, then build and test the agreed behaviour. The deliverable includes the connection, relevant exception handling and the documentation needed to maintain it. Your staff review the business result, while we handle the technical implementation and verification.
Where the available interface does not meet the requirement, our API development service can assess custom options. We identify platform limits and provider dependencies before proposing work. The recommendation explains what can be delivered within those constraints and which decisions need your input.
After launch, ongoing support can cover the connection's operation and changes to the systems around it. Monitoring, reconciliation and provider version changes are treated as defined responsibilities. This gives the integration a practical owner and a route for improvement as the business adds products, channels or fulfilment requirements.
FAQs
Should we buy a connector before speaking to a developer?
A connector may be suitable, but its supported workflow should be compared with your requirements first. We can assess the mapping, exceptions and operating responsibilities before you commit to an implementation route.
What if our current data is inconsistent?
Identify that during planning. The scope can include data assessment and transformation, with business decisions recorded for values that cannot be resolved automatically. Trial transfers help establish the work needed before launch.
Can an integration be delivered in stages?
Yes. A complete, useful flow can be delivered first, with later events added in planned stages. The initial design should account for those dependencies without turning the first release into an undefined attempt to automate everything.
Discuss your integration with Midoriweb
Book a consultation or tell us about the systems involved. Bring a concrete example of the work being done today and the outcome you want. We will help define the data, decisions and development needed to make the connection useful.
