How to Configure Webhooks in Whitevision
Quick Summary
Checking a dashboard repeatedly to see whether an invoice has been approved, or whether a duplicate has been flagged, wastes time that finance teams simply do not have. Webhooks solve this by pushing real-time updates directly to another system the moment something happens. Whitevision B.V. Declaraties benefits from this approach just as much as purchase invoice processing does, since expense claim status changes can be delivered instantly to the tools your team already uses. This article reveals what webhooks are, how they fit alongside the Whitevision API, what events are typically worth subscribing to, and how to configure and secure a webhook connection step by step.
What Is a Webhook, and How Does It Work in Whitevision?
A webhook is a mechanism that automatically sends a notification, in the form of an HTTP request, to a specified URL whenever a particular event occurs. Rather than a system being asked repeatedly whether something has changed, the webhook pushes the update out proactively, the moment it happens. In practice, this means your team does not need to poll Whitevision continuously to find out whether an invoice passed validation or whether an approval was completed.
Consequently, webhooks work alongside the Whitevision API rather than replacing it. While the API handles the structured exchange of document data between Whitevision and your target system, webhooks handle the timing: they tell your system exactly when something worth acting on has occurred. This distinction matters because it shapes how the two pieces fit together during configuration, which is explored further in the sections below.
Why Do Webhooks Matter for Document Processing Specifically?
Document processing involves several distinct stages, from initial recognition through validation, approval, and final posting to an ERP system. Each stage represents a potential trigger point. Without webhooks, a connected system would need to check Whitevision’s status repeatedly, which wastes resources and introduces delay between an event occurring and your system reacting to it. With webhooks configured correctly, your system reacts immediately, which keeps downstream processes, such as notifying an approver or updating a dashboard, running in near real time.
What Events Should You Subscribe to in Whitevision?
Not every event is equally useful to every organization, so choosing the right subscriptions matters as much as the technical setup itself. The table below outlines common event types worth considering, based on the stages a document typically passes through.
| Event Type | Triggered When | Typical Use Case |
|---|---|---|
| Document received | A new invoice, order, or claim enters the system | Logging intake for tracking purposes |
| Recognition complete | OCR and AI extraction finish processing | Triggering a review if confidence is low |
| Validation flagged | A discrepancy, such as a duplicate or missing field, is detected | Alerting a reviewer immediately |
| Approval completed | An invoice or claim clears the workflow | Releasing the document for posting |
| Posted to ERP | Data transfers successfully into the financial system | Confirming the process finished correctly |
Because expense claims processed through Whitevision B.V. Declaraties follow the same underlying stages, these same event categories apply to claim submissions, not just supplier invoices. This means a single webhook configuration strategy can cover both document types without requiring separate logic for each.
How Do You Decide Which Events Matter Most for Your Organization?
Selecting events depends on where your team needs visibility most. A finance team focused on preventing duplicate payments will prioritize validation-flagged events, since these require prompt human review. Meanwhile, an organization more concerned with cash flow visibility might prioritize approval-completed and posted-to-ERP events, since these indicate exactly when a liability becomes final. Rather than subscribing to every available event by default, it is worth mapping each one against an actual business need first, since unnecessary subscriptions simply add noise to whatever system receives them.
How Do You Configure a Webhook in Whitevision Step by Step?
Configuring a webhook connection follows a logical sequence, moving from planning through to live monitoring. The table below summarizes the typical stages.
| Step | What Happens | Outcome |
|---|---|---|
| 1. Define the target endpoint | Your receiving system’s URL is prepared to accept incoming requests | A ready destination for notifications |
| 2. Select relevant events | Event types are chosen based on business needs | A focused, relevant subscription list |
| 3. Configure authentication | Credentials or tokens are set to verify legitimate requests | Protection against unauthorized calls |
| 4. Test with sample events | Whitevision sends test notifications to confirm delivery | Verified connectivity before go-live |
| 5. Monitor delivery | Ongoing checks confirm notifications arrive reliably | Early detection of failures |
| 6. Adjust as needed | Event subscriptions or endpoints are updated over time | A configuration that stays aligned with needs |
This sequence mirrors the discipline used for a broader API integration, since webhooks share the same underlying requirement: a reliable, secure, and correctly mapped connection between Whitevision and your target system.
What Should the Receiving Endpoint Be Able to Handle?
Before configuring anything on Whitevision‘s side, your receiving system needs to be ready. The endpoint should accept incoming HTTP requests at a stable, publicly reachable URL. It should also respond quickly to confirm receipt. A slow or unresponsive endpoint can cause the sender to retry notifications. In some setups, the sender may eventually drop them.
The endpoint should also parse the incoming payload correctly. It should extract the event type and the relevant document details. Your internal logic can then act on them appropriately.
How Should You Test the Configuration Before Going Live?
Testing matters just as much for webhooks as it does for any other integration.Send a handful of sample events through the configured connection. This confirms three things. Notifications arrive promptly. Authentication succeeds. Your receiving system processes the payload without error. Test validation-flagged events specifically. These events carry the most time-sensitive information. A delivery failure for them costs the most if no one notices it.
How Do You Keep a Webhook Connection Secure?
Because webhooks send data automatically to an external URL, security deserves the same careful attention given to any other data exchange involving financial information. A few practices help keep the connection trustworthy.
How Should Authentication Be Handled?
Every webhook endpoint should verify that incoming requests genuinely originate from Whitevision, rather than accepting anything sent to the URL. This is typically achieved through a shared secret, token, or signature included with each request, which your receiving system checks before processing the payload. Without this verification step, a webhook endpoint becomes an open door that could, in theory, be triggered by an unauthorized source rather than the legitimate platform.
What Role Does Encryption Play?
All webhook traffic should travel over an encrypted connection, since financial document data, including invoice amounts and vendor details, should never be transmitted in plain text. Whitevision builds robust security into its data processing to protect confidentiality throughout the document exchange process, and maintaining an encrypted endpoint on your side keeps that protection consistent across the entire path, not just within Whitevision’s own systems.
How Should Failed Deliveries Be Handled?
Even a well-configured webhook occasionally fails to deliver, whether due to a temporary network issue or a brief outage on the receiving end. A resilient setup includes retry logic, so a failed delivery is attempted again rather than lost permanently. In addition, logging every delivery attempt, successful or not, gives your team a clear audit trail to review if a particular event ever needs to be traced back after the fact.
What Are Practical Use Cases for Whitevision Webhooks?
Seeing how webhooks apply in real finance workflows makes the configuration choices easier to justify. A few patterns come up repeatedly across organizations connecting notification systems to document processing platforms.
How Can Webhooks Speed Up Duplicate Invoice Response?
When a validation-flagged event fires because a possible duplicate has been detected, a webhook can push that alert directly into a team’s existing communication channel, such as a shared inbox or messaging tool, rather than requiring someone to notice it inside a separate dashboard. Because duplicate invoices carry real financial risk if left unresolved, shortening the time between detection and human review meaningfully reduces exposure. This mirrors the broader principle behind duplicate handling: the earlier a flagged invoice reaches the right person, the less likely it is to slip through unnoticed.
How Can Webhooks Support Approval Workflow Visibility?
Approval-completed events give managers and finance leads a live view of how quickly invoices and claims move through the workflow, without needing to log into Whitevision directly to check status. For instance, a webhook could feed completed approvals into an internal reporting tool, allowing a finance lead to track approval turnaround times over a given period. This kind of visibility becomes particularly valuable during month-end close, when knowing exactly which documents are still pending approval helps teams prioritize their remaining work.
How Can Webhooks Help Track Expense Claim Status for Employees?
Employees submitting claims through Whitevision B.V. Declaraties often want to know where their submission stands, without contacting the finance department directly. A webhook tied to approval-completed or posted-to-ERP events can trigger an automatic update, such as a confirmation message, once a claim clears the workflow. This reduces the number of status-check inquiries finance staff receive, while giving employees a more transparent view of when their reimbursement is on its way.
How Do You Troubleshoot Common Webhook Issues?
Occasional issues are normal even with a properly configured connection. Recognizing common patterns speeds up resolution considerably.
- Notifications not arriving – often caused by an incorrect or outdated endpoint URL, so confirming the current URL is a reasonable first check.
- Authentication errors – usually resolved by confirming that shared secrets or tokens match on both sides of the connection.
- Duplicate notifications – sometimes the result of retry logic firing after a slow response, which can be addressed by speeding up how quickly the receiving endpoint confirms receipt.
- Missing event types – frequently traced back to a subscription that was never enabled for that particular event category.
Addressing these systematically, rather than assuming the entire configuration needs to be redone, keeps troubleshooting efficient and limits disruption to whatever process depends on timely notifications.
Conclusion
Configuring webhooks in Whitevision turns document processing from something your team checks on periodically into something that notifies them the moment it matters, whether that involves a flagged duplicate, a completed approval, or an expense claim processed through Whitevision B.V. Declaraties. By selecting the right events, setting up a reliable and secure receiving endpoint, and testing thoroughly before go-live, organizations can build a notification layer that keeps finance teams informed in real time rather than relying on manual checks. Paired with the broader Whitevision API, webhooks complete the picture: one delivers the data, and the other tells you exactly when it is ready.
Frequently Asked Questions
No. Webhooks complement the API rather than replacing it. The API handles the structured exchange of document data, while webhooks notify your system the moment a relevant event, such as a validation flag or completed approval, occurs.
Yes. Claims processed through Whitevision B.V. Declaraties pass through the same underlying stages as purchase invoices, so the same event types, such as validation flagged or approval completed, apply to both document categories.
A properly configured webhook connection includes retry logic, so a failed delivery is attempted again rather than lost. Logging every attempt also allows your team to review delivery history if a specific event needs to be traced later.
