DPD integration specialists

DPD API integration and platform bridging

Where DPD sits at the centre of a wider stack, the risk is always labels, tracking events and proof of delivery drifting out of sync. We build the bridge that keeps them aligned.

Fixed-scope engagements, delivered by UK-based integration engineers. Documentation and source code handed over on completion.

  • Shipping API
  • Predict & pickup options
  • Manifest automation

What we can connect DPD to

DPD carries your parcels. The systems around it — your storefront, ERP, warehouse and order management — each hold part of the same shipment data. Our role is to make one the source of truth and keep the rest aligned, through the DPD API, and a bridging layer where an order source has no usable interface of its own.

Ecommerce platforms

Pull ready-to-ship orders from your storefront, generate DPD labels and customs data, and write tracking back to the order so the customer is notified automatically.

Shopify, WooCommerce, Magento, BigCommerce

Warehouse and 3PL

Trigger DPD label creation from the WMS pick and pack step and return the tracking number and weight to the shipment record.

Mintsoft, Peoplevox, Despatch Cloud, in-house WMS

ERP and order management

Take despatch instructions from the ERP or OMS, book DPD services against them and post the shipping cost back for margin reporting.

NetSuite, Microsoft Dynamics, Linnworks

Marketplaces

Meet Amazon and eBay despatch SLAs by generating DPD labels directly from marketplace orders with valid tracking inside the required window.

Amazon SP-API, eBay

Other carriers

Apply service-selection rules across DPD and your other carriers by weight, value, destination and promised date, with a manual override.

Royal Mail, DPD, Evri, DHL, UPS, FedEx

Bespoke and legacy systems

An in-house despatch desk or a legacy order system connected to DPD through a documented, queued interface.

SQL Server, SFTP, SOAP, CSV drop

Common DPD integration use cases

Each is a defined, testable data flow rather than an open-ended development project.

01

Automated label generation

Orders that reach ready-to-ship produce a DPD label and any customs paperwork without a human opening a portal.

Outcome: seconds per parcel instead of minutes.

02

Service selection rules

Weight, value, destination and the promised delivery date choose the DPD service automatically, with a manual override when needed.

Outcome: the right service every time, lower carrier spend.

03

Tracking write-back

Tracking numbers and DPD status events flow back to the order so customer notifications fire without anyone touching them.

Outcome: fewer where-is-my-order enquiries.

04

Manifest and end-of-day

Consolidated DPD manifests are produced and filed automatically at the collection cut-off.

Outcome: no missed collections.

05

Returns labels

Inbound DPD labels are issued on approval and matched back to the original shipment on receipt.

Outcome: returns processed the same day.

06

Cost reconciliation

Booked DPD costs are posted against orders so shipping margin is visible per channel and per SKU.

Outcome: shipping stops being a black box.

How a DPD API integration is delivered

Four stages, fixed scope agreed before any code is written. Typical delivery for a single-system integration is two to four weeks.

Stage one

Discovery and data mapping

We document the systems involved, the direction of each flow, and every field that must move — including the awkward ones such as tax, discounts and multi-currency.

Output: written integration specification.

Stage two

Fixed scope and estimate

The specification becomes a fixed-price proposal with a delivery schedule and defined acceptance criteria. No time-and-materials open ends.

Output: costed scope for sign-off.

Stage three

Build and testing

Development against a DPD development or sandbox environment and a sandbox of the destination system, with your own data used for acceptance testing.

Output: tested integration and test evidence.

Stage four

Go-live and handover

Controlled cutover with monitoring in place, followed by handover of code, credentials and documentation, and a period of hypercare support.

Output: live integration, owned by you.

Have a DPD data flow in mind? We will tell you what it takes before you commit.

Request a scope

DPD API bridging when there is no direct connector

Off-the-shelf connectors assume both platforms are modern, documented and willing to talk to each other. In practice one side is usually a warehouse system from 2009, a bespoke database or an ERP whose vendor charges per field. Bridging is the work of putting a controlled layer between the two.

In practice that means a queue that absorbs traffic spikes, retries failed calls against DPD's DPD Shipping API limits, and a log of every transaction so a disputed record can be traced end to end. When DPD changes its API, only the bridge needs updating — not every downstream system.

Where a platform genuinely has no interface, we work with what exists — scheduled SFTP file exchange, direct database connectors, or a documented REST wrapper we build and host on your behalf.

Included in every bridge we build

  • Error handling with alerting when a transfer fails
  • Automatic retries that respect the carrier API rate limits
  • A transaction log for tracing any individual shipment
  • Idempotency so a repeated event cannot duplicate a label
  • Field-level mapping documentation you can hand to any developer
  • A staging environment that mirrors production

DPD integration FAQs

A single-direction integration between DPD and one order source is typically delivered in two to four weeks, including discovery, field-level mapping, build against the DPD sandbox, acceptance testing with your own orders and supported go-live.

Other platforms we integrate

Each platform has its own integration guide covering authentication, available endpoints and typical data flows.

Discuss your integration

Call 01303 883111 or email hello@api-integrations.co.uk. We will tell you honestly whether an integration is the right answer to the problem you have described.