For Australian distributors, wholesalers and retail groups

Pronto Xi Integration: Connecting the ERP Without Disturbing It

Businesses running Pronto Xi usually have a long relationship with it. It has been configured around how the business trades, extended over the years, and it holds the pricing rules, the customer terms and the stock logic that the operation actually depends on. That is exactly why integration projects around it need a different posture from the usual one.

The goal is almost never to replace or reshape the ERP. It is to let a webstore, a point of sale, a CRM or a logistics provider work with the data it holds, reliably, without touching the customisations, and in a way that survives the next upgrade. This page is about how to do that.

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Realistic ROI

Years of rules

Encoded in the ERP configuration

Pricing, terms and stock logic that should stay where they are

The ERP wins

On pricing, stock and customer terms

Source of truth decisions are usually easy here, which simplifies the design

Upgrade cycles

The constraint the design must respect

An interface that breaks on every upgrade is a recurring cost, not a one off

Read first

The safest way to start

Publishing data outward carries far less risk than writing into a live ERP

Four Things That Shape a Pronto Xi Integration

Long established ERPs carry a particular set of integration realities. Working with them rather than against them is most of the job.

The ERP is the source of truth and should stay that way

In most businesses running an established ERP, the argument about which system owns pricing, stock, customer terms and credit is already settled: it is the ERP, because that is where the rules were built and where finance relies on them. That makes the integration design cleaner than in stacks where ownership is contested. The webstore, the point of sale and the CRM read what the ERP determines, and the small number of things they own, such as web content and marketing consent, are agreed explicitly.

Customisation is an asset and a constraint at once

Long running ERP installations accumulate custom fields, modified processes and reports that encode how the business actually works. An integration that ignores them produces technically correct data that is operationally wrong, for example pricing that misses a customer specific rule held in a custom field. The way through is to discover the customisations first and design the interface to consume them, rather than assuming the standard data model tells the whole story.

Upgrades decide what an interface may touch

Anything an integration relies on that sits inside the ERP itself will eventually meet an upgrade. Interfaces built on documented interfaces, supported extension points or clearly defined views survive that far better than ones reaching directly into internal structures. Where direct data access is genuinely the only option, the design should isolate it in one clearly marked layer so an upgrade means revalidating a known list rather than testing everything.

On premise and hosted deployments change the plumbing

Whether the ERP runs in your own server room, in a hosted environment or in a provider managed cloud determines how an external system can reach it, and it is a security question before it is a technical one. Site to site connectivity, a controlled outbound relay, scoped service accounts rather than a staff login, and network access limited to what is needed are decisions to make with your ERP partner and your own security requirements before any build starts.

What Gets Connected Around the ERP

Six flows that cover most of what distributors and retailers running an established ERP actually need.

Catalogue in step

Product and pricing outward

Products, descriptions, units of measure, pack sizes and prices published from the ERP to the webstore, point of sale and marketplaces. Customer specific and contract pricing resolved by the ERP rather than reimplemented elsewhere, because a pricing rule maintained in two places will disagree eventually, and always in front of a customer.

Honest stock

Inventory availability

Available quantity published at a frequency matched to how fast it moves, with buffers where oversells are costly and with backorder and incoming dates included where the business sells against them. Warehouse, branch and in transit stock treated as distinct rather than collapsed into a single misleading number.

Booked correctly

Orders inward

Web, point of sale, marketplace and rep orders created as sales orders in the ERP with the right customer, price, tax treatment and delivery detail, written idempotently so a retry updates rather than duplicating. Orders that cannot be matched or priced are queued with a reason instead of being forced through.

One identity

Customers and accounts

Account creation and updates flowing in an agreed direction, with matching on account number, ABN and email together, and credit status made visible to the systems that need it. Trade customers see their own pricing and terms online because the ERP is answering, not because the webstore holds a copy.

Shipped and tracked

Fulfilment and logistics

Picking and dispatch information exchanged with warehouses and carriers, consignments and tracking references written back against the order, and delivery status surfaced to customer service and the customer. Third party warehouse stock reconciled against the ERP position on a regular basis rather than assumed to agree.

Data where it is needed

Reporting and downstream systems

Scheduled extracts feeding reporting, analytics and any system that needs ERP data without needing to interrogate it live. Batch is frequently the right pattern here, and choosing it deliberately keeps load off a production ERP that has more important work to do during business hours.

What Changes Around an Established ERP

Task	Traditional	Integrated Properly	Notes
Trade customer sees their price online	Price list maintained twice	Resolved by the ERP on request	Removes the most common source of pricing disputes in B2B selling.
Stock shown on the webstore	Uploaded overnight, often stale	Published at a matched frequency	Frequency should follow how fast the line moves, not a single global setting.
Web order into the ERP	Rekeyed from an email	Created as a sales order directly	Idempotent writing matters here, because retries are normal and duplicates are expensive.
Credit hold on an account	Webstore keeps taking orders	Reflected before checkout	Saves picking orders that credit control was always going to stop.
Marketplace listings	Maintained separately by hand	Fed from the ERP catalogue	Requires product data quality work first, which is usually worth doing anyway.
Dispatch and tracking	Copied into the carrier portal	Exchanged automatically both ways	Tracking written back to the order is what makes customer service self sufficient.
Reporting extracts	Run manually, load on the ERP	Scheduled outside business hours	A deliberately unfashionable batch pattern that is simply the right answer here.
An order that will not match	Forced through or lost	Queued with the reason attached	The exception path is what keeps people trusting the automated one.

Where ERP Integrations Like This Go Wrong

Business rules get reimplemented outside the ERP

It is tempting to rebuild pricing, discount or availability logic in the webstore because it is quicker to change there. The result is two sets of rules that agree until the day somebody updates one of them, and the disagreement is discovered by a customer. Keep the rules in the system that owns them, have other systems ask, and accept the small performance cost. Where a live call is genuinely too slow, cache the answer with a short life and a documented refresh, rather than copying the logic.

The integration reaches into internal structures

Directly reading or writing internal data structures usually works, right up to the upgrade that changes them. Prefer documented interfaces and supported extension points, and where direct access is unavoidable, isolate it in one clearly marked layer with the specific dependencies listed. An upgrade then means revalidating a known list, which is a planned afternoon rather than an unplanned week.

A staff login is used as the integration account

Integrations authenticated with a person’s credentials break when that person leaves, changes password or has their permissions adjusted, and every action is attributed to them in the audit trail. Use a dedicated service account with only the permissions the interface needs, hold the credentials in a proper secret store rather than a configuration file, and rotate them on a schedule. This is also the arrangement that is defensible when someone asks who changed a price.

Live queries are made against a busy production ERP

Real time lookups are appropriate for a handful of things a customer is waiting on, such as a price or an availability check at checkout. Running large reporting extracts or high volume synchronisation against production during trading hours degrades the system for the people using it, and the complaint arrives as the ERP being slow rather than as an integration problem. Schedule bulk work outside business hours and keep live calls narrow.

Customer data is published more widely than intended

Publishing account data to a webstore, a CRM or a marketing platform means personal information leaves a controlled environment for ones with different access arrangements. Under the Privacy Act 1988 and the Australian Privacy Principles you should send only the fields each system needs, keep contact details out of systems that have no use for them, and be able to action a deletion request across all of them rather than only in the ERP.

Only one person understands the interface

Integrations around long lived ERPs tend to accumulate undocumented knowledge, and they are frequently the thing nobody will touch after the person who built them moves on. Insist that the field mappings, the customisations relied on, the service account permissions and the upgrade dependencies are written deliverables, kept current. It is the difference between an interface that gets maintained and one that eventually gets replaced because it is too risky to change.

How Yes AI Approaches an ERP Integration

We work with your ERP partner, not around them

Your existing ERP support relationship holds knowledge we do not, particularly about the customisations and the upgrade path. We prefer to agree the interface approach with them so the work is supportable afterwards, rather than delivering something that becomes a point of friction at the next upgrade.

Discovery of what is actually customised

Before design, we establish which fields, processes and rules have been extended and which of them the business depends on. This is the step most often skipped, and skipping it is why integrations produce data that is technically right and operationally wrong.

Built, hosted and monitored by us

The integration runs on a managed cloud automation layer we operate, so no new servers appear in your environment and no scripts live on a machine under someone’s desk. Alerting and record level logging are in place from the first day so a quiet failure is noticed the same day.

Upgrade dependencies documented

We list exactly what the interface relies on inside the ERP, so an upgrade becomes a known revalidation rather than a discovery exercise. That document is a deliverable you keep, and it is what makes the integration maintainable by someone other than whoever built it.

From Isolated ERP to Connected Stack

Five steps. A first read only flow such as product and stock publishing is often live within a month.

Discover the configuration and the customisations

What has been extended, which custom fields hold rules the business relies on, how pricing and availability are actually determined, and what the upgrade position is. Done with your ERP partner where possible.

Agree ownership and access

Which system owns each data type, which are read only elsewhere, and how an external system will reach the ERP given how it is deployed. Service accounts, permissions and network access decided with your security requirements in mind.

Start with outward, read only flows

Product, pricing and stock published outward first. Low risk, immediately visible, and it proves the connectivity, the data quality and the mapping before anything writes into the ERP.

Add order and account flows inward

Orders and account updates written into the ERP idempotently, with matching rules, tax treatment and an exception queue for anything that cannot be booked cleanly. Tested against real historical records before release.

Monitor, document, and plan for upgrades

Alerting and record level logging, a documented list of upgrade dependencies, and a regression check to rerun after any ERP upgrade or vendor change so problems are found by you rather than by your customers.

FAQ

Can Pronto Xi be integrated with a webstore or point of sale?

Yes, and it is one of the more common requirements for the distributors and retailers who run it. The practical approach is to let the ERP remain the source of truth for products, pricing, stock, customers and credit, publish that data outward to the storefront or till, and write orders back in as sales orders. How the connection is made depends on your version and how it is deployed, which is worth establishing with your ERP partner at the outset, because it shapes the design more than any other single factor.

Will integrating break our customisations?

It should not, provided the customisations are discovered before the design rather than after. The risk is not usually that an interface damages a customisation, it is that the interface ignores one and therefore produces the wrong answer, for example missing a customer specific pricing rule held in a custom field. That is why the discovery step matters. Where the integration does need to depend on customised structures, those dependencies should be listed explicitly so they are revalidated at upgrade time.

How do we connect if the ERP is on premise?

It is normal and it is manageable. The usual options are a controlled site to site connection, a relay component inside your network that makes outbound connections rather than accepting inbound ones, or a scheduled file based exchange where near real time is not required. Which is right depends on your security posture and your hosting arrangement, and it should be decided with whoever is responsible for your network rather than assumed. What matters is that access is scoped to what the interface needs and nothing wider.

Should stock be synchronised in real time?

Per line rather than globally. Fast moving items where an oversell is costly justify frequent updates and a safety buffer. Slow moving lines are fine on a schedule, and running everything at high frequency puts unnecessary load on a production ERP that has other work to do. The better designs match the frequency to how quickly each line actually moves, and treat warehouse, branch and in transit stock as distinct states rather than adding them into a single number that misleads.

Is an off the shelf connector good enough?

Sometimes, and where it is we will say so. A packaged connector covering a standard product, stock and order flow can be a sound choice, and it is cheaper to run than anything bespoke. Where they tend to fall short is on the things that made your ERP configuration valuable: customer specific pricing rules, unusual units of measure, custom fields carrying business logic, and multi warehouse behaviour. The honest test is to map your actual requirements against what the connector does and see what is left over, rather than deciding in principle.

What happens when we upgrade the ERP?

If the integration relies only on documented interfaces and supported extension points, an upgrade is usually a revalidation rather than a rebuild. If it reaches into internal structures, some of those may change. Either way the answer is the same: keep a written list of exactly what the interface depends on, rerun the regression tests in a test environment before the upgrade reaches production, and treat integration testing as part of the upgrade plan rather than something discovered afterwards.

How long does a first integration take?

An outward, read only flow such as publishing products, pricing and stock to a storefront is commonly live in three to five weeks, with much of that time spent on discovery and data quality rather than on the connection itself. Order flows writing into the ERP take longer because they need matching rules, tax treatment, exception handling and proper testing of retries. A full stack across ecommerce, point of sale and logistics is normally staged over several months, highest value flow first.

Connect the ERP You Already Trust

Book a call. We map your configuration, agree an interface approach that survives upgrades, and give you a priced plan. The map and the recommendations are yours either way.