The systems are there.
The work is making them talk.
One single point, in the middle of your systems.
The management system writes the orders, the e-commerce receives them, the warehouse ships them, accounting invoices them. Every pair of systems is wired by hand: software written once and maintained forever, which breaks the moment one of the two changes. The middleware is the point in the middle: the systems talk to it, not to each other.
Fourteen connections, or eight links to a single point.
Every point-to-point integration is a small piece of software with its own logic, its own credentials and its own failures. It grows on its own: each new system adds several more, and nobody counts them until one breaks. The middleware doesn't make them disappear - it concentrates them in one place where they can all be seen.
Hover a system to see how many direct connections it keeps alive today.
ERP exchanges customer records, orders, items. Today it does so through 6 direct connections, each written and maintained on its own. With the middleware, one is left.E-commerce exchanges incoming orders, outgoing availability and prices. Today it does so through 5 direct connections, each written and maintained on its own. With the middleware, one is left.Marketplace exchanges outgoing price lists and stock, incoming orders. Today it does so through 2 direct connections, each written and maintained on its own. With the middleware, one is left.Shipping exchanges labels and tracking. Today it does so through 2 direct connections, each written and maintained on its own. With the middleware, one is left.Accounting exchanges invoice lines and due dates. Today it does so through 3 direct connections, each written and maintained on its own. With the middleware, one is left.Warehouse WMS exchanges stock levels and movements. Today it does so through 4 direct connections, each written and maintained on its own. With the middleware, one is left.CRM exchanges contacts and deals. Today it does so through 3 direct connections, each written and maintained on its own. With the middleware, one is left.Excel exchanges price lists, budgets, manual corrections. Today it does so through 3 direct connections, each written and maintained on its own. With the middleware, one is left.The middleware is yours. Including the day you change everything else.
What changes when the systems stop talking to each other.
These aren't slide-deck benefits: they're things that take someone's time in the company today, and stop taking it afterwards.
- 01
Fewer things to maintain
Before, every connection was a piece of software of its own, often written by different vendors in different years. Now the logic sits in one place, and whoever has to read it doesn't have to go hunting.
- 02
One system changes, the others don't
If you replace the management system or the e-commerce, you rewrite one link. The other seven keep talking to the middleware exactly as before: they never notice the change.
- 03
A new system costs one link
Adding a marketplace, a tool or an app doesn't reopen the project: it connects to the point in the middle and reuses the flows already there. The quote stops being a surprise.
- 04
The exchange history stays
Every message that passes through is recorded. When an order doesn't arrive you don't investigate across three systems: you look at where it stopped, understand why and send it again.
- 05
No lock-in
The middleware is your code, hosted wherever you decide. It isn't someone else's licence with your company's rules inside it - and if you change vendor tomorrow, it stays where it is.
Who sees what you decide one cell at a time.
When a supplier or an agency asks for a piece of data, today the choice is between granting access to the management system or sending a file. The middleware removes the dilemma: nobody touches the systems, and each party receives exactly the fields they need, read-only or read-write, revocable in a second.
Every cell is a rule of its own. It changes from a panel and applies a second later - without opening a ticket and without touching the management systems.
Every call leaves a line. Including the denied one.
No need to trust anyone's memory: who asked for what, when, how many records they received and which fields. It's a log, you read it and export it. Requests outside the permissions don't vanish: they stay written down as attempts.
merge audit --tail 5
Security here isn't an extra product: it's a consequence of how it's built. If the systems are no longer reachable from outside and every request goes through a single point, permissions and an audit log are the natural thing to write on top. The management systems' credentials stay inside the middleware and stop circulating between vendors.
Three steps. Nothing goes dark on the way.
- $ 01 · scan
Flow map
We look at what actually gets exchanged: which systems call each other, how often, with which fields, and what happens when one doesn't answer. Out comes a document - and from there you can also decide to stop.
- $ 02 · build
One flow at a time
The middleware steps into one connection at a time, with permissions and logging live from day one. The old connection stays where it is until the new one has run long enough.
- $ 03 · run
Monitoring
What remains is a panel: what's running, what broke and why, who asked for what. It's built to be run by you - with or without us.
The middleware steps in one flow at a time: there is no switchover day, and at any moment you can go back to the direct connection you had before.
With two or three systems talking to each other and a flow that has been stable for years, a middleware is more infrastructure than you need: better to keep the direct connection and spend elsewhere. It becomes the right call when the systems multiply, when someone outside has to read data, or when every change in a management system is frightening.
Where we have already done it.
Real projects where this service went into production. Same logic, different contexts.
B2B portal for order and document management
A single digital channel for business customers, integrated with the company ERP.
ResultOperational autonomy for customers, manual requests to customer service eliminated.
Read the case study →Retail catalogue synced in real time
Instant visibility on stock and catalogue for every store, with an automatic store-to-warehouse flow.
ResultZero manual catalogue updates, real support for assisted selling in store.
Read the case study →The questions that come up once the systems are already connected.
What is the difference between middleware and a point-to-point integration?
A point-to-point integration connects two systems and has to be maintained forever: with eight systems that becomes fourteen connections, and each one breaks when either end changes. Middleware is one point in the middle: every system keeps a single connection to it - eight instead of fourteen - and whoever changes tells it, not the other seven.
Do we have to change our ERP to add middleware?
No, and that's the point. The ERP stays where it is and keeps doing what it does: the middleware goes beside it, not in its place. If the ERP changes one day, you rewrite one connection - not all of them.
Does it integrate with SAP Business One, Oracle NetSuite or Microsoft Dynamics?
Yes, and we've done it: SAP Business One on a pharma B2B portal, Oracle NetSuite on an enterprise data warehouse. Microsoft Dynamics on a fashion wholesale platform. We resell none of the three - we connect to their APIs the way we'd connect to any other system, including an ERP written to measure twenty years ago.
What does it cost to add another system later?
One connection, not nine. That's the economic case for middleware: the tenth system costs what the second did, because it talks to the point in the middle and not to the other nine.
Who gets to see which data?
You decide, one cell at a time: permissions are per role and per resource - records, orders, prices, stock, costs, hours. And every call leaves a line in the log, including the ones that were denied.