%20Inverted.png){kind=small}
Your systems already hold the data you need. We connect business software — ERP, CRM, accounting, cloud and legacy applications — so your team stops moving it by hand.
Most growing companies don’t have a software problem. They have a connection problem. The ERP knows what was ordered, the accounting system knows what was invoiced, the CRM knows what was promised — and none of them tell each other. So somebody exports a report every Monday, pastes it into a spreadsheet, and that spreadsheet quietly becomes the system of record.
That workaround costs more than it looks like. Someone spends hours a week on data entry that software should handle. Two systems disagree and nobody knows which is right. A customer gets billed for the wrong quantity because the order never made it across cleanly. And every new tool you add makes the web of manual hand-offs a little worse.
IT systems integration removes the hand-off. Instead of people carrying data between systems, the systems pass it themselves — on a schedule you set, with rules you control, and a record of what moved when something looks wrong.
Software system integration takes different forms depending on what you run and how current the systems are. Most of our work falls into these six.
Two applications talking directly through a documented interface. The cleanest option when both systems expose a modern API, and the easiest to maintain when either one changes.
Pulling records from several systems into one place so reporting reflects the whole business instead of one department. Often the fastest route to a number leadership can trust.
Connecting on-premise systems to cloud applications, or to each other across environments. Common when part of the business has moved to Azure and part has not.
Orders, invoices, and inventory moving between your ERP and finance systems without re-entry. QuickBooks, Dynamics, SAP, or an ERP somebody built for you fifteen years ago.
Sales, service, and operations sharing one view of a customer. Sold, provisioned, invoiced, and supported without three teams keeping separate lists.
Machines, scanners, and sensors reporting into a central system. Where integration stops being back-office plumbing and starts affecting throughput. See manufacturing software.
Integrations fail on the details nobody mapped, not on the code. So we spend the early effort on what moves where.
Which system owns which field, what happens when they disagree, and which manual steps exist today. This is where most of the real decisions get made.
Real time or scheduled, one direction or both, and what happens when a system is unavailable. Chosen against your tolerance for stale data, not by default.
Built API-first and tested against your real data before it touches production. You see it work on your own records, not on a demo dataset.
An integration nobody watches is a silent failure waiting to happen. We add logging and alerting so a broken sync surfaces immediately, not at month end.
You don’t need every system connected. These are the situations where it pays for itself quickly.
Orders entered in one system, invoiced in another, and reconciled by hand each week. Discrepancies found late, after a customer had already been billed.
A scheduled, two-way integration with clear ownership of each field, validation on the way through, and alerting when a record fails to move.
Reconciliation becomes an exception report instead of a weekly task, billing errors get caught before they reach the customer, and both systems agree without anyone maintaining them by hand.
Connecting separate software systems so they share data automatically instead of relying on people to move it. That can mean an API between two applications, a scheduled data sync into a reporting database, or middleware coordinating several systems at once. The goal is one set of numbers the whole business works from.
Usually not, and we’d rather not. Replacing a working system is expensive and disruptive. Integration exists precisely so you can keep what works and fix the gaps between them. If a system genuinely can’t be integrated, we’ll tell you that plainly rather than build something fragile around it.
A single connection between two systems with usable APIs is often a matter of weeks. Several systems, unclear data ownership, or an older platform without a modern interface takes longer — and the mapping stage is where that time goes, not the build. We scope it after discovery so the estimate is based on your systems.
It depends on how many systems are involved and how cooperative they are. A focused integration that removes one painful manual process is a very different project from connecting an entire operations stack. We quote after discovery, as one clear number with no markups.
It happens often, particularly with older line-of-business software. There are usually still options — a database-level integration, a scheduled file exchange, or a middleware layer that speaks to both sides. Which one is right depends on how much the data changes and how current it needs to be.
Integrations move real business data, so they get treated as production systems. Least-privilege service accounts, encrypted connections, credentials kept out of code, and logging that shows what moved. If the integration crosses into managed environments we run, monitoring is already in place.
We’ve been connecting business systems for over two decades, including the older platforms nobody documents anymore. That experience shows up in the mapping stage, where integrations are won or lost.
The senior people who design your integration are the same people who build it. No hand-offs, no offshore teams, one point of accountability when something needs a decision.
Same city, same time zone. When an integration needs attention during your business hours, we’re actually available in them.
Want the background before you talk to anyone? We wrote a full guide to the types of IT system integration, with examples. If your integration is part of a larger build, that usually belongs under custom software development.
Tell us where the manual step is. We’ll tell you whether it can be automated, what it would take, and whether it’s worth doing.
Talk to an Integration Engineer