Stop paying someone to re-type data.
If a person copies the same numbers between two systems every week, that person is your integration. We build the connection, and the APIs other teams can work with.
We build APIs and connect systems that should already talk — accounting, e-commerce, payment gateways, warehouses, CRMs. Documented, versioned, and built to fail safely when the other side is down. Typical integration: two to six weeks.
Updated August 2026
The expensive failure is the quiet one.
Every integration breaks eventually. What matters is whether anyone finds out.
Integrations break. The question is whether they break quietly.
The other system will go down, change its response, or start rate-limiting you. That is not a risk to design out, it is a certainty to design for.
A badly built integration fails silently — orders stop syncing and nobody notices until a customer complains. A well-built one retries, queues, alerts someone, and never loses a record.
Same principle for APIs you publish. If another developer needs to ask you a question to use it, the documentation is the product and it is not finished.
What we build.
REST and GraphQL APIs
Consistent, versioned, and documented well enough that nobody has to ask you how it works.
Documentation that is the product
Real examples, real error responses, and something a developer can try in the browser.
Integrations that queue and retry
Nothing lost when the other side is unavailable. This is most of what good integration means.
Accounting connections
Orders and invoices flowing to your accounts without anyone re-typing them.
Payment gateways
Including the local ones that actually clear in Gulf and Pakistani markets.
Webhooks done properly
Signed, idempotent, retried. Both receiving them and sending them to your customers.
Monitoring and alerting
You hear about a failed sync from us, not from a customer three days later.
Migrations between systems
Moving data from an old platform, reconciled against the source before anything is switched off.
How integrations actually fail.
Every one of these has happened to someone. The difference is whether the build anticipated it.
| What happens | Badly built | Built properly |
|---|---|---|
| Other system is down | Records lost silently | Queued, retried, nothing lost |
| Their response format changes | Crashes, or writes bad data | Validation catches it, alert raised |
| You hit a rate limit | Requests dropped | Backs off and resumes |
| Same record sent twice | Duplicate order | Idempotent — no duplicate |
| A sync fails at 2am | You find out from a customer | Alert reaches your team |
| Their API version retires | Breaks with no warning | Versioned, monitored, planned |
What we have connected.
Card lifecycle systems at Pakistan's largest payment switch — integration at real scale.
Payment infrastructure reached through the banking apps most Pakistanis already use.
We know which payment providers actually clear in these markets, and which do not.
When you need this.
Someone re-keys data every week
The clearest case there is. Count the hours and it usually justifies itself quickly.
Your numbers disagree between systems
Two sources of truth means neither is trusted, and someone reconciles them manually.
Customers want to integrate with you
If enterprise buyers ask for an API, not having one costs deals.
Your integration keeps breaking
Usually built without retries or alerting. Often cheaper to rebuild than to keep patching.
How we work.
We map what moves where
Which data, in which direction, how often, and what happens today when it fails.
We check what the other side supports
Before promising anything. Some systems have excellent APIs; some have a CSV export and nothing else.
We design for failure
Queues, retries, idempotency, alerting. Decided upfront rather than added after the first incident.
We build and test against real data
Sandbox where one exists, carefully with production where it does not.
We run both in parallel
New integration alongside the manual process until the numbers match. Then you switch.
We monitor and hand over
Alerting to your team, documentation, and code in your repository.
What we build on.
Frequently asked.
6 questions answered. Still have one? Reach out.
If it has an API, almost certainly. If it does not, there are usually other routes — a file export on a schedule, a database connection, occasionally screen automation as a last resort. We check what your specific systems support before promising anything, because the honest answer varies enormously between vendors.