Four capabilities, one kind of problem.

Most of the cost in an operations team is in the gaps between systems: the export that is re-keyed into another tool, the check somebody does every morning, the message that has to be sent by hand. Automation is making those run on their own, reliably, with someone told when they do not.

We work with the interfaces businesses already have: ERP APIs, the Microsoft Graph API and SharePoint, S3 storage, email delivery services, telephony providers. Typical builds are a monitoring job that checks every site it covers each morning for a fresh backup and restores one weekly to prove the backup is usable, and a responder that sends callers service information after a missed call.

Verification is designed in, not added later. A job that runs silently is a job nobody trusts, so an automation we build reports what it did and what it could not do.

Some processes never fit a product. A scheduling board for contractors, a records tool for one department, an application the business bought years ago from a vendor who is now gone. The choice is usually between paying that vendor whatever they ask, or rebuilding the workflow on infrastructure the business already owns.

We rebuild on what is already there. When a business is being asked for a large sum to release code it assumed it owned, the alternative is usually to rebuild the workflow on infrastructure it already pays for: the Microsoft 365 tenant, the ERP, a server that is already running. A scheduling tool built on the Microsoft 365 data an office already uses, through the Graph API and SharePoint, means no second system to maintain and no new licence to buy.

Internal tools are built small, in Python and plain web interfaces, with the data model kept honest and the hosting kept simple. They are meant to be looked after by the business afterwards, not to become another orphaned system, so the handover is part of the build rather than an afterthought.

An ERP out of the box models a generic business. Real ones have a material that appears in more bills of materials than anyone will edit by hand, an approval step the software does not know about, or a report the finance team rebuilds by hand every month. Customisation is closing that gap without breaking the upgrade path or the data underneath.

We build inside ERPNext itself: custom tools, bulk operations, validation rules and reports. Where a change touches records that production depends on, the tool creates new revisions rather than editing in place, tracks the result of every row, and leaves the old records where active work still needs them.

The starting point is usually a requirements document or a description of the manual process. We design the interface, the processing and the safeguards, and write the test procedure the tool is signed off against before it goes near live data.

A migration is not a transfer of records. Items depend on units of measure, bills of materials depend on items, open orders depend on customers, suppliers and warehouses. Import order, mapping and validation decide whether the new system is usable on the first morning. We map the source data, write the transformers that turn it into what the destination expects, load it in dependency order, and check it against the source before anyone signs off.

Our delivered ERP work is on ERPNext, from cloud provisioning through to open-order import and go-live, including implementations inherited part-way through. The mapping, ordering and validation method carries to other destinations, and if a platform is outside what we can read, you hear that in the first reply.

Stalled implementations are the same work in a different order. We start by reading what has been loaded, what has been customised, and what was never finished, and we write that down before anything else is touched.