Process and conversion

One style becomes four hundred SKUs.

Style matrixDye lotsJob work

Where the standard system leaves the cost in place.

Textile operations generate combinatorial complexity faster than any other sector we work in. A single style with eight colours and six sizes is forty-eight stock positions before packing variants, and each one has to be planned, cut, processed, and shipped against a buyer's delivery window. Most of the value leaks in the middle, at the dyer, the printer, and the embroiderer, where material leaves the building and comes back a different weight. These are the reasons order status is a phone call rather than a screen.

Stock is tracked by style but not by colour and size, so availability against a buyer order is worked out manually.
Dye lot and shade continuity is managed by memory, and a shade mismatch is discovered at final inspection.
Fabric issued to processors returns at a different weight and the loss is accepted without a norm to compare it to.
Cutting, stitching, and packing progress is reported in a daily production sheet, so a delay is visible only after the day is gone.
Export documentation is prepared separately from the order, so packing lists, invoices, and shipping documents are retyped and reconciled.

What we build

Built for textiles and apparel.

Built on the same core our products run on, extended with the records and rules this sector is actually judged against. These are scopes we build and integrate, not shelf modules with a licence key.

Style, colour and size matrix

Stock, orders, and production held at the variant level with matrix entry and reporting, so availability against a buyer order is a lookup rather than a calculation.

Dye lot and shade continuity

Lot identity carried from greige through processing to finished goods, with shade grouping enforced at allocation so a garment is not assembled from mismatched lots.

Job work through processors

Fabric issued to dyeing, printing, and embroidery under challan with expected return, agreed process loss, rate contracts, and reconciliation per lot rather than per month.

Cut to pack production tracking

Bundle and lot level progress through cutting, stitching, finishing, and packing, so the shortfall against a shipment date is visible while there is still time to react.

Consumption and marker efficiency

Planned against actual fabric consumption per style, marker efficiency, and rejection at each stage, which is where costing in this sector is usually wrong.

Buyer orders and export documentation

Buyer purchase order through production to packing list, invoice, and shipping documents generated from the same records, including the buyer-specific formats each account insists on.

What it has to be able to prove.

Compliance fails when it is a parallel activity. These obligations are carried by the system that runs the operation, so the evidence exists because of how work was recorded rather than because someone assembled it afterwards.

Buyer audit documentation

The records buyers ask for during compliance and social audits maintained as part of the operation rather than assembled in the week before the visit.

Job work movement records

Challan-based issue and receipt with processor-wise reconciliation, which supports both the statutory return and the argument about who lost the material.

Export incentive evidence

Shipment, consumption, and documentation records kept in a form that supports export scheme claims, so an entitlement is not lost for want of a file.

What it runs on.

The sector layer is built. The operational core underneath it is not a proposal: it is running in production with clients today.

ERPMachERPLiveOrder to shipment: procurement, production, costing, finance, and export documentation with variant-level structures throughout.See what it does

SIMSMach SIMSLive with clientsMatrix stock by style, colour, and size, lot and shade tracking, and material held at processor locations.See what it does

What it returns.

Availability answered at variant level

What can be committed against a buyer order is known without a manual reconciliation.

Processor loss measured against a norm

Material sent out and returned is reconciled per lot, so recurring loss becomes a commercial conversation.

Shipment risk visible early

Progress tracked through cut to pack shows the shortfall against a delivery window while it can still be recovered.

Where this normally starts.

Which of these applies depends on how well the constraint is already understood. A review that finds the real one usually turns into a build.

Build

Custom software

Systems built for how your business actually runs, replacing the spreadsheets and workarounds holding it together.

How it works

Automate

Process automation

Removing the approvals, handoffs, follow-ups, and reconciliation that quietly consume your team's week.

How it works

Questions we actually get asked.

Our SKU count is enormous. Will data entry become the new problem?

Only if the system is designed for discrete parts. Matrix entry means a purchase, an order, or a production plan is entered once as a grid across colour and size rather than as one row per variant. The variant detail is generated, not typed.

Can the system stop shade mismatches reaching the buyer?

It can prevent the common cause, which is allocation across incompatible lots. Lot identity is carried through processing and allocation respects shade grouping, so mismatched material cannot be picked into the same bundle without an explicit override that is recorded.

We work with several buyers who each want their own documentation format.

That is normal and it is handled at the buyer level. Packing lists, labels, and shipping documents are templates against the account, so the same order data produces whichever format the buyer requires without anyone retyping it.