Read up before you reach out.
Answers, results, and — for the curious — the mathematics that makes Shapeshifter tick.
Questions buyers actually ask.
How much does Shapeshifter save on fabric?
Shapeshifter typically reduces fabric consumption by 1–3% through optimized markers at the costing and buying stage. Because fabric is one of the largest costs in a garment, that saving usually amounts to a multiple of the subscription fee.
How much faster does cutting get?
Smart cut plans with fewer cuts typically deliver 10–15% faster cutting — more throughput from the machines and shifts you already have.
Is Shapeshifter a fit for a smaller factory?
Shapeshifter fits operations where fabric spend is significant and orders are frequent. If you cut a handful of simple styles a month, the engine may be more than you need — talk to us and we’ll tell you honestly.
How long does Shapeshifter take to implement?
Most customers run a structured pilot on live orders within weeks, with rollout following agreed success criteria. There is no hardware to install — Shapeshifter is fully cloud-based.
Does Shapeshifter integrate with our CAD/CAM and ERP systems?
Yes. Shapeshifter connects to your existing CAD/CAM environment and integrates with your ERP via secure REST APIs, so orders and plans flow without re-keying.
Do we have to replace our current tools?
No. Shapeshifter is an optimization layer that works alongside the systems you already run — it automates the marker-making and cut-planning work around them.
How is Shapeshifter priced?
Shapeshifter is a subscription scoped to your operation’s size and fabric spend, with unlimited usage — no per-marker fees. Pilots run at a fraction of the full fee so results are proven before commitment.
Results on real factory floors.
In-depth stories, built together with our customers.
The mathematics of the impossible.
Marker making is a 2D bin-packing problem — a class of problem mathematicians call NP-complete. This is the corner of the site where we tell you what that actually means.
The combinatorial explosion
“As you add more pattern pieces, the number of possible combinations doesn’t just grow — it explodes exponentially.” No algorithm can find the mathematically perfect layout in reasonable time, even with supercomputing power. The craft is in getting provably close, fast.
Why generic AI isn’t a silver bullet
Neural networks are pattern-recognition engines, not logic solvers for rigid combinatorial constraints. A layout can look efficient while leaving 2–3% of material on the table — in high-volume manufacturing, the difference between profit and loss.
Aesthetic Intelligence
A technically efficient marker can still ruin a garment: inverted floral patterns, misaligned grain lines, mismatched shading. Shapeshifter translates the judgment of master cutters into data constraints the geometric solver respects.
The hybrid engine
The Infinity Engine pairs a mathematical layer — metaheuristic and genetic algorithms working the NP-complete geometry — with an AI layer enforcing aesthetic and fabric-specific rules. Rigor where rigor wins; learning where judgment used to be the bottleneck.