As of the latest State of Fashion research, digital product creation and 3D workflows have become a priority capability for mid- to large-size apparel brands aiming to compress development cycles and reduce physical samples. In 2026, decision‑makers are no longer …
As of late 2024, the BoF–McKinsey State of Fashion reports highlight that digital product creation and 3D tools are becoming a priority investment area for brands seeking faster, less wasteful design and sampling pipelines. In parallel, fashion technology reports from …
As of the 2024 edition of McKinsey and Business of Fashion’s State of Fashion series, digital product creation is highlighted as one of the few levers that can materially compress development cycles while brands face demand volatility and rising costs. …
As the latest State of Fashion 2024 report from BoF and McKinsey shows, brands are under pressure to grow in a low‑confidence environment while experimenting with digital product creation, AI, and virtual experiences that reshape how garments are imagined and …
As of April 2025, McKinsey’s State of Fashion research indicates that the fashion industry faces slower growth due to climate pressures, trade uncertainties, and unpredictable consumer spending, forcing direct-to-consumer brands to maximize operational efficiency within constrained budgets. For small D2C …
As highlighted in recent State of Fashion reports from McKinsey and Business of Fashion, product development speed is now a top-three priority for mass‑market and value‑segment brands, with many shifting toward continuous “drops” instead of rigid seasonal calendars. At the …
As of Q2 2026, additive manufacturing has integrated into footwear mold mass production with SLA technology achieving over 65% penetration in front-end development and master pattern manufacturing, while reducing first-article development cycles from 7-15 days to hours through data-driven workflows. …
Normal maps add realistic wrinkles to 3D garments by faking fine surface detail in the lighting response instead of geometry. They store pixel-level normal direction changes that make flat meshes react to light as if they had true folds, seams, …
As of 2024, industry conferences like 3DBODY.TECH and market updates from major fashion platforms highlight 3D body scanning as a key enabler for better fit, lower returns, and more inclusive sizing in apparel. Researchers have demonstrated that scan-derived measurements can …
As of Q1 2026, research at the intersection of computer vision and digital fashion highlights a clear split in garment realism: global silhouette comes from physics-based simulation, while fine wrinkles and micro-folds increasingly come from normal-map–driven detail layered on top. …