AI Digital Asset Management for textile manufacturing.
10,000+ samples. Searchable in seconds.
Imagine
design AI archiveWhat if
By texture. By weave. By fiber composition. By season. Without walking to the factory floor.
"Soft viscose-cotton blend, lightweight, suitable for spring jackets"
"Show me last spring's bestselling weaves"
"Texture similar to this swatch but in earth tones"
"What did we ship to client X in 2024 Fall?"
Plain language. Visual previews. No more walking the archive.
The Problem
design AI archiveWatch what happens when a designer needs to find samples matching a client's request today.
The Solution
design AI archiveThree capabilities turn a physical archive into something a designer can actually query.
Every fabric sample is tagged by AI — texture, weave, fiber, color, season — automatically, with no designer keystrokes.
Designers query in natural language or by reference image. The AI returns ranked matches with visual previews — in seconds.
Senior designer's tacit knowledge gets codified into searchable signals. The system survives staff turnover.
Architecture
design AI archiveThe physical archive stays where it is. The Design AI Brain reads, tags, and indexes. Four modules read from it.
Semantic + visual
AI vocabulary tuning
Studio · variations · output
Archive usage insights
AI Pipeline
Design AI Brain
Physical archive · Untouched
Existing samples · shared drives · binders
AI Search
design AI archiveDesigners query naturally — "flower patterns for spring" — and the archive returns ranked matches with thumbnails, tags, and follow-up suggestions. Threaded history per designer.

Natural-language query
Korean or English, conversational.
Ranked visual matches
Thumbnails + tags + similarity score.
Threaded history
Every conversation kept and re-queryable.
Per-designer context
System learns each user’s style over time.
Pattern Editor
design AI archiveDesigners manipulate the knit grid directly — palette, weave, cuff/heel/toe layers — with live preview at production scale. Output is the file the factory loom needs.

Direct grid manipulation
Palette · weave · cuff · heel · toe layers.
Factory-ready output
Files map directly to loom configurations.

2D / 3D Visualizer
Front · back · left · right preview before loom commit.
Sales × Customer
design AI archiveSales reps used to scramble through binders and shared drives before customer meetings. With the archive, every past design, color palette, sample file, and production note is one search away — on a tablet, in the meeting room.

Before
After
One search, full record
Metadata, tags, palette, files, attachments — all on one screen.
Two Journeys
design AI archiveJunior Designer
Learns the archive
BEFORE — without archive
AFTER — with archive
Senior Designer
Releases tacit knowledge
BEFORE — without archive
AFTER — with archive
AI Capabilities
design AI archive| Capability | Technique | Textile-specific tuning |
|---|---|---|
| Vision tagging | Claude Vision + custom textile vocabulary | Trained on the customer's internal terms — weave types, fiber grades, finishing techniques. |
| Semantic similarity | Image + text embeddings (Voyage AI / Bedrock) | 1024-dim vectors stored in pgvector. IVFFlat indexing for millisecond similarity search. |
| Natural language search | Claude + Korean textile glossary | Handles both Korean and English queries. Resolves trade slang to canonical tags. |
| Color extraction | Color quantization + Pantone matching | CIEDE2000 perceptual color matching. Auto-maps to actual yarn color codes. |
| Reference-based variation | SDXL + ControlNet | Generates 5 variations per request while preserving the fabric's core structure. |
All AI calls routed through AWS Bedrock — Korean data residency by default.
Sample Pipeline
design AI archiveSix steps run automatically the moment a sample is photographed. No designer keystrokes required.
Photographed + scanned
Image + color profile
Claude Vision: texture, weave, fiber
Match the house vocabulary
Vector embedding
pgvector archive
Input

SW-2026-S-417.jpg
2,481 × 3,508 · 4.2 MB
upload · 2026-05-20 14:32
Output · indexed record
SEARCHABLE→ Now retrievable by natural-language query, similarity search, or any combination of tags.
Existing archive of 5,000–15,000 designs batch-migrated and embedded at project start — same pipeline, run in parallel.
Rollout
design AI archiveThe archive is built so designers gain value at every phase — not just at the end. Foundation is live; AI engine and operations follow.
Outcomes
design AI archiveDesigners find matches in seconds. Prototypes ship in days, not weeks. Client approval rate climbs because options are presented faster.
Senior designer's tacit knowledge codified into AI tags and embeddings. When staff move on, the archive doesn't lose anything.
Sales, design, production, and clients all reference the same archive. No more "did anyone make something like this before?" emails.
Data Security & IP
design AI archiveThree questions every textile maker asks before letting AI touch their archive.
"Where is the data hosted?"
AWS Seoul region (ap-northeast-2) — Korean data residency by default. Same standards as Korean banking infrastructure. On-prem deployment available on request.
"Who can see the archive?"
Per-user roles. Auditable access logs. Senior staff can lock specific sample collections — for example, exclusive client work hidden from junior designers.
"Could competitors access it?"
Isolated tenant database — row-level security plus separate schemas. The AI engine is shared (the brain). Your data is sealed (the memory). They never cross.
Shared AI engine · Design AI Archive Brain
code · prompts · embedding models · deployed once
queries scoped by tenant
Anchor customer
isolated DB · row-level security
Tenant B (future)
isolated DB · row-level security
Tenant C (future)
isolated DB · row-level security
never cross
Get Started
design AI archiveEvery vertical with deep institutional knowledge has the same problem shape. We start with a discovery call to map yours.
Contact Ussimon@dalpamon.com · dalpamon.com
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