— 28 body attributes · 10+ options each · Save once
The AI Composite Card Generator for catalog consistency you can click, not prompt.
Start with a skin-and-body configuration built from 28 attributes × 10+ options each. Save the model once, then reuse the same face and body across your entire catalog without drift between SKUs. Each output is a synthetic composite and carries signed, labelled provenance.
- ~$0.99 per model generation.
- ~50–60 seconds per generation.
- Save once, reuse across your catalog.
- Synthetic composites, transparently labelled.
- C2PA-signed provenance + watermarking.
- REST API ready for batch pipelines.
7-day free trial • 50 tokens (10 images) • Cancel anytime


Saved model setup
Female · 26–35 · Dark brown · 175cm
Build a model. Zero prompts.
Pick the entry attributes for your composite model using click controls. The app locks in the synthetic model configuration, then generates your labelled model asset in under a minute. 28 attributes · 10+ options each
- 6 clicks · 0 keystrokes
- app.rawshot.ai / build_model
How it works
Click-driven model building for SKU consistency
Build a labelled synthetic composite from 28 attributes, save it once, then apply it across your entire catalog workflow in GUI or API.
- Step 01
Choose your composite attributes
Click skin tone, body type, and facial details using the model controls. The garment-led workflow starts with a consistent synthetic model configuration.
- Step 02
Generate the labelled model asset
Run the generation with zero prompting. RAWSHOT produces a synthetic composite model and attaches signed provenance and watermarking cues.
- Step 03
Reuse the model across your catalog
Save to your library, then attach the same model face and body to every SKU. Keep continuity while you vary styles, framing, and outfits.
Spec sheet
Proof your composite is consistent
Twelve proof surfaces show what you control, what you can trust, and how your composite stays stable from model asset to SKU publishing.
- 01
No-likeness by design
Synthetic models are assembled from 28 body attributes × 10+ options each, making accidental real-person likeness statistically negligible by design.
- 02
Click-driven model controls
Every creative decision is a button, slider, or preset. You direct generation with UI controls—no prompt text field required.
- 03
Garment-led fidelity
When you later attach this model to outfits, the software stays faithful to the real garment’s cut, colour, pattern, logo, and drape cues.
- 04
Diverse synthetic models
Choose among labelled synthetic model options to match your audience and creative direction, with transparent composite attribution.
- 05
Same face across SKUs
Save the model asset once, then reuse it across your catalog. You avoid face drift between shoots and retakes.
- 06
150+ visual style presets
Switch between catalog, lifestyle, editorial, campaign, street, Y2K, vintage, noir, and more—without changing the model asset identity.
- 07
2K and 4K, every ratio
Output at 2K and 4K with every aspect ratio you need for PDPs, ads, and social placements—built for publishing consistency.
- 08
Compliance and labelling
Outputs include C2PA-signed provenance and AI-labelled cues, mapped to EU AI Act Article 50 and California SB 942 requirements.
- 09
Signed audit trail per image
Each generated output carries a signed audit trail, so teams can verify provenance and production context for every published asset.
- 10
GUI plus REST API scaling
Run single model builds and apply them through catalog-scale pipelines using the REST API—same rules, same outputs.
- 11
Fast tokens, predictable timing
Model generation runs in ~50–60 seconds per job. Tokens never expire, failed generations refund tokens, and cancel is one click.
- 12
Full commercial rights
Every output comes with full commercial rights, permanent and worldwide—built for direct-use in merchandising and marketing.
Outputs
Model assets you can reuse across your catalog Save once, stay consistent.
Generate labelled synthetic composite card assets, then attach them to SKUs for stable brand faces across every launch cycle.




Browse all 600+ models →
Comparison
RAWSHOT vs category tools vs DIY prompting
Three lenses on every dimension — what you optimize for in RAWSHOT versus typical category tools and blank-box AI workflows.
01
Interface
RAWSHOT
Click-driven model controls with sliders and presets—no prompt field.Category tools + DIY
Shorter controls or limited presets; often prompt text-based workflows. DIY prompting: You type instructions into a chat or image model and iterate by guessing.02
Garment fidelity
RAWSHOT
Garment is the brief—cut, colour, pattern, logo, and drape stay faithful.Category tools + DIY
Garment drift is common when controls don’t map to real product cues. DIY prompting: Typed prompts can’t reliably lock logos, fabrics, or proportion across variants.03
Model consistency across SKUs
RAWSHOT
Same saved model asset used across every SKU—no face drift.Category tools + DIY
Model changes between runs; catalog teams lose continuity. DIY prompting: Each new prompt can generate a new face, breaking SKU-level consistency.04
Provenance + labelling
RAWSHOT
C2PA-signed provenance plus watermarking and AI-labelled output cues.Category tools + DIY
Often lacks signed provenance, watermarking, or clear labelling. DIY prompting: DIY outputs rarely include cryptographic records or consistent labelling.05
Commercial rights
RAWSHOT
Full commercial rights to every output, permanent and worldwide.Category tools + DIY
Rights narratives are unclear or gated behind plans. DIY prompting: Licensing is confusing and may not align with merchandising needs.06
Iteration speed per variant
RAWSHOT
Predictable run times with saved models and catalog-scale application.Category tools + DIY
Extra iterations needed because outputs aren’t stable across runs. DIY prompting: Prompt experimentation becomes the bottleneck before you reach publishable quality.07
Pricing transparency
RAWSHOT
Per-model pricing with tokens that never expire and refunds on failure.Category tools + DIY
Per-seat pricing and volume tiers that can punish growth. DIY prompting: Costs hide in trial loops and repeated generations to fix drift.08
Catalog API
RAWSHOT
GUI for single work and REST API for catalog-scale pipelines.Category tools + DIY
Limited automation; harder to connect to production workflows. DIY prompting: DIY scripting is manual and brittle, with no consistent audit trail per asset.
Prompting does not scale
Stop writing essays. Direct the shoot.
Most AI photo tools start with a blank text box. Rawshot turns the shoot into repeatable controls, so creative teams can produce consistent fashion imagery without prompt syntax or one-off hacks.
Category norm
ManualCreate a premium editorial fashion photograph of a model wearing the exact navy oversized wool coat from SKU-1842, full-body crop, realistic hands, consistent facial identity, clean e-commerce lighting, subtle Paris street background, 85mm lens, no logo distortion, no fabric hallucination, same pose as last campaign, repeatable for all colorways...
A prompt can describe one image. It cannot become a shared production system for hundreds of products, models, angles and markets.
Rawshot
ClicksSaved shoot recipe
Apply to 1 SKU or 10,000 via GUI, CSV or REST API.
Rawshot makes creative direction visible: buttons, presets and sliders instead of hidden prompt craft. The result is easier to teach, faster to approve and built for repeat production.
Use cases
Composite models for catalog-scale brands
Operator archetypes and how click-directed, garment-first output fits the way they actually work.
- 01
Indie designer lookbook refreshes
Save one composite card model, then generate new outfit variations for seasonal storytelling without scheduling studio days.
Confidence · high
- 02
DTC PDP and hero-image pipelines
Keep the same model identity across hundreds of SKUs so product pages stay visually coherent from launch to sale.
Confidence · high
- 03
Adaptive fashion merchandising
Create a labelled synthetic model configuration that matches your styling needs and reuse it consistently across adaptive collections.
Confidence · high
- 04
Lingerie DTC recurring catalog drops
Generate consistent model assets for every replenishment cycle, keeping brand face continuity across new sizes and colours.
Confidence · high
- 05
Resale marketplace inventory batches
Turn incoming inventory into publishable pages using a stable composite model card, reducing repeated rework per listing.
Confidence · high
- 06
Factory-direct SKU normalization
Standardize catalog imagery for factories with REST API scale while preserving model identity across all product variants.
Confidence · high
- 07
Student fashion portfolios
Build reusable model assets quickly, experiment with style presets, and present consistent character-driven editorial sets.
Confidence · high
- 08
Influencer-style campaign content
Maintain one branded model face across multiple platform aspect ratios while you rotate visual styles and framing.
Confidence · high
- 09
Crowdfunding creator updates
Publish recurring campaign imagery for backers using the same composite card so updates feel consistent week to week.
Confidence · high
- 10
Kidswear catalog consistency
Use synthetic model configurations to keep continuity across repeated SKU runs without reshooting or retaking assets.
Confidence · high
- 11
Marketplace seller storefronts
Generate stable product imagery for different merchants and SKUs while staying clear on provenance and commercial rights.
Confidence · high
- 12
On-demand label re-styling
Save a model once, then rapidly produce new outfits and scenes as you restyle collections, without model drift.
Confidence · high
— Principle
Honest is better than perfect.
Every model output is a synthetic composite and is labelled with signed, C2PA-sourced provenance plus watermarking cues. This supports clear disclosure practices under EU AI Act Article 50 and California SB 942, while keeping ecommerce operations audit-friendly at SKU scale.
Rights & provenance
Full commercial rights. Forever.
- C2PA-signed on every image — EU AI Act Article 50 compliant
- 28-attribute synthetic models — real-person likeness statistically impossible
- Full commercial rights to every generation — no recurring licensing fees
- Tokens never expire · One-click cancel · Transparent pricing
EU AI Act
C2PA
Commercial use
Pricing
~$0.99 per model generation.
~50–60 seconds per generation. Save the model once, reuse it across your entire catalog.
- 01Tokens never expire. Cancel in one click.
- 02Same face, same body, every SKU — no drift between shoots.
- 03No per-seat gates. No 'contact sales' walls for core features.
- 04Failed generations refund their tokens.
FAQ
Practical answers on control, rights, pricing, scale, and compliant publishing.
Do I need to write prompts to use RAWSHOT?
Never—you direct every output with sliders, presets, and clicks on the garment, not typed prompts. That UI control is consistent across GUI and REST API payloads, which is why ecommerce teams onboard buyers without rewriting creative briefs as chat threads.
For catalog teams, reliability matters more than model cleverness; RAWSHOT keeps tokens, timings, refund rules, commercial rights framing, provenance signalling, watermarking cues, REST surface, and SKU-scale batch patterns explicit so operations can rehearse PDP launches without hallucinated garment inventions.
What does an AI-assisted fashion composite card change for SKU-scale catalogs?
It gives you a reusable synthetic model card that stays consistent across every SKU you publish. Instead of regenerating a new face each time, you save a composite configuration once and apply it wherever you need catalog, lifestyle, or editorial-style assets.
RAWSHOT builds models from 28 body attributes with 10+ options each, then labels the composite outputs and includes signed provenance and audit trail per image. Your team can iterate on product styling and visuals while keeping the model identity stable across batch runs.
Why skip reshooting every SKU when you only need a new colour or style?
Because the expensive part isn’t just time—it’s the repeatable consistency of model identity and publishing-ready imagery across the whole catalog. Reshoots force scheduling, retakes, and version management, especially when a brand needs recurring drops.
With RAWSHOT, you generate and save model assets, then attach them to new SKUs while varying visual style presets and framing. You keep continuity, publish faster, and avoid drift between outputs created at different times.
How do we turn a base garment into catalogue-ready composite assets without any prompt work?
You start in RAWSHOT with click-driven controls for the shoot configuration, not text prompts. Select the model asset, then use the application controls to choose styles, camera framing, and product composition settings that match your real garment cues.
The garment stays the brief, so cut, colour, pattern, logo, fabric, and drape are represented faithfully in the generated imagery. The workflow is built for ecommerce operators who need repeatable steps, not creative improvisation.
How does a composite model workflow compare to ChatGPT or generic image tools for fashion PDPs?
Generic tools treat instructions as an open-ended guessing game, which often leads to inconsistency across outputs. For fashion PDPs, you need repeatable control over model identity, garment details, and publishable provenance.
RAWSHOT keeps decisions inside a real application interface—click controls for attributes and a clear save-and-reuse model library. It also outputs labelled composites with signed provenance and audit trail, plus full commercial rights framing for merchandising use.
Where do licensing and disclosure show up for labelled synthetic outputs?
They’re built into the output story: each generated asset is labelled and backed by signed provenance and watermarking cues. RAWSHOT provides a consistent commercial rights narrative that teams can rely on for merchandising and marketing.
That matters operationally because compliance reviews need clarity at scale, not after-the-fact guesswork. The system’s C2PA-signed records and AI-labelled cues support disclosure practices aligned with EU AI Act Article 50 and California SB 942.
What quality checks should we run before publishing composite card assets?
Run three checks: confirm the garment cues you care about remain faithful, verify the model identity matches your saved composite card, and check provenance labelling and watermarking cues on the exported outputs.
RAWSHOT’s signed audit trail per image and labelled synthetic composite outputs make these checks concrete. You can then move from internal review to public PDP or campaign pages with less uncertainty about attribution and consistency.
How do model pricing and token rules affect budgeting for catalog refreshes?
Model generation is priced per model asset, with predictable timing around ~50–60 seconds per generation. Tokens never expire, and failed generations refund tokens, which protects iteration budgets during production.
Cancel is also one click on the pricing page, so operators can stop runs immediately when a batch is complete. This structure supports planning for recurring drops instead of treating each attempt like a one-off experiment.
Can we integrate composite model generation into an existing production pipeline via API?
Yes. RAWSHOT supports a GUI for single builds and a REST API for catalog-scale pipelines, so you can generate and apply model assets as part of your batch workflow.
This keeps the same controls and provenance story across interactive and automated work. Teams can rehearse launches with predictable surfaces and then run the same rules nightly for many SKUs.
Once the model card is saved, how do teams scale through the UI and API without drift?
Save the composite card once, then reuse it across your entire catalog—every SKU keeps the same saved model identity. That removes the most common failure mode of generic generation workflows: inconsistent faces across outputs.
RAWSHOT pairs this reuse with labelled, signed provenance and an audit trail per image. Use the GUI for creative direction and the REST API for throughput, while keeping the model asset stable across every production run.