Figma DAM integration

What a Figma DAM integration must do

A Figma DAM integration must move assets in both directions: approved images, logos and icons into Figma, and finished frames, exports and versions back to the DAM.

The direction that matters most depends on the team. The DAM integrations guide places creative tools among the other connections a DAM needs. Brand and marketing teams mainly pull approved assets into Figma. Product and campaign teams also push finished visuals back to the DAM for channels and agencies.

How Figma exposes integration points

Figma exposes two integration surfaces: the Plugin API, which runs inside the Figma editor, and the REST API with webhooks, which runs from a server.

Fact: plugin iframes have a null origin, so a plugin can call only APIs that send `Access-Control-Allow-Origin: *`. A DAM API or CDN without that header needs a proxy for the plugin. The IT architect checks how the vendor handles this.

Fact: images rendered by the REST image endpoint expire after 30 days, and image fill URLs expire after no more than 14 days. A connector must store the rendered files in the DAM, because the Figma URLs stop working.

Fact: the plugin manifest field `editorType` sets where a plugin runs: Figma design, FigJam, Dev Mode, Figma Slides or Figma Buzz. A DAM plugin that supports only design mode stays unavailable to teams working in Slides or Buzz.

Image limits that shape the connector

The Figma image limits decide which DAM rendition the connector must deliver. Fact: Figma plugin image functions accept PNG, JPEG and GIF up to 4,096 pixels per side, and reject larger or unsupported files with an error.

DAM masters often exceed those limits. A 50-megapixel product photo or a layered PSD cannot go into Figma as is. The connector must request a rendition in a supported format and size.

Worked example: a DAM master of 8,000 by 6,000 pixels in TIFF needs a JPEG or PNG rendition of at most 4,096 by 3,072 pixels before Figma accepts it. The connector should request that rendition automatically. The buyer tests this with one oversized master in the demo.

The four depth levels for Figma

DAMSelection rates Figma integration depth on the same four levels as every other platform, based on who builds and maintains the connector.

Fact, examples of level 3 evidence: the Bynder Marketplace lists a Figma integration "Developed by Figmage" that saves new assets or versions back to Bynder. The same marketplace lists a separate Figma Connector "Developed by CI HUB". Fact: Frontify's help centre lists seven Figma integrations, including a Figma Plugin for guidelines and assets, a Library Sync from Figma to Frontify, and a Figma Connector powered by CI Hub. One DAM can offer several Figma connectors at different depth levels, so the buyer names the one in the quote.

Vendor-level ratings appear on vendor profiles once verified. The integrations overview explains the scale, and the Adobe Creative Cloud integration page applies it to Adobe applications.

How Figma plugins reach the design team

Figma plugins reach users through the Figma Community or as private organisation plugins, and the route decides review and control.

Fact: Figma states that internal plugins do not go through the review process before they are available. A DAM vendor that ships a private plugin per customer needs an Organization or Enterprise plan on the buyer's side. The IT architect confirms the plan before the demo.

Figma REST API limits for server-side connectors

Figma REST API limits depend on the seat type of the account, the endpoint tier and the plan of the file. Fact: for Dev or Full seats, Tier 1 endpoints, which include file and image retrieval, allow 10 requests per minute on Professional, 15 on Organization and 20 on Enterprise.

Requests over the limit return HTTP 429 with a `Retry-After` header. A connector that renders many frames to the DAM must batch and queue requests. The buyer asks the vendor which seat type and plan its connector assumes.

What to test in a Figma demo

A Figma demo tests the full asset loop on the buyer's own files and assets. Add these steps to the scripted demo.

1. Install the DAM plugin through the route the organisation will use.
2. Log in with the corporate identity provider.
3. Search for an approved product image with three DAM facets and place it in a frame.
4. Place one oversized master, such as a TIFF larger than 4,096 pixels, and confirm the plugin delivers a supported rendition.
5. Upload a new version in the DAM and show the alert or update in the Figma file.
6. Export a finished frame to the DAM as PNG and PDF with required metadata fields.
7. Export the same frame again and confirm it becomes a new version of the same DAM asset.
8. Try to place an asset the user's role cannot access, and confirm the plugin blocks it.
9. Show the plugin in every Figma editor the teams use, such as design mode and Slides.

The design team scores each step pass or fail against criteria written before the demo. The Demo Script Generator formats the steps as a scenario.

Risks in Figma DAM integrations

Figma DAM integrations carry five risks that a buyer checks before signature.

• Expiring URLs: a connector that links to Figma image URLs breaks after 14 to 30 days. The buyer confirms that files land in the DAM.
• Image limits: masters larger than 4,096 pixels or in TIFF or PSD fail without automatic renditions.
• Shared plugin data: data written with `setSharedPluginData` is readable by any plugin. The buyer keeps sensitive rights data out of node data.
• Third-party ownership: a level 3 connector adds a second company to support and pricing.
• Plan dependency: private plugins need an Organization or Enterprise plan, and REST limits differ by plan.

The brand manager and the IT architect review these risks together.