IMG.LY vs. Fabric.js
Looking for full customization, scalability, and enterprise-grade features? With IMG.LY, you get it all. See why CreativeEditor SDK is the best alternative to Fabric.js.
What makes IMG.LY the best Fabric.js alternative?
Full customization & white-labeling
A fully customizable, white-label solution where you control the UI, branding, and functionality.
Extensibility & plugin system
Supports custom plugins and extensibility, allowing businesses to tailor the editor to specific use cases.
Advanced vector & raster editing
Supports both vector and raster editing, including shape manipulation, filters, and blending modes.
Cross-platform support
Runs on Web, iOS, Android, React Native, Flutter, macOS, Electron, and Node.js for maximum flexibility.
Trusted by 100+
industry leaders
What our clients say about us
Integrating IMG.LY’s editor meant we didn’t have to build or maintain a complex editing layer ourselves. That kept our team focused on our core AI ad engine and saved us countless development hours — while still giving our customers the ability to polish and customize creatives at scale.
Hikari Senju
CEO, Omneky
With IMG.LY we built a central creative portal that now powers over 140 dealer campaigns across multiple automotive brands. Before this, asset creation was slow and inconsistent.
Martin Röhr
Product Owner, Digitas
By embedding IMG.LY’s editor we were able to hit key RFP requirements and deliver a template-based creative experience that now serves 1,000+ customers. It helped us win more deals and exceed enterprise expectations without needing to hire dedicated design teams.
Rob Driscoll
Director of PM, Optimizely
Since integrating IMG.LY’s editor, we now deliver 30,000+ ad creatives per month, dramatically shorten time-to-launch, and help our clients cut design spend by up to $10,000 per month.
Logan Welbaum
Founder, Plai
Our customers create over a million personalized postcards each year choosing from over hundreds of templates with IMG.LY’s SDK. It’s the only solution that allows us to build our own specialized, on-brand UI that integrates seamlessly with our platform.
Jeanine Zaalberg
Product Manager, SwissPost
From a developer’s perspective, the most powerful feature of the photo editor is the integration process. It was completely flawless, quick, and easy to integrate.
Stefano Fornari
CTO, Funambol
We compared IMG.LY SDK with other solutions and found that it would be the best fit for us since it provides all the features that are crucial for our use case.
Carem Pereira
SCRUM Manager, HP
IMG.LY vs. Fabric.js at a glance
| Feature | IMG.LY | Fabric.js | Notes |
|---|---|---|---|
| Primary Use Case | Cross-platform SDK with dual-purpose architecture: embeds interactive visual editors for user-facing applications and provides headless automation for programmatic asset generation. Handles video production, graphic design, and print workflows through a unified technical foundation. Organizations deploy for consumer-facing creative tools and backend content pipelines using identical infrastructure. Templates execute consistently whether users edit through interfaces or systems generate outputs via automation APIs. | JavaScript canvas library providing object-oriented abstraction over HTML5 Canvas 2D API. Developers build custom graphics applications, interactive visualizations, and design tools from canvas primitives. Handles shapes, paths, text, images, and SVG manipulation with event handling and animations. Used as a low-level foundation requiring custom implementation of editors, workflows, and UI components. | IMG.LY provides a complete production-ready platform for both user-facing editing and backend automation. Fabric.js provides low-level canvas primitives requiring extensive custom application development. |
| Target Audience | Product teams at print-on-demand platforms, marketing automation tools, e-commerce personalization services, and digital asset management systems. Enterprise development teams building white-labeled creative tools for end customers. Organizations seeking a production-ready SDK eliminating months of development time while maintaining brand control and infrastructure ownership. | Web developers building custom canvas applications from the ground up. JavaScript experience is needed to build editing interfaces and features on top of the library. Suits engineering teams that want direct control over the implementation and are prepared to build their own editor. | IMG.LY targets enterprises seeking production-ready solutions with comprehensive dual-purpose capabilities. Fabric.js targets developers willing to build complete custom applications from low-level primitives. |
| Technical Approach | SDK architecture offering three operational modes: deploy production-ready UI components, construct custom interfaces with engine APIs, or execute headless for automation. Cross-platform engine maintains rendering consistency across browsers, mobile applications, and Node.js servers. Organizations select deployment architecture and maintain infrastructure control without external service dependencies. | JavaScript library that adds an object model to the HTML5 Canvas, with events, animations, object stacking, grouping, serialization and built-in interactions. Developers build the editor UI and workflows on top of the library. | IMG.LY offers a more comprehensive SDK with production-ready UI, custom modes, and headless operation across all platforms. Fabric.js offers a low-level canvas library requiring extensive custom development. |
| Advanced Design Editing | Complete design editing suite with vector graphics, text manipulation, layout systems, and print-ready output. CMYK and Pantone color space handling for commercial printing. Collage composition, web-to-print templates, professional typography, adaptive layouts, and role-based permissions. Exports PNG, JPEG, TGA, binary, PDF, IDML, and PSD (on the server) formats for digital and print distribution. | Objects for shapes, paths, text and images. Text supports on-canvas editing, font family, size, weight, line height, character spacing, alignment, underline and superscript, with styles that can differ between parts of the text. A ready-made design editor and CMYK or spot color output are not documented; developers build the editor interface around the canvas. | IMG.LY offers a production-ready design editor with comprehensive print workflows and commercial color support. Fabric.js provides an interactive object model with built-in controls and text editing. |
| File Format Support | Import: Images (PNG, JPEG, JPG, GIF, WebP, SVG, BMP); Video (MP4, MOV with codec requirements); Audio (MP3, M4A, MP4, MOV); Templates (IDML InDesign, PSD Photoshop, Scene native format); Lottie animations (JSON). Export: Images (PNG, JPEG, WebP, TGA); Video (MP4); Print (PDF); Design files (IDML, plus PSD on the server); Scene and Archive (ZIP) formats. Supports transparent backgrounds, custom resolution, compression levels, and file metadata. | Import: images, SVG through the built-in parser, and canvas state from JSON. Export: PNG, JPEG and WebP images (WebP in Node.js needs a workaround), SVG and JSON. | Both support standard image formats. IMG.LY offers significantly more comprehensive format support including professional template import and export (InDesign, Photoshop), video, audio, and advanced export options. Fabric.js exports PNG, JPEG, WebP, SVG and JSON. |
| Templating & Dynamic Editing | Adaptive template infrastructure with intelligent layout algorithms adjusting to variable content dimensions and aspect ratios. Placeholder-based architecture populated through visual editors or programmatic APIs using identical template specifications. Role-based access controls enable collaborative template development. Templates maintain consistency across interactive editing and automation execution using unified definitions. | A template system is not documented. Canvas state saves to JSON and loads back, including images and their filters; custom controls and event handlers are not part of that state. Custom properties, such as an id or a name, can be added to the saved objects. | IMG.LY provides a sophisticated template system with adaptive layouts, intelligent algorithms, and full programmatic control. |
| Creative Automation | Equal-weight automation alongside embedded editing using a unified SDK. Headless Node.js operation enables programmatic generation without UI dependencies. The same SDK powers user-facing editors and backend automation without additional components. Integrates with databases, CRM platforms, and marketing systems for data-driven asset generation. Templates function identically whether rendered through UI or API. Organizations control infrastructure deployment. | Template population and data integration are not documented. In Node.js, developers create objects on a StaticCanvas in code and export the result as an image. | IMG.LY offers a production-ready unified SDK with comprehensive equal-weight editing and automation capabilities. Fabric.js supports basic server-side canvas rendering requiring extensive custom automation development. |
| Advanced Video Editing | Timeline-driven composition with multi-track support enabling frame-accurate video manipulation. Processes MP4 files directly in browsers via WebCodecs without transcoding overhead. Unified timeline combines video segments, image overlays, audio channels, and graphic elements. Scene-based organization with template-driven workflows supports both interactive timeline editing and programmatic video assembly through automation APIs. | FabricImage can use an HTML video element as its source, which needs extra code to work. Fabric.js has no video class and no direct video export, though video export is possible with the stream API. Video editing tools, such as a timeline or audio handling, are not documented. | IMG.LY provides complete professional video editing for interactive and automation workflows. Fabric.js can draw video frames on the canvas with extra code. |
| AI Capabilities | Extensible AI framework integrating custom models alongside built-in intelligence. Smart layout algorithms optimize designs for visual appeal and readability. Plugin architecture connects proprietary or third-party AI services for specialized workflows. AI functions as a creative assistant while preserving manual control over outputs. | AI features are not documented. | IMG.LY offers sophisticated AI-powered design assistance with extensible plugin architecture for custom integration. |
| Asset Management | Federated architecture integrating embedded libraries with external services directly. Getty Images, Unsplash, and Pexels connect without middleware. Organizations extend default libraries with custom sources while maintaining data governance. Manages video and design assets through a unified interface. Client-side architecture keeps media under application control. | An asset library, asset browser and upload handling are not documented. FabricImage loads from a URL or from an existing image or canvas element, and saved canvas JSON stores each image by its source. | IMG.LY offers comprehensive enterprise-grade asset management with direct third-party integrations and custom source support. |
| User Interface | Production-ready modular UI components for user-facing editors. Canvas interactions with timeline controls, filter palettes, effect adjustments, and audio mixing. Component architecture allows panel reorganization, control replacement, or complete custom UI development. Headless mode bypasses UI entirely for automation. Single SDK supports visual applications and invisible backend systems. | Toolbars, panels and property editors are not documented. Fabric.js draws its own on-canvas controls and offers a free-drawing mode with pencil, circle, spray and pattern brushes; developers build the surrounding editor interface. | IMG.LY provides production-ready modular UI components or a headless mode for automation. Fabric.js draws its own on-canvas controls and offers free-drawing brushes, and developers build the surrounding editor interface. |
| White-labeling | Zero-branding architecture with no vendor identification in interfaces or outputs. Visual customization includes complete UI restructuring beyond cosmetic theming. Internationalization support for global deployments. Headless mode eliminates UI entirely for custom implementations. Organizations achieve exact brand alignment including custom color systems matching corporate guidelines. | White-label options are not documented. Developers build the editor interface around the canvas, and the look of the on-canvas controls can be configured, for example corner color, corner size and border color. | IMG.LY provides sophisticated zero-branding architecture with optional headless mode and full UI customization. |
| Interactive Editing | Canvas-first interactions with instantaneous visual feedback during manipulation. Timeline navigation, zoom, and playback without server dependencies. Real-time effect preview using GPU acceleration. Consistent behavior across browsers, mobile devices, and desktop applications. Direct manipulation matching professional creative tools. | Canvas editing in the browser through selection, dragging and scale, rotate and skew controls. Touch input is supported, with a separate touch size for control corners and optional pinch, rotate and tap gestures. | Both offer direct manipulation on the canvas, with Fabric.js providing selection, dragging and scale, rotate and skew controls. IMG.LY adds timeline navigation and real-time effect preview using GPU acceleration. |
| Multi-Layer Editing | Unlimited layer depth for video clips, graphics, audio, and effects with composition control. Blending modes, opacity controls, and z-axis management enable visual effects. Grouping and parent-child relationships create reusable hierarchies. Lock and visibility controls for complex project management. Layer system consistent across web, mobile, and desktop deployments. | Objects render in a stack order that the API can change, and grouped objects can be moved and transformed as one unit. Per-object opacity and canvas composite operations control how objects combine on the canvas. A layer panel is not documented. | Both support multi-layer editing with stacking and grouping. IMG.LY offers deeper nesting with advanced blending controls across all platforms. Fabric.js provides object stacking, grouping, opacity and per-object composite operations. |
| Component Architecture | Decoupled engine and editor layers enabling three integration patterns: full UI deployment, custom UI development, or headless operation. Granular component registration injects custom functionality without SDK modification. Order APIs control component layout programmatically. Plugin framework extends capabilities while maintaining upgrade compatibility. Selective component adoption using only required elements. | Object-oriented class hierarchy: a static canvas and an interactive canvas, plus shape, text and image objects that inherit from a shared object class. A UI component system is not documented. | IMG.LY offers comprehensive enterprise-grade modular architecture with full plugin extensibility and upgrade compatibility. Fabric.js provides an object-oriented class model. |
| Cross-Platform Support | Platform-spanning architecture covering web frameworks (React, Angular, Vue, Svelte, Next.js), native mobile (iOS, Android), cross-platform mobile (React Native, Flutter), desktop (Electron, macOS), and backend (Node.js). Unified codebase adapts to platform conventions while maintaining functional consistency. Templates render identically on client devices or backend servers. | JavaScript library for browsers (Firefox, Safari, Opera, Chrome and Chromium-based Edge) and Node.js. Native iOS and Android SDKs, React Native and Flutter support are not documented. | IMG.LY offers significantly more comprehensive cross-platform deployment including native mobile, desktop, and full server support. Fabric.js runs in browsers and Node.js. |
| Customizability | Granular configuration across UI presentation, functional workflows, and architectural patterns. Toolbar reorganization, asset library customization, and workflow modifications through code-based APIs. Print features include CMYK and Pantone handling. Role-based permissions for multi-tenant deployments. Headless APIs bypass default interfaces for completely custom implementations. | Customization happens in code. Developers set default properties for each object class and use the Control API to change how the default controls work or to create custom ones. The editor interface and workflows around the canvas are built by the application. | IMG.LY provides more sophisticated architectural customization with comprehensive configuration options across all layers. Fabric.js offers control in code, with configurable defaults and controls. |
| Extensibility | First-class plugin framework enabling custom functionality without SDK source modification. Extension points cover UI components, export formats, asset sources, and processing pipelines. Organizations integrate proprietary or third-party APIs while maintaining upgrade compatibility. Modular architecture supports selective feature loading for optimized bundles. | A plugin system is not documented. Developers extend Fabric.js by subclassing its object classes, and optional features such as aligning guidelines, cropping controls and gradient controls ship in a separate extensions entry point. | IMG.LY supports a comprehensive enterprise-grade plugin system with architectural extension and upgrade compatibility. Fabric.js extends through subclassing and an optional extensions entry point. |
| Ease of Integration | Platform-specific documentation with functional code samples across React, Angular, Vue, Flutter, React Native, and server frameworks. Pre-built editor implementations reduce initial setup to configuration. Evaluation includes production SDK access for comprehensive assessment. Multi-tier documentation serves quick-start through advanced implementation scenarios. SDK distribution through standard package managers (npm, CocoaPods, Maven). | Documentation site with guides on the object model, controls, events and rendering. Installation through npm for the browser and Node.js. Quick-start examples cover plain HTML, React and Node.js, alongside ready-to-use starter projects; official framework bindings are not documented. | IMG.LY offers significantly more comprehensive documentation with pre-built implementations across all platforms reducing development time. Fabric.js provides guides for its object model and APIs, and developers build complete applications on top of the library. |
| Flexible Rendering Approach | Flexible rendering architecture: client-side mode uses device GPUs for interactive editing with local data, while server-side rendering via the CE.SDK Renderer supports automated generation on Node.js infrastructure. A unified engine guarantees consistent, pixel-identical output across browsers and backend workflows. The choice depends on the use case, not on technical limitations. | Client-side rendering in browsers on the Canvas 2D API, with image filters written in WebGL and an optional JavaScript fallback. Server-side rendering in Node.js runs on node-canvas and jsdom, so node-canvas limitations and bugs can apply there. | IMG.LY offers more sophisticated unified rendering flexibility with identical output across client-side and server-side execution. Fabric.js renders in browsers or Node.js with behavior varying by canvas backend implementation. |
| Mobile Performance | Native SDKs for iOS and Android with cross-platform framework support (React Native, Flutter). Editing capabilities match desktop experiences with consistent rendering. Performance optimization targets contemporary devices while supporting older hardware. Codec management and memory optimization for mobile constraints maintain responsive editing. | Performance on mobile devices is not documented. In the browser, users can work with objects by touch on touch devices. | IMG.LY provides comprehensive native mobile SDKs with desktop-equivalent performance across iOS, Android, React Native, and Flutter. Fabric.js runs in the browser on touch devices. |
| Production Readiness | Production-deployed in enterprise environments generating 500M+ creative outputs monthly. Continuous release cycles maintain compatibility while introducing capabilities. Multi-tier support from community resources to dedicated engineering assistance. Organizations deploy without infrastructure concerns as the SDK manages complexities internally. | Fabric.js is in active development, with regular releases and a security policy. Companies use it in their products, and help comes through community channels. | IMG.LY has continuous release cycles and multi-tier support up to dedicated engineering assistance. Fabric.js is in active development with regular releases and a security policy, and help comes through community channels. |
| Scalability | Dual scaling approach: distributed client-side rendering where user devices contribute processing capacity, and centralized server-side automation on organization-managed Node.js infrastructure. Template-driven workflows generate variations whether users create individually or automation produces millions. Architecture handles both interactive editing at scale (millions of users) and batch automation workloads. | Fabric.js renders in each user's browser, so each device does its own rendering work. It also runs on a server in Node.js and can render images there. | Both render on user devices and on servers. IMG.LY also runs template-driven batch automation workloads on organization-managed Node.js infrastructure. |
| Storage & Data Ownership | Zero exfiltration architecture keeps all content within application boundaries during editing. Client-side processing eliminates external storage requirements for user editing. Server deployment preserves organizational control over infrastructure and data location. Asset integrations (Getty, Unsplash) activate only when configured. No required data transmission to vendor servers. | A storage service is not documented. Canvas state exports to a plain object that can be put in storage. | IMG.LY keeps all content within application boundaries, with no required data transmission to vendor servers. Fabric.js exports canvas state to a plain object that the application can put in storage. |
| Offline Capabilities | Complete editing functionality without network connectivity after initial SDK delivery. Local rendering, export, and template manipulation work independently of internet access. Asset libraries operate offline when using embedded or custom sources. Valuable for mobile applications and intermittent connectivity scenarios with full feature preservation. | Offline use is not documented. Fabric.js draws on a canvas element in the page. | IMG.LY offers complete editing functionality, local rendering and export without network connectivity after initial SDK delivery. |
| Clear Pricing Model | Usage-based enterprise licensing adapts to platform combinations, deployment scale, and feature requirements. Evaluation period provides production SDK access for comprehensive assessment before commitment. Licensing structure accommodates diverse deployment scenarios and organizational scales. Transparent pricing approach based on actual usage patterns. | Free and open source under the MIT license. | IMG.LY offers comprehensive enterprise licensing covering all capabilities across all platforms. Fabric.js is free and open source under the MIT license. |
| Community & Support | Platform-specific documentation covering web, mobile, desktop, and server integration. Enterprise licensing includes dedicated support with SLA commitments. Solution architects assist with complex integrations and performance optimization. Support desk provides release notes, technical FAQs, showcases, and comprehensive API documentation. | Questions go to GitHub discussions rather than the issue tracker, which is for bugs, and Fabric.js also has a Stack Overflow tag. Open-source project with a contributor community. | Both provide documentation and support channels. IMG.LY offers significantly more comprehensive multi-platform documentation with additional dedicated solution architects and enterprise SLA support. Fabric.js is supported by its open-source contributor community. |
Embed an editor instead of building one
Fabric.js gives you an object model on top of the HTML5 canvas, with SVG import and export. The toolbars, property panels, templates, and asset libraries around it are yours to build and keep working. CE.SDK is an embeddable editor that arrives with all of that, full UI or headless.
Key capabilities
Learn more about some of the functionalities of IMG.LY’s SDK.
Editing
Printing
Templating
Text variables.
Enable mass personalization and creative automation by embedding variables.
Placeholders & lockable designs.
Constrain templates to guide your users’ design and ensure brand consistency.
Configurable presets.
Enforce a consistent aesthetic across all creations by using preset filters, adjustments, fonts, and crop ratios.
Customizability
Build custom UIs.
Use the headless API powering all creative operations to implement an entirely custom UI.
Theming.
Theme the editor to match your app.
Media libraries.
Set up custom libraries that are easily sortable.
Toolbar customization.
Reposition toolbar elements, change icons, or rename tools to fit your use case.
Internationalization.
Add support for additional languages, and customize any button label.
Export options.
Export designs in JPG, PNG, or PDF with custom quality, page ranges, and dimensions.
Check out other use cases
Learn more about related solutions.
Apparel Designer
Whether t-shirts, hoodies or caps, build for any use case, deploy on any platform.
Get in touch
Contact our sales team to learn more about licensing options and get access to our AI plugins for CE.SDK.
FAQs
If you're looking for a powerful alternative to Fabric.js, IMG.LY's CreativeEditor SDK is a great choice. It provides full customization, advanced vector and raster editing, cross-platform support, and enterprise-grade features.
IMG.LY offers a more feature-rich, enterprise-ready solution with turnkey editors, AI-powered automation, a plugin system, and multi-platform support. Fabric.js, on the other hand, is an open-source JavaScript library primarily focused on canvas-based rendering.
Fabric.js gives developers an interactive canvas object model with built-in controls, text editing and SVG import and export, and it also renders in Node.js. IMG.LY provides multi-track editing, automation, and plugin extensibility, making it a better fit for professional and enterprise-grade design tools.
Fabric.js offers an object model for the canvas with interaction and events, serialization, SVG export, animation tools and image filters. IMG.LY, however, supports AI-driven automation, batch processing, and dynamic content insertion for more efficient workflows.
IMG.LY is designed for scalability, offering enterprise support, multi-platform compatibility, and a dedicated engineering team. Fabric.js is an MIT-licensed open-source project maintained by its contributors.
IMG.LY supports Web, iOS, Android, React Native, Flutter, macOS, Electron, and Node.js, making it highly versatile. Fabric.js is JavaScript-based and primarily used for web applications.
IMG.LY integrates with third-party asset libraries like Unsplash and Getty Images, while Fabric.js loads images from a URL or from an image or canvas element that the application provides.
IMG.LY provides a plugin system that lets developers customize and extend functionality. Fabric.js is extended through subclassing and custom controls, and ships optional features in a separate extensions entry point.