IMG.LY vs Rendly Alternative

IMG.LY vs Rendley

The best Rendley alternative for building full-featured, customizable design and video editing workflows with rich UI options, automation, and cross-platform support out of the box.

What Our Clients Say About Us

IMG.LY’s solution engineers did a deep dive on our business case and helped us implement a custom print kiosk UI.

André Albrecht

Digital Solution Manager

Brother

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

Swiss Post

Our app has photo-editing at the very core of its experience and the editor has been invaluable in making that vision happen. There are no other tools on the market up to the quality of PE.SDK.

Toby Green

Lead Developer

Elbi

IMG.LY vs. Rendley at a Glance

Primary Use Case

Cross-platform SDK combining interactive content creation with programmatic asset production. Handles video editing, design work, and print workflows through unified architecture serving both UI-based creation and API-driven generation. Template systems and rendering engines function identically for end-user editing sessions and server-based batch processing. Single codebase covers scenarios from mobile app creators customizing content to backend servers generating thousands of variants from data sources.

Browser-based video SDK for building custom video editing applications. Focuses on web-only video composition and rendering without built-in UI components. Developers implement their own interface using the headless API or engine primitives. Supports importing After Effects compositions for template-driven video workflows. Renders client-side using WebGL and WebCodecs, or server-side via Docker containers for production outputs.

IMG.LY provides dual-purpose cross-platform SDK for editing and automation across video, design, and print. Rendley focuses exclusively on web video with custom UI development required.

Target Audience

Organizations needing both user-facing creative tools and automated content pipelines within the same platform. Marketing teams enabling campaign personalization, print shops offering design customization, educational platforms producing video content, and enterprises running production automation alongside employee-driven creative work. Serves developers who value rapid deployment through production-ready interfaces while maintaining flexibility for backend generation workflows. Teams seeking infrastructure sovereignty and deployment flexibility across devices.

Web application developers building custom video editing experiences from scratch. Development teams with frontend engineering resources to create their own editing interfaces. Organizations needing video composition capabilities without ready-made UI components. Teams importing After Effects templates for web-based video generation. Developers comfortable building complete editor architecture on top of rendering engine primitives. Currently serving Beta users testing platform capabilities before full production deployment.

IMG.LY targets developers building creative applications with both user editing and automation needs across all platforms. Rendley serves web developers building custom video editors from foundational components with Beta-stage adoption.

Technical Approach

Unified SDK offering built-in editor deployment, custom interface construction via engine APIs, or pure headless operation. Runs natively on web platforms, iOS, Android, desktop applications, and Node.js environments using consistent rendering engine. Processing occurs locally on user hardware or remotely on organization-controlled servers depending on workflow architecture. Organizations select deployment locations and data handling without vendor infrastructure dependencies.

UI-agnostic video engine requiring developers to build their own editing interface using React, Vue, or vanilla JavaScript. Provides low-level video composition APIs without pre-built editor components. Client-side rendering leverages WebGL and modern WebCodecs in browsers for preview and export. Server-side rendering uses Docker containers for production-quality outputs. Web-only deployment without native mobile SDKs. After Effects composition import enables template workflows from existing motion graphics.

IMG.LY offers flexible three-mode integration with production-ready UI across all platforms. Rendley provides web-only engine requiring complete custom UI development with After Effects import support.

Advanced Video Editing

Multi-track timeline composition supporting video clips, still images, vector elements, and audio channels with frame-level precision. Handles MP4 files natively in browser environments through contemporary codec support. Users arrange scenes, trim clips, apply transitions and effects, then export to multiple formats. Editing workflows function identically whether users interact with timeline interfaces or automation scripts construct sequences programmatically. Output quality remains consistent across web, native mobile, desktop, and server deployments.

Multi-track timeline composition with layered video, audio, images, and effects. Frame-accurate editing with trim, split, and arrangement controls for complex compositions. Video filters, transitions, and effects for professional outputs. Exports MP4 videos with quality settings up to 4K resolution. After Effects composition import preserves animations and layer structures. Rendering through browser WebCodecs or server-side Docker containers. Web platform only without native mobile or desktop applications.

Both provide comprehensive timeline-based video editing with multi-track composition. IMG.LY offers cross-platform deployment including native mobile and server automation. Rendley focuses on web-only video with After Effects import capability.

Advanced Design Editing

Comprehensive design tools including vector manipulation, typography controls, image processing, and layout composition for digital and commercial print. Supports professional printing requirements through CMYK and Pantone color accuracy. Layout capabilities span adaptive sizing, collage construction, multi-page documents accessible through visual interfaces or code APIs. Design features available for both interactive user sessions and programmatic generation workflows.

Basic shape and text layer support within video compositions for overlays and titles. Vector graphics handled as composition elements rather than standalone design editing. Focus on video-centric design within timeline context rather than print or complex graphic design. No specialized print color spaces or typography features beyond video requirements. Design capabilities serve video composition workflows rather than standalone graphic design.

IMG.LY provides comprehensive design editing with commercial print support (CMYK, Pantone) across platforms. Rendley offers basic design elements within video compositions without advanced graphic design or print features.

File Format Support

Handles diverse creative formats including common image types (JPEG, PNG, SVG, WebP), print-ready documents (PDF, PDF/X), video (MP4), and proprietary template structures. Direct import capabilities for Adobe design files including InDesign (IDML) and Photoshop (PSD) enable workflow continuity with existing creative pipelines. Format handling maintains consistency between user-facing editors and automated generation systems.

Imports standard video formats (MP4, WebM), images (JPEG, PNG), audio files, and Adobe After Effects compositions (.aep files). Exports MP4 video at various quality levels from SD to 4K. After Effects import preserves layer structures, animations, and composition hierarchies for template-driven workflows. No support for print formats (PDF/X), InDesign, or Photoshop files. Format handling focuses on web video production requirements.

Both support standard image and video formats (JPEG, PNG, MP4). IMG.LY offers broader format support including print (PDF/X) and Adobe design files (InDesign, Photoshop). Rendley specializes in After Effects composition import.

Templating & Dynamic Editing

Dynamic templates automatically reconfigure layouts when content dimensions or aspect ratios change. Placeholder filling occurs through visual editing interfaces for users or programmatic APIs for automated workflows. Template structures serve both use cases without modification. Template authors define editability boundaries for downstream users. Layout intelligence preserves design coherence across infinite variations whether user-generated or server-produced.

JSON-based templates define video compositions with placeholders for video clips, images, text, and audio. Templates populate programmatically via API or through custom UI implementations. After Effects compositions import as templates preserving animations and layer structures. Template structure defined in JSON without visual template editor for end users. Developers control template schema and data population workflows through code.

Both provide template systems with dynamic data population. IMG.LY offers visual template editing for users and adaptive layouts for both UI and automation. Rendley uses JSON templates with After Effects import but no built-in visual template editor.

Creative Automation

Serverless mode operates on Node.js infrastructure producing content without interface rendering. Unified SDK architecture eliminates separate tools for interactive and automated workflows. Data sources including databases, CRM systems, spreadsheets connect directly for systematic asset generation. User-editable templates accept programmatic data population identically. Infrastructure deployment occurs on organization-selected cloud or on-premise environments.

Server-side rendering via Docker containers enables automated video generation without browser dependencies. API-driven workflows populate JSON templates with dynamic data for batch video creation. Docker deployment allows integration into automation pipelines on controlled infrastructure. Headless rendering produces production-quality outputs for systematic generation. Same templates and engine serve both client-side preview and server-side production rendering.

Both support headless automation with infrastructure control. IMG.LY provides unified SDK for automation and editing across all platforms. Rendley offers Docker-based server rendering for web video automation with JSON template workflows.

AI Capabilities

Extensible architecture accepts custom AI model integration alongside native smart layout automation. Content-aware layouts self-adjust for visual balance as content changes. Open plugin system facilitates proprietary AI service integration or third-party tool connections for domain-specific requirements. Capabilities span text-to-image synthesis, style transformations, background manipulation, object editing, and intelligent text operations through modular components. AI augments rather than replaces human creative control.

Background removal for video and image layers within compositions. Limited AI features beyond background processing. No built-in text-to-image, style transfer, or comprehensive AI model integration framework. Focus on core video composition rather than extensive AI-powered content generation. Developers can integrate external AI services through custom implementations, but no formal plugin architecture for AI models exists.

IMG.LY offers extensible AI framework with text-to-image, style transfer, background removal, and custom model integration. Rendley provides basic background removal without broader AI capabilities or formal plugin system.

Asset Management

Native integrations to Getty Images, Unsplash, and Airtable operate without intermediary services. Custom asset sources extend functionality while preserving data governance. Video and static design assets share unified management interfaces. Media storage remains under application control without mandatory external dependencies. Integration connections activate through explicit configuration only.

No built-in asset management or stock library integrations. Developers implement their own asset storage, retrieval, and management systems. Custom asset libraries require development work connecting to storage services or DAMs. Video, image, and audio assets managed through application-specific implementations. Organizations maintain complete control over asset storage architecture and access patterns.

IMG.LY provides direct stock integrations (Getty, Unsplash) with custom source support and local data control. Rendley requires developers to implement all asset management without built-in libraries or integrations.

User Interface

Production-grade interface includes canvas workspace, timeline editor, filter controls, and effect management ready for immediate deployment. Interface reorganization, control replacement, or complete custom UI construction available through engine APIs. Headless operation bypasses interfaces entirely for pure automation scenarios. Single SDK addresses both visual application requirements and non-interactive backend processing based on deployment context. Ready-to-ship interface accelerates time-to-market while preserving architectural flexibility.

No built-in UI components or pre-built editor interface. Developers create entire editing interface from scratch using React, Vue, or vanilla JavaScript. Engine provides rendering and composition APIs without visual components. Organizations implement their own timeline controls, property panels, effect selectors, and playback interfaces. UI-agnostic architecture gives complete design freedom but requires substantial frontend development effort for production-ready editor.

IMG.LY provides production-ready UI with customization options plus headless mode. Rendley requires complete custom UI development without built-in editor components, offering design freedom at cost of development complexity.

White-labeling

Zero vendor identification in interfaces or generated outputs by default. Visual element customization extends beyond color modifications to complete architectural restructuring. Headless deployment removes interfaces entirely for fully custom implementations. Organizations achieve precise brand alignment with corporate visual standards and design systems without any IMG.LY presence.

Complete white-labeling by nature of UI-agnostic architecture. No Rendley branding exists in custom-built interfaces since developers create entire UI from scratch. Output videos contain no watermarks or vendor identification. Organizations build fully branded video editing experiences matching exact specifications. White-labeling inherent to architecture rather than configuration option.

Both support complete white-labeling without vendor branding. IMG.LY offers zero-branding by default with optional UI customization. Rendley provides white-labeling inherently through custom UI development requirement.

Interactive Editing

Canvas interactions provide immediate response during drag operations, resize actions, text input, and effect application using hardware acceleration. Timeline navigation, magnification, and playback execute locally without network latency. Behavioral consistency maintained across web interfaces, iOS, Android, and desktop applications. Manipulation patterns mirror professional creative tools rather than programmatic workflows. Instantaneous feedback sustains creative momentum throughout editing sessions.

Real-time browser-based editing using WebGL for rendering and WebCodecs for video processing. Interactive preview during composition construction with immediate visual feedback. Performance depends on browser capabilities and device hardware. Timeline playback and scrubbing through custom-implemented UI controls. Web-only interactive editing without native mobile or desktop applications. Developers implement interactivity patterns through custom interface code.

Both provide real-time interactive editing with visual feedback. IMG.LY offers production-ready interactive interface across web, mobile, desktop platforms. Rendley requires developers to implement interactive controls on web platform only.

Multi-Layer Editing

Unlimited layer depth supports video tracks, image elements, vector graphics, audio channels, and effects with z-order management. Visual blending, transparency control, organizational grouping, and hierarchical relationships enable sophisticated compositions. Layer visibility and editing locks facilitate project management. Layer architecture maintains identical behavior across deployment platforms for both user-driven editing and programmatic composition assembly.

Multi-layer video composition with stacking order control for video, image, text, and audio tracks. Layer opacity, blending, and transform properties for visual effects. Supports complex layer hierarchies from After Effects composition imports. Layer management through API calls rather than visual interface. Developers implement layer controls and organization through custom UI code.

Both support multi-layer editing with stacking and composition. IMG.LY offers unlimited depth with visual layer management across platforms. Rendley provides layer composition via API with After Effects hierarchy support requiring custom UI implementation.

Component Architecture

Separate engine and editor execution enables three distinct integration approaches: complete editor deployment, custom UI construction using engine APIs, or pure headless operation. Extension framework adds capabilities without SDK source modifications. Selective component loading optimizes bundle delivery. Version upgrades preserve customization compatibility across all supported deployment environments.

Engine-based architecture separates rendering logic from UI implementation. Modular API design allows importing only needed capabilities for optimized bundle sizes. No formal plugin system but extensible through JavaScript integration. After Effects composition support provides templating components. Web-focused architecture without multi-platform considerations. Developers compose functionality through API combinations.

IMG.LY offers granular component architecture with three integration modes and formal plugin extensibility. Rendley provides modular engine APIs for web without plugin framework, extensible through JavaScript integration patterns.

Cross-Platform Support

Identical SDK deploys to web frameworks (React, Angular, Vue, Svelte, Next.js), native mobile platforms (iOS, Android), cross-platform mobile tools (React Native, Flutter), desktop environments (Electron, macOS native), and backend servers (Node.js). Unified codebase adapts to platform-specific patterns while ensuring identical template rendering everywhere. Comprehensive platform coverage spans browsers through mobile applications to server automation infrastructure.

Web browsers only with support for modern JavaScript frameworks (React, Vue, vanilla JS). No native mobile SDKs for iOS or Android. No desktop applications outside browser contexts. Server-side rendering through Docker containers for production automation. WebGL and WebCodecs requirements limit browser compatibility to modern Chrome, Firefox, Safari, Edge. After Effects import workflow assumes desktop After Effects for composition creation.

IMG.LY offers significantly broader cross-platform deployment including web, native mobile, desktop, and server. Rendley operates exclusively as web-based platform with Docker server rendering but no native mobile or desktop SDKs.

Customizability

Toolbar reconfiguration, asset library personalization, workflow modification available through code-level APIs. Commercial print color handling including CMYK and Pantone specifications. Multi-tenant role-based access controls. Headless API access enables complete custom implementations bypassing standard interfaces. Comprehensive configuration without SDK source access requirements. Customization spectrum ranges from cosmetic theming through fundamental architectural changes.

Complete UI customizability through ground-up interface development. Developers define entire editing experience, control layout, interactions, and workflows. JSON template structure customizable for specific video composition needs. After Effects import workflow customizable through template preparation. No built-in customization options since no built-in UI exists. Customizability requires development work rather than configuration.

IMG.LY provides architectural-level customization through configuration and APIs with optional production-ready UI. Rendley offers unlimited UI customizability requiring complete development effort for all editing interface elements.

Extensibility

Extension framework adds functionality without SDK source changes. Defined extension points address UI components, export formats, asset integrations, and processing workflows. Proprietary or third-party API connections maintain upgrade compatibility. Selective feature loading optimizes performance characteristics. Structured plugin architecture enables systematic capability expansion.

Extensible through JavaScript integration patterns but no formal plugin architecture. Developers integrate external services and APIs through custom code. After Effects composition import extends templating capabilities. No structured plugin marketplace or extension framework. Extensibility depends on JavaScript integration capabilities rather than defined extension points. Organizations extend functionality through application-level implementations.

IMG.LY offers comprehensive plugin system for architectural extension with defined extension points. Rendley provides JavaScript integration extensibility without formal plugin framework requiring custom implementation approaches.

Ease of Integration

Platform-specific implementation guides include functional code examples for React, Angular, Vue, Flutter, React Native, and Node.js deployments. Ready-to-deploy editor reduces initial setup to configuration tasks instead of development work. Full-featured production SDK accessible during evaluation periods for comprehensive assessment. Documentation library spans introductory quick-start materials through detailed architectural references.

Documentation covers API usage, composition structure, and rendering workflows. Code examples demonstrate video creation patterns and template usage. Docker setup guides for server-side rendering deployment. Requires substantial frontend development expertise for UI implementation. Integration involves building complete editor architecture rather than configuring existing components. Beta status means evolving documentation and potential API changes.

IMG.LY offers comprehensive multi-platform documentation with pre-built editor reducing integration effort. Rendley provides API documentation requiring significant development work for production editor with Beta-stage maturity considerations.

Flexible Rendering Approach

Organizations select between client-side processing using end-user device GPUs or server-side processing on Node.js infrastructure for batch operations. Identical rendering engine ensures consistent outputs regardless of execution location. Workflow-specific rendering approach selection maintains quality guarantees universally.

Client-side rendering uses WebGL and WebCodecs for browser-based preview and export. Server-side rendering via Docker containers for production-quality outputs and automation workflows. Docker deployment enables controlled infrastructure rendering without browser dependencies. Same composition engine serves both client and server rendering contexts. Organizations choose rendering approach based on quality requirements and performance needs.

Both offer flexible client-side or server-side rendering on controlled infrastructure. IMG.LY provides identical output across all platforms (web, mobile, desktop, server). Rendley offers web browser client-side and Docker server-side rendering.

Mobile Performance

Native iOS and Android SDKs, React Native, and Flutter implementations all utilize shared C++ rendering foundation ensuring behavioral consistency. Contemporary mobile device optimization delivers fluid editing and seamless preview experiences. Cross-platform engine emphasizes rendering quality parity and feature equivalence between web and native mobile implementations.

No native mobile SDKs or mobile application support. Web-based architecture requires mobile browser access with WebGL and WebCodecs support. Mobile performance depends on browser capabilities and device hardware. No native iOS or Android development options. Mobile users access through responsive web implementations of custom-built editor interfaces.

IMG.LY provides native mobile SDKs (iOS, Android) plus cross-platform mobile (React Native, Flutter) with optimized performance. Rendley offers no mobile support beyond web browsers with modern codec requirements.

Production Readiness

Monthly generation exceeds 500 million creative outputs across enterprise installations. Continuous release cadence maintains backward compatibility while expanding capabilities. Support tiers span community resources through dedicated engineering assistance. Production verification through demanding operational environments with established release management. SDK internalizes complexity enabling confident large-scale deployment.

Launched in Beta May 2024 with ongoing development and feature additions. Used by early adopters testing platform capabilities before broad production deployment. API stability considerations during Beta phase with potential breaking changes. After Effects import and Docker rendering demonstrate production-oriented features. Platform evolving toward production maturity with current Beta designation indicating active development phase.

IMG.LY is production-ready with 500M+ monthly outputs and established stability. Rendley operates in Beta phase (launched May 2024) with evolving features and API stability considerations before full production readiness.

Scalability

Client-side processing distributes computational load to individual user devices for interactive sessions. Server-side automation operates on organization-controlled Node.js infrastructure scaling horizontally through standard techniques. Template-based generation produces unlimited variations whether individual users create content or automation generates millions. Architecture handles both high-volume interactive editing and massive batch automation without performance compromise.

Client-side rendering scales with user device capabilities and browser performance. Server-side Docker rendering scales through container orchestration and horizontal infrastructure expansion. Organizations control scaling architecture through Docker deployment strategies. Template-based automation enables high-volume video generation through batch API workflows. Scalability depends on infrastructure investment and container management expertise.

Both offer scalability through distributed client-side rendering and server-side automation on controlled infrastructure. IMG.LY provides proven scale across all platforms. Rendley enables web and Docker scaling with infrastructure management responsibility.

Storage & Data Ownership

Content remains within application boundaries throughout editing processes. Client-side operations maintain data locality on user devices. Server deployments provide complete infrastructure and data location governance. No mandatory external storage or cloud service dependencies. Asset integration activation occurs exclusively through deliberate configuration. Organizations exercise complete sovereignty over content and data movement.

Complete data ownership with content remaining under organizational control. Client-side processing keeps data local in browsers during editing sessions. Server-side Docker rendering runs on controlled infrastructure without external dependencies. No forced cloud storage or data exfiltration. Organizations manage storage architecture, backup strategies, and data retention policies independently.

Both process content locally with complete data control and infrastructure independence. IMG.LY offers local processing across all platforms with optional integrations. Rendley provides web browser and Docker processing with full data ownership.

Offline Capabilities

Complete editing functionality operates without network connectivity following initial SDK delivery. Local rendering, export operations, and template functionality work offline. Asset libraries operate offline when utilizing embedded or custom sources. Valuable for mobile applications and scenarios with intermittent connectivity. Client-side architecture enables productive work without persistent connectivity across all supported platforms.

Client-side editing works offline after initial application load in browsers. WebCodecs rendering and export function without internet connectivity. Asset access requires local storage or cached resources for offline functionality. Docker server-side rendering operates offline within isolated network environments. Offline capabilities limited to web browser contexts with cached application code and local assets.

Both provide offline functionality after initial SDK delivery with local rendering. IMG.LY offers complete offline support across web, mobile, desktop platforms. Rendley supports offline web editing with cached resources and offline Docker server rendering.

Clear Pricing Model

Enterprise licensing structure adapts to selected deployment platforms, operational scale requirements, and utilized feature sets. Evaluation programs include production-grade SDK access enabling thorough pre-commitment testing. Licensing encompasses all functionality across platforms without per-user constraints. Pricing transparency aligns with organizational deployment specifications and usage characteristics.

Free tier available for development and testing. Enterprise tier for custom requirements and volume licensing. Clear tiered pricing structure with transparent costs. Early pricing model subject to changes as platform matures beyond Beta phase.

IMG.LY offers enterprise licensing covering all platforms and capabilities without user limits. Rendley provides clear tiered pricing (Free, Pro, Enterprise) with Beta-phase pricing subject to evolution.

Community & Support

Platform-specific documentation addresses web, mobile, desktop, and server integration contexts. Enterprise licensing incorporates dedicated support with contractual SLA guarantees. Solution architects assist with sophisticated integration challenges and performance optimization requirements. Community resources supplement formal support infrastructure. Documentation organization follows deployment context patterns.

Documentation covers API usage, composition workflows, and Docker deployment. GitHub repositories and code examples demonstrate integration patterns. Support channels evolving during Beta phase with community feedback influencing development. Enterprise support available for production deployments. Documentation and support maturing alongside platform development.

Both provide documentation and enterprise support options. IMG.LY offers comprehensive multi-platform documentation with dedicated solution architects. Rendley provides evolving Beta-stage documentation with GitHub resources and developing support channels.

Turnkey Solutions for Various Use Cases

Pre-built editors for social, marketing, and video.

Pre-built Video Editor UI available; other use cases must be built from scratch.

Advanced Video Editing

Timeline-based video editor with transitions, audio, overlays, and animations.

Advanced video editing with keyframe support, AE import, and audio features.

Platform Support

Web, iOS, Android, React Native, Flutter, Electron, macOS.

Web-based with optional server-side rendering.

Templating System

Dynamic templates with placeholders and layout constraints.

Templates must be defined programmatically (JSON-based); no visual template editor for end users.

Creative Automation

Headless API for batch generation, template rendering, and automation.

Supports automation through programmable project files.

Asset Libraries

Built-in integrations with Getty, Unsplash, and custom libraries.

No built-in stock libraries.

Extensibility & Plugin System

Structured plugin system with multiple ready-to-use plugins (e.g., AI features, filters, custom tools) and support for custom extensions.

Extensible via API and SDK integration; no structured plugin marketplace or prebuilt plugins available.

Design Editing Features

Full-featured design editor with support for video, images, text, stickers, shapes, and layout tools.

No built-in tools for design editing; focused on video composition and effects.

Web2Print Designer

Elevate your Web2Print application with best-in-class Design Editor.

Learn More Open Showcase

Creative Automation

Automate & scale content creation with ease.

Learn More Open Showcase

Variable Data Printing

Enable mass-personalization in your design & print workflows.

Learn More Open Showcase

Photo Prints

Provide seamless design experience and inspire users with easily personalized templates.

Learn More Open Showcase

Print Personalization

Streamline personalization for your print products.

Learn More Open Showcase

Apparel Designer

Whether t-shirts, hoodies or caps, build for any use case, deploy on any platform.

Learn More Open Showcase

FAQs

What is the best Rendley alternative?

If you're looking for a powerful editor with built-in UI, cross-platform support, and rich editing capabilities beyond just video, IMG.LY is a great Rendley alternative. It provides flexibility with less manual development effort.

What are the key differences between IMG.LY and Rendley?

IMG.LY offers a full-featured design and video editor with a user-friendly visual interface, allowing end users to create designs, videos, and templates without technical knowledge. Rendley focuses primarily on advanced video editing and automation workflows, but template creation and project setup are code-driven, requiring developer involvement rather than offering a visual template builder for end users.

Does either support After Effects import?

Only Rendley supports After Effects import, allowing motion designers to bring in editable compositions. IMG.LY does not support AE import but offers native animation tools within the editor.

Which tool has better support for images, PSDs, and print design?

IMG.LY supports importing layered design files like PSD, INDD, and AI, making it ideal for photo and print design workflows. Rendley focuses more on video and doesn’t support layered design files.

Can I build a complete editing UI with both platforms?

IMG.LY provides a fully-featured, customizable UI out of the box. Rendley offers a pre-built Video Editor UI that can be embedded into websites, with customization options available through source code access.

Which solution supports creative automation?

Both support creative automation. IMG.LY offers a headless API and dynamic templates. Rendley allows project creation and editing through serialized JSON configurations.

Which one supports cross-platform development?

IMG.LY supports a wide range of platforms beyond the web, including iOS, Android, React Native, Flutter, Electron, and macOS. Rendley is currently web-first.

What’s better for rapid integration into a SaaS product?

IMG.LY is easier to integrate thanks to its turnkey UI, plugin system, and platform SDKs. Rendley provides deep video customization but may require more frontend engineering to get started.

IMG.LY vs Rendley

What makes IMG.LY the best Rendley alternative?

Fully-Featured Design & Video Editor

Turn-key Solutions

Extensibility & Plugin System

Cross-Platform

What Our Clients Say About Us

IMG.LY vs. Rendley at a Glance

Features

IMG.LY

Rendley

Notes

Primary Use Case

Target Audience

Technical Approach

Advanced Video Editing

Advanced Design Editing

File Format Support

Templating & Dynamic Editing

Creative Automation

AI Capabilities

Asset Management

User Interface

White-labeling

Interactive Editing

Multi-Layer Editing

Component Architecture

Cross-Platform Support

Customizability

Extensibility

Ease of Integration

Flexible Rendering Approach

Mobile Performance

Production Readiness

Scalability

Storage & Data Ownership

Offline Capabilities

Clear Pricing Model

Community & Support

IMG.LY

Rendley

Turnkey Solutions for Various Use Cases

Advanced Video Editing

Platform Support

Templating System

Creative Automation

Asset Libraries

Extensibility & Plugin System

Design Editing Features

Everything you need

Key Capabilities

Editing

Adjustments

Effect & Blur

Element Snapping

Blend Modes & Grouping

Undo & Redo

Printing

PDF/X Export

Cutout Lines

CMYK/ Spot color support

Templating

Design Templates

Text Variables

Placeholders & Lockable Designs

Configurable Presets

Customizability

Build Custom UIs

Theming

Media Libraries

Toolbar Customization

Internationalization

Export Options

Check Out Other Use Cases

Web2Print Designer

Creative Automation

Variable Data Printing

Photo Prints

Print Personalization

Apparel Designer