Cesium offers a range of plans for its platform catering to varying needs, distinguishing between Community, Commercial, Premium, and Custom options. These plans differ in features such as storage, data streaming capabilities, Bing Maps sessions, and geocodes, accommodating personal and commercial uses. Usage terms specify conditions based on annual revenue or raised funds, with government projects and funded educational research requiring a commercial license. Cesium’s licensing under Apache License Version 2.0 grants broad permissions and acknowledges contributing individuals. Patents and pending patents are also noted, with liability disclaimers in place.
In the realm of alternatives to Cesium, choices encompass WebGL, WebGL 2, WebVR, WebXR, OpenXR, React Three Fiber, p5.js, Pixi.js, Babylon.js, A-Frame, X3DOM, Deck.gl, and VTK.js.
Three.js
Three.js, an audacious beast in the AR jungle, defies gravity and cumbersome tech boundaries. Originated by Ricardo Cabello AKA Mr.doob, it was given birth on April 24, 2010. Now hosted on Github, this JavaScript library allows creation and display of animated 3D graphics in web browsers, no need for tedious plugins.
Three.js Top Features
Cross-Browser Compatibility: Supports all browsers that translate WebGL 1.0.
GPU-accelerated 3D Animations: Raid the GPU power for your animations with JavaScript.
Comprehensive High-Level Libraries: Complex 3D animations simplified with libraries like GLGE, Scene.js and more.
AR and VR Support: Three.js supports augmented and virtual reality via WebXR.
Multiple Effects: Take a deep dive in Effects-soup with options in lights, materials, shaders, objects, geometry and more.
Contributors
Key Contributions
Ricardo Cabello (Mr.doob)
API design, CanvasRenderer, SVGRenderer, Github Commits
Paul Brunt
WebGL implementation
Branislav Uličný
Materials, shaders, post-processing
Three.js Downsides
Since WebGL is mandatory, it may not operate smoothly on older systems and browsers.
High-level libraries might be overwhelming for beginners.
Three.js Pricing
Brace yourself! It’s free. Covered by the open-source MIT License, no hidden fees.
Three.js Use Cases
Use case 1
Grabminent game devs or ambitious AR enthusiasts, Three.js is your JavaScript elixir.
Use case 2
For businesses aiming to integrate AR and VR into their software, Three.js is a treasure trove.
Use case 3
Education sector can transform learning experience with 3D animations through this powerful library.
Babylon.js
An outstanding example of the intricate weave between real-time 3D technology, digital elegance, and the vast, interconnected web is Babylon.js. Forged by the skilled hands of David Catuhe and a host of developers including stalwarts from Microsoft, it’s an engine that breathes life into 3D graphics through HTML5 in your browser.
Babylon.js Best Features
The goldmine of an open-source repository under the umbrella of Apache License 2.0, that turns users into creators.
An accessible API facilitating the integration of unique user projects.
The versatility of a code base, written in TypeScript and JavaScript, offering a wider palette for developers.
The precision of the engine’s pixel positions and colours, meticulously defined by shader program for the HTML5 canvas element.
The incorporation of constructive solid geometry that facilitates union, subtraction and intersection of shell models, enhancing the very fabric of 3D modelling.
The contribution of plug-in physics engines, Cannon.js and Oimo, that simulate collisions for a touch of realism.
First stable Release
2013
Contributors
Over 190 as of 2018
Language
TypeScript, JavaScript
Babylon.js Limitations
Focused use on polygon modelling with triangular faces may lack diversity for certain projects.
Limited application of constructive solid geometry, restricting complex modelling.
Babylon.js Pricing
Serving as a beacon for developers, hobbyists, and professionals alike, Babylon.js extends its glorious framework free of cost — standing tall in the spirit of open source.
Babylon.js Use Cases
Use case 1: Virtual Worlds
With its powerful 3D engine, Babylon.js crafts exquisite virtual worlds, setting the foundation for endless exploration and boundless creativity.
Use case 2: Education in Medicine
In the noble pursuit of knowledge, Babylon.js has found its mark in the realm of medicine, facilitating crisp visuals for better comprehension.
Use case 3: Product Design
Babylon.js transcends boundaries by aiding product design, transforming rudimentary concepts into tangible models, paving the way for innovation.
React Three Fiber
A stunning React renderer for three.js, React Three Fiber simplifies building 3D scene graphs and breathes life into your web applications effortlessly.
Top Features of React Three Fiber
Declarative, component-based scene creation
High performance
Self-contained, responsive, and interactive components
Tight integration with React’s ecosystem
Full feature support of Three.js
Rich ecosystem including utility libraries like @react-three/drei, @react-three/gltfjsx, and @react-three/postprocessing
Feature
Description
‘useFrame’ and ‘useState’
Enables powerful control of the render-loop, offering a fluid user experience.
Utilizes HTML5 Canvas and WebGL APIs
Facilitates dynamic 2D and 3D graphic rendering in browser environments for a stunning visual experience.
Dynamic Three.js representation in JSX
All three.js updates are immediately available. This ensures consistent feature parity and breakneck evolution.
React Three Fiber Limitations
Requires time and effort to learn and master, particularly for developers new to React or three.js.
React Three Fiber Pricing
React Three Fiber is an open-source tool, pulling down the cost barriers, and opening up the world of 3D graphics to every developer.
React Three Fiber Use Cases
Interactive Object Rotation
Introduce a new level of user interaction – objects can be rotated based on mouse hovers, shifting in colour from orange to purple.
Intuitive GUI Controls
Easily integrate intuitive GUI controls in your application, bringing your user interface to life.
Animation and Physics Simulations
Create stunning animations and realistic physics simulations to elevate your user’s experience.
GSAP
Step into the realm of GSAP (GreenSock Animation Platform), a potent JavaScript toolset boasting high-performance animations across various web platforms. Its target is to revolutionize your animation experience by bridging inconsistencies across browsers to deliver advanced reliability and control in animations.
GSAP Top Features
High-speed Property Manipulator: Amp up your animation game with GSAP’s core functionality designed to update your values with high precision.
ScrollTrigger Plugin: Make your animations scroll-based with minimal code, using GSAP’s famed ScrollTrigger plugin.
Performance:Operate at lightning speed, with performance that’s up to 20 times faster than jQuery.
Browser and Device Normalization: The Observer function ensures uniform event detection across different browsers and devices.
GSDevTools:This comes with a visual user interface for controlling GSAP animations, which can turbo-boost your productivity.
Integration
Support across platforms
GSAP’s flexibility makes it readily integrable, irrespective of dependencies.
HTML, SVG, React, Vue, Angular, jQuery, Canvas, CSS- you name it, GSAP plays well with it.
GSAP Limitations
While GSAP’s prowess in animation is unquestionable, we anticipate possible challenges in the form of a steep learning curve for beginners or constraints tied to the non-availability of advanced features for non-paying users. However, these limitations are often overshadowed by GSAP’s comprehensive offerings.
GSAP Pricing
The GSAP core is absolutely free for commercial use under a “no charge” standard license. Going a step further, ‘Club GreenSock’ members can avail of additional rights.
GSAP Use Cases
Use case 1
For developers looking to build high-speed animations into web projects, GSAP provides an excellent platform with its robust property manipulator and expansive integration.
Use case 2
If you’re exploring fast and consistent cross-browser animations, GSAP serves as the perfect tool with its promise of normalizing event detection across browsers.
Use case 3
Looking to enhance your overall productivity while managing animations? GSAP is key with its visual interface GSDevTools that boosts animation control and workflow productivity.
X3DOM
An ISO standard X3D-based system, X3DOM operates as a framework for integrating and manipulating 3D scenes as HTML5DOM via WebGL.
X3DOM Top Features
Facilitates 3D applications with minimal/no code.
Encourages community interaction for problem-solving and issue reporting.
Offers comprehensive documentation, tutorials, APIs including Scene Author and Developer.
Supports declarative 3D scene description and behavior without low-level JavaScript/GLSL.
Demonstrates capacity for new node and component developers.
Integration Potential: X3DOM encourages X3D integration in HTML5 pages.
Variety of Versions: X3DOM provides diverse versions of the framework to cater to different needs.
User Support: Mailing lists, chat rooms, and an issue tracker are available.
Standard Backing: Web3D Consortium approved, latest X3D version under final ISO/IEC IS review.
X3DOM Limitations
Dependency on WebGL for rendering surfaces and graphics.
Complexity in 3D scene construction may be high for beginners.
Limitations in accessing older versions (pre-1.6) documentation.
X3DOM Pricing
X3DOM is an open-source framework, thus, available for free to users while suggesting GNU GPL and Creative Commons licenses for maintaining copyrights and attributions.
X3DOM Use Cases
Use case 1: Web development
X3DOM’s capability of merging X3D with HTML5 via WebGL and Javascript (X3Plus) which assists web developers in creating captivating 3D web interfaces.
Use case 2: 3D Content Creation
Users desiring to create a diverse range of 3D content including interchange, medical, immersive, and human animations can benefit from X3DOM.
Use case 3: Game Development
For game developers, X3DOM’s ability to offer a declarative 3D scene description and behaviour makes it a suitable tool.
Framer Motion
At the crossroads where creativity meets functionality, Framer Motion resides. A potent animation library for React, this tool empowers creators to construct potent, straightforward animations with ease.
Top Features of Framer Motion
Animate Prop: Enables smooth transitions for your animations through the motion component.
Gesture Recognition: Offers hover, tap, pan, and drag capabilities encompassing a dynamic user environment.
Variants: This feature can animate entire subtrees of components, magnifying the scope of your animation effects.
Scroll-Triggered Animations: Engage your users with animations that respond to their scrolling activities.
Tracks state and velocity of animations outside React’s render lifecycle.
useAnimate Hook
Allows manual triggering of animations.
Transition Prop
Defines the specifics of your animations – duration, delay, and type.
Limitations of Framer Motion
Requirement: React 18 or higher must be installed for Framer Motion to function.
Complexity: Can be more complex than traditional CSS + JS animations due to its feature-rich nature.
Learning Curve: New users may face a steep learning curve due to the depth of functionalities offered.
Framer Motion Pricing
As an open-source tool, Framer Motion is available free of charge. An invitation extended to creators by creators, to reimagine animation possibilities without budget constraints.
Framer Motion Use Cases
Use Case 1: Improved User Engagement
Framer Motion’s animation capabilities can dramatically boost user engagement. The allure of animated components and interactive features cultivates a rich experience that captivates users and encourages their interaction.
Use Case 2: Unique Styling
Designers employing Framer Motion can produce a unique style for applications. The liberty to animate entire subtrees of components enables the creation of distinctive design aesthetics that stand out in the digital landscape.
Use Case 3: Advanced Functionality
Enabling gestures like hover, tap, and drag, Framer Motion articulates a more interactive and accessible interface. This creates a functional and intuitive use-experience, fostering user satisfaction.
Deck.gl
Deck.gl is an innovative large-scale data visualization tool aimed at simplifying the process of visualizing extensive data models. Utilizing the high-performance capabilities of WebGL2, Deck.gl provides a framework for layer composition from data objects in JSON format.
Integrates with major basemap providers and offers cartographic projections
Feature
Description
Customizable
Deck.gl features flexible APIs and extendable core classes, allowing for a highly customizable tool.
Third Party Integration
Integration with deckgl-typings, mapdeck, vega-deck.gl, earthengine-layers, deck.gl-native, deck.gl-raster extends its utility.
Learning Tools
Comprehensive API docs, demos, interactive playgrounds (Codepen, Observable), Medium blog, and Slack workspace make mastering Deck.gl easier.
Deck.gl Limitations
An understanding of JSON and WebGL might be necessary for the full utilization of Deck.gl functionalities.
Having numerous features might make it complex for beginners.
Deck.gl Pricing
This tool is part of the vis.gl project, under the OpenJS Foundation. Hence, it is open-source and free to use.
Deck.gl Use Cases
Use case 1 – Large Scale Data Visualization
With its high-speed WebGL2 power, Deck.gl is ideal for scenarios requiring visualization of extensive sets of data.
Use case 2 – Customizing Data Representation
The flexibility of the APIs and extendable core classes in Deck.gl makes it a perfect ally for projects requiring a highly customizable representation of data.
Use case 3 – Integration with Third-party Tools
With support for third-party integrations, Deck.gl enables developers to expand functionalities, making it highly suitable for complex projects demanding enriched features.
p5.js
Created within the MIT Media Lab in 2001, p5.js is a renowned graphics library that adds a visual context to coding. Recognized across the globe, p5.js is widely used for visual design and teaching non-programmers the art of computer programming.
p5.js Top Features
Simplifies graphical user interface and execution stage
Compatible for cross-platform development
Support for numerous languages like Java, GLSL, and JavaScript
Incorporation of Processing IDE for sketchbook functions
No standard data type limitation, thus promoting flexible coding environment
Additional features
Benefits
Ability to create user classes in PApplet sketch
Boosts programmers’ creativity and coding flexibility
Capability to render visual content and games for web browsers
Expands coding possibilities and user interactivity
Support for HTML canvas element
Facilitates both 2D and 3D content creation
p5.js Limitations
Prevents static variables and methods usage, thus leading to some coding restrictions
Processing.js, the JavaScript port of p5.js, was discontinued in 2018, limiting some functionalities
p5.js Use Cases
Use Case 1: Visual Design
Due to its grounding in graphics library, p5.js is invaluable for visual designers. Its ability to render both 2D and 3D content makes it ideal for developing intricate visual designs.
Use Case 2: Teaching Programming
The easy and accessible interface of p5.js makes it an excellent tool for teaching coding to beginners. Concepts can be visually represented, making the learning process intuitive and interactive.
Use Case 3: Game Development
In the game development industry, p5.js is a viable option due to its ability to generate visual content and games for web browsers, extending the audience reach of the product.
Phaser
Get ready to step into the dynamic world of Phaser. An incredibly versatile 2D game framework, Phaser specializes in designing HTML5 games for a variety of platforms. The brainchild of Richard Davey, this game development engine made its grand entrance in April 2013 and has been making waves ever since.
Phaser Top Features
Language: Phaser is built on JavaScript and TypeScript, striking a perfect balance between simplicity and power.
Renderer: It utilizes a robust rendering pipeline comprised of Canvas and WebGL, which auto-switches based on browser support, enhancing the performance and speed.
Versatility: With Phaser, your games can be deployed to iOS, Android, and even as native desktop apps via tools like Apache Cordova and PhoneGap.
Capabilities: Phaser shows its might with multiple physics systems (Arcade Physics, Ninja Physics, P2.JS), and HTML5 audio support for a well-rounded gaming experience.
Community Support: The thriving community around Phaser and an ocean of 1800+ examples make game development a breeze, even for newcomers.
Phaser Version
Key Features
Phaser 2.6.2 & CE
It includes Pixi.js library and is considered a stable platform with ongoing development support.
Phaser 3
Launched in 2018, it features a custom WebGL renderer and a modular structure maximising flexibility and usability.
Phaser 4 (under development)
A complete TypeScript rewrite of Phaser 3, under development, which promises to extend the utility and user-friendliness of the framework.
Phaser Limitations
Phaser only supports 2D game development, which may limit its application for those looking to dive into 3D gaming.
Developers seeking advanced physics capabilities may find the physics systems relatively basic in comparison to some other game engines.
Phaser Pricing
Amazingly, Phaser is open-source and free to use. Yes, all these robust gaming capabilities come without a price tag.
Phaser Use Cases
Use Case 1: Indie Game Developers
With its flexibility, adaptability, and extensive support, Phaser proves an invaluable asset for indie game developers launching their journey in game creation.
Use Case 2: Educational Purposes
The vast learning resources make Phaser an excellent tool for educational institutes to introduce students to the mechanics of game development.
Use Case 3: Web-based Casual Gaming
Phaser shines in developing light, fun, web-based games like Guardians of the Lore and snowfight.io, signifying its effectiveness in creating enjoyable casual gaming experiences.
VTK.js
An open-source software for 3D computer graphics, image processing, and visualization known as the Visualization Toolkit (VTK) has paved a path for developers in JavaScript by implementing VTK as vtk.js. It stands at the crossroads of tech and ecology, underscoring a sustainability-driven future dedicated to the ES6 class library for web application integration.
VTK.js Top Features
Supports various visualization algorithms including scalar, vector, tensor, texture, and volumetric methods.
Infuses pipeline infrastructure, traditionally used readers (obj, stl, vtp, vti), and demonstration filters.
Opens the gate for new filters and types of visualization by inviting feedback, contributions for bug fixes, examples, and novel visualization filters.
Excels in connecting to a remote VTK/ParaView server for rendering solutions remotely and/or syncing C++/RenderWindow content.
Applies Line Integral Convolution for effective vector field visualization.
Supports timestep-based animation handler for animated .vtkjs files and VR development.
Feature
Details
ITK bridge
Updated with new itk-wasm interop code for enhanced operation.
OBB collision detection
Ensures efficient and accurate oriented bounding box collision detection to generate realistic interactions.
Future WebGPU support
Working proactively towards improvements in WebGPU support to make graphic rendering more efficient.
VTK.js Limitations
WebAssembly files could potentially increase downloading time.
Focus is primarily on pure JavaScript development, potentially limiting integration with other languages.
Limited filter set as it’s not aiming to cover all filters in VTK/C++.
VTK.js Pricing
VTK.js is an open-source software, indicating a commitment to the eco-friendly paradigm of software sharing, supporting the notion that good things in tech should be free and accessible.
VTK.js Use Cases
Use case 1: Scientific Data Visualization
VTK.js is an invaluable resource in the arena of scientific data visualization, with applications such as ParaView utilizing its capabilities to establish new grounds in data interpretation.
Use case 2: Medical Data Visualization
In the medical field, tools like the 3D Slicer harness vtk.js to visualize complex data, contributing to efficient diagnoses and treatments.
Use case 3: Game Development
For game developers, vtk.js offers robust rendering and visualization options, aiding in the creation of engaging and interactive gaming experiences.
WebGL
WebGL is a powerful, low-level 3D graphics API built on OpenGL ES and accessible via HTML5 Canvas. It brings high-quality, interactive 3D graphics to the web without any need for plugins.
WebGL Top Features
Major browser vendors including Apple, Google, Microsoft, and Mozilla support WebGL, ensuring wide availability.
Its API offers cross-platform compatibility, GPU 3D acceleration, native GLSL support, and DOM interface integration.
WebGL provides similar functionality of ES 2.0 and runs well on modern 3D graphics hardware.
As an open-source technology, WebGL allows for direct interaction with other HTML Document elements.
It’s user-friendly with JavaScript’s automatic memory management and no need for compilation.
Key Feature
Benefit
Runs without JVM
Controlled by the web browser, promoting convenience and flexibility.
Supports HTML5’s
Enables writing of 3D graphics directly in HTML code, simplifying development.
Web Standard for Mobile
Supported by iOS Safari, Android Browser, and Chrome for Android, broadening potential user base.
WebGL Limitations
WebGL uses OpenGL which is typically slower and lacks the comprehensive features of DirectX,
Its run-tech varies based on platform, making outputting graphics more inconsistent across different devices.
In recent years, many games choose Windows-targeted D3D10+ due to quality issues with OpenGL.
WebGL Use Cases
Use case 1: Online 3D Graphics
Following Flash’s downfall, WebGL has become the leading technology for online, interactive 3D graphics, thanks to its robust functionality and direct browser integration.
Use case 2: Game Development
Its API features, including GPU acceleration and native GLSL support, making WebGL a strong choice for creating complex 3D games.
Use case 3: Mobile Web Development
With wide support on mobile browsers, WebGL opens up opportunities for creating mobile-optimized 3D content and games.
Pixi.js
Pixi.js is known for its proficiency in WebGL or Canvas 2D rendering, particularly in complex web-based graphics for online games, educational content, and interactive ads. Notably, it’s a versatile tool, not just a game engine, permitting deployment on both mobile and desktop platforms via Cordova/Electron. Pixi.js happens to be the creation of Mat Groves, technical partner of Goodboy Digital, and it thrives on constant updates from the PixiJS community.
Pixi.js Top Features
Optimization: Pixi.js shines due to its speed-focused and optimized render pipeline for maximum performance.
Advanced Rendering: It goes beyond simple images, using SimpleRope, Graphics for polygons, lines, and full performance text rendering.
WebGL native: It outperforms DOM/Canvas APIs in terms of fast rendering and advanced visuals via its Filters class.
Extendable: Its clean internal API and JavaScript base make it easily extensible.
Platform compatibility: Pixi.js also automatically switches between WebGL and Canvas as needed, ensuring cross-platform compatibility.
Open Source: Pixi.js is well-maintained, with full source code access on GitHub.
Key Attribute
Description
Learning & Contributions
Pixi.js promotes a progressive learning environment with available tutorials and encourages financial contributions.
Usage
Pixi.js fastens development, ensures cross-platform compatibility, and eliminates the need for low-level coding.
Updates & Bug Fixes
Users may download the latest version on GitHub and report bugs there, with the community encouraged to post fixes.
Pixi.js Limitations
It’s essential to note that Pixi.js isn’t specifically a game engine. It’s primarily directed towards moving things on screens efficiently, but is also useful for games.
Code maintainability comes from multiple contributors, which can lead to inconsistencies and variable code quality.
Pixi.js Pricing
Interestingly, Pixi.js is open source and thus, freely available for all. However, in a bid to accelerate feature development and enhance documentation, financial contributions are encouraged.
Pixi.js Use Cases
Use case 1: Online Games Development
With Pixi.js’s robust rendering and extensible API, game developers can build complex, visually engaging online games efficiently.
Use case 2: Interactive Advertisements
The graphics rendering capabilities of Pixi.js make it ideal for creating eye-catching, interactive advertisements for various platforms.
Use case 3: Educational Content Creation
Educational content creators can use Pixi.js to build intuitive and engaging visuals for effective data visualization.
Anime.js
Unleash the power of professional animation with Anime.js, a robust and versatile JavaScript library founded in 2010 in France. Ideal for individual animators and developers, Anime.js takes browser-based animations to the next level, offering extensive controls, beneficial feature modifications, and support for HTML elements.
Anime.js Top Features
Lightweight: A compact JavaScript library designed for simplicity and happy coding.
Powerful API: Works with DOM, CSS, and JavaScript objects for maximum flexibility.
Animation Control: Offers control over duration, delay, direction, loop, and autoplay.
Complete control over a plethora of properties for animation and control for ultimate customization.
Advanced Features
The latest v4 version is on the horizon, promising performance enhancements, new callbacks, and value modifiers.
Anime.js Limitations
Compatibility: Doesn’t fully support playing animations “backwards”.
High CPU usage: Users may experience high CPU usage when not actively interacting.
Competitive Arena: Competes with other robust animation libraries such as GreenSock and Framer Motion.
Anime.js Pricing
Fair pricing? Try totally free. Anime.js believes in equitable access to quality animation, hence, provides completely free API access to its users.
Anime.js Use Cases
Use case 1: Animator
If you’re an animator seeking to create basic animations with ease, Anime.js is your perfect creative companion. Modify numerical values and tap into a suite of properties to breathe life into your animation vision.
Use case 2: Developer
Developer seeking enhanced animation capabilities? Anime.js allows you to animate HTML tag, class, or ID elements and run concurrent animations for a more dynamic user interface.
Use case 3: Eco-conscious User
For eco-warriors, rejoice at Anime.js’ approach to green digital progress. Their compact, lightweight library contributes to fewer data transfers, potentially offering not only faster page loads but also a greener web experience.
Canvas
Meet Canvas, your gateway to on-the-fly graphics creation. Welcome to a world where HTML elements and JavaScript coexist in harmony, enabling you to draw up a digital storm! Remember though, the house (Canvas here) only provides shelter, you’ve gotta bring in the furniture (graphics via script).
Canvas Top Features
Unveil your inner Picasso with a broad array of drawing paths, boxes, circles, text, and images.
Animate to captivate! Canvas supports interactivity and gaming applications.
One Canvas not enough? Use multiple Canvas elements on one HTML page.
RenderingContext feature to bring life to your initially blank Canvas.
Feature
Description
Drawing rectangles, paths, lines, Bezier curves, and quadratic curves.
Helps create complex shapes and designs.
Drawing text with different fonts
Gives personality to your text.
Creating gradients, styles, and colors
Brings vibrancy and depth to your designs.
Canvas Downsides
HTML elements need a good dose of script magic to morph into graphics.
RenderingContext required to display anything on the initially blank canvas – ain’t nothing comes for free!
Poor IE8 – it needs ExplorerCanvas script to support Canvas
Canvas Pricing
Pause that panic, folks! Canvas is a part of the HTML5 tech stack, which means it’s as free as your wildcard weekend plans! All the features at zero cost? That’s just how Canvas rolls.
Canvas Use Cases
Use case 1: Gamers and Developers
For the joystick junkies and code whiz, Canvas brings an array of tools to develop interactive gaming applications. Power up!
Use case 2: Web Designers
Web designers can transcend borders of creativity, crafting uniquely engaging websites with Canvas’ drawing abilities. The web canvas is your oyster!
Use case 3: Data Analyst
Data Analysts can leverage Canvas for graphical data representations. Who knew those number matrices could look so dashing!
Patrick Daugherty
Content writer @ Aircada. Merging AR expertise with a love for late-night gaming sessions.
