Top 3D Rendering Trends Revolutionizing Visualization in 2025

Cutting-Edge 3D Rendering Trends Transforming Visualization in 2025 - August 7

3D rendering is a core component of modern 3D visualization, enabling us to transform digital models and scenes into realistic images. At 2MC 24/7, we recognize that as 3D rendering technology continues to evolve, it’s essential for professionals and creatives to stay updated on the latest 3D rendering trends and innovations. As 3D rendering continues to redefine product visualization, businesses are leveraging 3D Models and Images to present concepts more vividly. Keeping up with these changes ensures you remain competitive in the fast-moving world of 3D design and visualization.

Latest 3D Rendering Trends to Watch

As 3D rendering technology evolves, staying up to date with current 3D rendering trends is crucial for professionals in architecture, product design, gaming, animation, and more. These advancements are reshaping how we produce high-quality, photorealistic images and immersive experiences. Let’s explore some of the most exciting and impactful trends in 3D visualization today.

1. Hybrid Rendering

Hybrid rendering combines the processing power of both the CPU (central processing unit) and GPU (graphics processing unit) to render 3D images. Think of it as the hybrid vehicle of the rendering world in leveraging the strengths of both processors.

While CPUs excel at sequential processing, GPUs handle multiple tasks simultaneously, making them ideal for complex visual tasks like rendering lighting, textures, and shadows. Although CPUs offer precision, GPUs speed up rendering, especially for high-resolution scenes.

Hybrid rendering offers the best of both worlds: high performance and quality, making it a top trend in professional 3D rendering workflows.

diagram showing CPU vs. GPU vs. hybrid rendering performance comparison

Examples of Hybrid Rendering Software:

2. Mobile and Cloud Rendering

Mobile rendering utilizes the processing capabilities of smartphones and tablets to generate immersive 3D visuals, enabling artists and designers to work directly from mobile devices.

Cloud rendering, on the other hand, offloads rendering tasks to powerful remote servers which eliminates the need for expensive hardware. Platforms like online render farms let you access high-performance infrastructure on demand, reducing software maintenance and energy costs.

These technologies allow greater flexibility for 3D artists, remote teams, and freelancers, making high-quality rendering accessible from anywhere in the world.

mobile device with a real-time 3D model render or a cloud interface UI mockup

Examples of Cloud Rendering Service Providers:

3. Real-Time Rendering

Real-time rendering generates 3D visuals instantly, allowing users to interact with and modify scenes in real time. This approach significantly improves design iteration, collaboration, and overall workflow.

Engines like Unreal Engine and Unity have revolutionized industries such as architecture, gaming, virtual reality (VR), and product visualization, making real-time rendering a key player in interactive design.

Though real-time rendering demands robust hardware, ongoing improvements in GPU technology are making it more accessible.

Real World Examples of Real-Time Rendering:

➤ Rebirth – Quixel & Unreal Engine

Rebirth is a cinematic short created by Quixel using Unreal Engine and real-world scans from the Megascans Icelandic collection. A team from VFX, gaming, and ArchViz backgrounds collaborated to produce a film that poses existential questions about the future of humanity and machines, which are all rendered entirely in real-time.

Highlights:
  • Hyper-realistic Icelandic landscapes
  • Real-world photogrammetry assets
  • Real-time rendering using Unreal Engine 4
Industries Impacted:
  • Film & VFX
  • ArchViz
  • Environment design
➤ Lumen in the Land of Nanite (Unreal Engine 5 Tech Demo)

This official demo by Epic Games introduces two of Unreal Engine 5’s revolutionary features: Nanite (virtualized geometry) and Lumen (real-time global illumination). It demonstrates cinematic-quality assets rendered seamlessly in real-time.

Highlights:
  • No baking or LODs required
  • Millions of triangles rendered live
  • Dynamic light adaptation
Industries Impacted:
  • Gaming
  • Animation
  • Interactive storytelling

4. AI-Powered Rendering

AI-powered 3D rendering uses machine learning algorithms to automate complex rendering processes and produce lifelike visuals at incredible speeds. Artificial intelligence enhances photorealism by optimizing light behavior, reflections, and surface details.

Modern AI tools can generate hyper-realistic images based on preset parameters, significantly cutting down rendering time while maintaining high quality. As AI in 3D rendering continues to evolve, expect even smarter, faster, and more predictive rendering solutions in the near future.

render scene side-by-side with traditional vs. AI-accelerated output
Examples of AI-powered Rendering Softwares:

5. Ray Tracing for Hyper-Realism

Ray tracing is a rendering technique that mimics the physical behavior of light to achieve ultra-realistic images. It accurately renders shadows, reflections, and light refractions, providing a level of detail essential for photorealistic rendering.

Widely used in video games, visual effects, and architectural visualization, ray tracing delivers a higher level of immersion, making it one of the most sought-after features in rendering engines today.

ray-traced render with light bounces traced, showing reflection and refraction paths
Examples of software that can help with ray tracing:

6. Sustainable Design and Green Rendering

As the world shifts toward eco-conscious practices, sustainable 3D rendering is gaining traction. Traditional rendering consumes large amounts of energy due to high computational demands. However, innovations like cloud rendering and mobile rendering help reduce the carbon footprint.

In fields like sustainable architecture, 3D rendering supports the design of environmentally responsible buildings. Cloud services are also moving toward using renewable energy, further reinforcing the movement toward green rendering practices.

“green rendering” concept art with visual of cloud servers + eco-friendly iconography
Examples of Sustainable Design and Green Rendering:
➤ Chaos Cloud + Renewable Energy Initiatives

Chaos Group (creator of V-Ray) offers Chaos Cloud Rendering, a service that allows studios to render scenes on the cloud. The company is moving toward powering their render farms with renewable energy, reducing the carbon footprint of heavy rendering jobs.

➤ Architecture Firms Using Sustainable 3D Workflows

Firms like BIG (Bjarke Ingels Group) and ZGF Architects use 3D rendering to model energy-efficient buildings. By simulating daylight, airflow, and thermal performance using environmental simulation plugins, architects make data-driven decisions that reduce waste in construction and operation.

Looking Ahead

Driven by client demand and market competition, the field of 3D rendering is advancing rapidly. Whether it’s speed, realism, or sustainability, the industry continues to innovate with smarter and more efficient techniques.

At 2MC 24/7, we encourage 3D artists, designers, and studios to keep pace with the latest 3D rendering trends. Embrace these innovations and maintain your edge in the ever-evolving world of digital visualization.

Curious how these trends look in practice? Browse our Samples or check Pricing to get started.

Smarter, Faster, Better: How AI Is Transforming 3D Animation

Smarter, Faster, Better: How Artificial Intelligence Is Shaping 3D Animation

Artificial Intelligence (AI) is not just the future of 3D animation, it’s the present. From streamlining production workflows to enhancing visual fidelity, AI is reshaping how stories are told in digital environments. At 2MC 24/7, we’re at the forefront of this evolution, using AI to amplify (never replace) human creativity.

The global AI animation market is expected to skyrocket from $1.2 billion in 2023 to $17.7 billion by 2033, a clear indicator that AI is becoming a cornerstone of modern animation production. This explosive growth signals more than just technological progress, it represents a massive shift in how studios conceptualize, produce, and deliver animated content across entertainment, gaming, advertising, and education.

AI as a Creative Co-Pilot, Not a Replacement

Artificial Intelligence is rapidly becoming an essential assistant in the 3D animation workflow, but it’s not here to replace artists, it’s here to empower them. AI acts as a creative co-pilot, handling repetitive and labor-intensive tasks such as in-between frame generation, background creation, motion capture cleanup, and crowd simulations. By taking on these technical chores, AI frees animators to focus more on storytelling, visual style, and character development. This partnership enhances the creative process by offering more time and mental space for artistic expression. AI can also suggest stylistic influences, help with scene layout ideas, or propose character movements based on existing assets which serves as an intelligent brainstorming partner rather than a creative substitute.

Speed Meets Smarts: Accelerated Previsualization & Asset Generation

One of the most transformative benefits of AI in animation is how it accelerates the previsualization and prototyping process. AI-powered tools can turn simple sketches or 2D images into 3D models within minutes, enabling teams to iterate more quickly and visualize ideas in real-time. Some advanced platforms use natural language processing (NLP) to interpret written scripts and automatically suggest visual components like props, environments, or camera angles. In addition, generative models can assist in developing base assets, such as textures, lighting presets, and even skeletal rigs, based on user input or learned data. These innovations mean that projects can move from concept to preview at record speed, shortening timelines while preserving creative intent.

Smarter, Faster, Better: How Artificial Intelligence Is Shaping 3D Animation

Hyper-Realistic Animation with AI Rendering

AI-driven rendering technologies are significantly improving the visual fidelity and emotional realism of 3D animations. Machine learning models can now detect subtle nuances in human behavior, allowing characters to exhibit micro-expressions, body language, and eye movement that closely mimic real-life interactions. This leads to more believable and emotionally engaging animations. AI-assisted tools can also optimize lighting and physics in real time, simulating complex interactions like soft shadows, ambient occlusion, hair dynamics, and reflective surfaces with minimal manual input. These enhancements not only speed up production but also result in cinematic-level visual quality, even on smaller budgets or tight deadlines.

Personalization at Scale: Smarter Storytelling

AI is revolutionizing how stories are told by enabling mass personalization in animated content. By analyzing viewer behavior, preferences, and engagement data, AI can help tailor content that resonates more deeply with specific audiences. This can include adjusting dialogue pacing, color themes, character appearances, or even narrative arcs to suit cultural, demographic, or emotional profiles. In interactive or gamified experiences, AI allows for real-time adaptation, enabling branching storylines or personalized endings based on viewer choices. This level of customization not only enhances viewer satisfaction but also improves retention and emotional connection with the brand or story being told.

Smarter, Faster, Better: How Artificial Intelligence Is Shaping 3D Animation

Lower Costs, Higher Quality: AI Democratizes Animation

Perhaps one of the most impactful contributions of AI is its ability to lower production costs while elevating quality, effectively democratizing the 3D animation industry. Tasks that once required large teams and months of work, such as scene layout, character rigging, or environment design, can now be executed by smaller teams using AI-enhanced workflows. Cloud-based AI render farms, generative tools, and asset libraries make high-end visual production accessible to startups, independent creators, and educational institutions. This levels the playing field and encourages more experimentation, faster project turnaround, and a surge in creative diversity. AI is not just a cost-cutting tool, it’s a catalyst for inclusive innovation across the animation landscape.

Future Outlook

AI isn’t the enemy of creativity, it’s the amplifier of it. At 2MC 24/7, we’re leveraging AI to unlock new dimensions of efficiency, quality, and emotional depth in 3D animation.

As the industry continues to evolve, studios that embrace AI will not only stay ahead of the curve, they’ll help define where the curve leads.

Now is the time to embrace AI not as a tool of convenience, but as a partner in crime of creative excellence.

Curious to see how it all comes together? Take a look at our Samples or explore Pricing to start your journey.

The Rise of 3D Explainer Videos: Transforming Modern Marketing

3D illustration of a character presenting a 3D explainer videos with charts and a play button

The Evolution of Marketing Content

3D explainer videos are at the forefront of modern marketing, reshaping how brands capture and hold audience attention. Over the past twenty years, marketing has undergone a radical transformation. The dominance of traditional advertising channels, like print, radio, and television, has steadily declined, making way for the rapid ascent of digital platforms. In today’s hyper-connected, content-saturated world, brands are no longer just competing for attention; they are battling to keep it.

The Rise of 3D Explainer Videos: Transforming Modern Marketing

As audiences scroll endlessly through social feeds, skim emails, and bypass banner ads with ad blockers, the need for compelling and emotionally resonant content has never been greater. Brands must now create experiences, not just messages. This evolution in consumer behavior has led to the rise of 3D explainer videos, a game-changing marketing tool designed to captivate, inform, and convert.

Why 3D Explainer Videos Are Taking Over Marketing

In an age where attention spans are shorter and competition is fiercer, 3D explainer videos offer brands an unparalleled edge. Unlike static content or even traditional 2D animations, 3D videos immerse viewers in visually rich narratives, bridging the gap between information and experience.

3D animation breathes life into complex ideas, transforming them into visually digestible and emotionally engaging stories. Whether you’re showcasing a product, explaining a service, or reinforcing your brand identity, these videos help you do it with flair and clarity.

Unlocking the Power of 3D Animation in Your Marketing Strategy

Immersive Brand Storytelling

3D explainer videos allow brands to craft immersive experiences that go beyond the screen. Through rich textures, dynamic lighting, and cinematic visuals, viewers are transported into a branded universe where your message can resonate deeply. This is more than visual appeal, it’s emotional connection, the very foundation of visual and brand loyalty.

The Rise of 3D Explainer Videos: Transforming Modern Marketing

Simplicity Through Sophistication

One of the most powerful advantages of 3D animation is its ability to simplify complexity. Intricate processes, product mechanics, or service workflows can be easily broken down and illustrated in ways that text or static images cannot. The result? Audiences understand and remember your message faster and more accurately.

Engagement That Drives Action

Animated storytelling encourages viewer retention and message absorption. By incorporating relatable characters, dynamic environments, and compelling voiceovers, 3D explainer videos forge a stronger bond between your brand and your audience. They don’t just watch, they engage.

Stand Out in a Saturated Market

In a digital sea of sameness, 3D videos distinguish your brand as innovative and premium. Using cutting-edge visual techniques signals that your company is forward-thinking, tech-savvy, and willing to invest in high-quality content, qualities that consumers increasingly value.

Endless Versatility Across Platforms

The true beauty of 3D explainer videos lies in their adaptability. These assets can be tailored to suit a range of formats and platforms, including social media ads, website landing pages, email campaigns, virtual events, onboarding sequences, and even in-app tutorials. This makes them an evergreen investment with broad marketing utility.

The Rise of 3D Explainer Videos: Transforming Modern Marketing

How 2MC 24/7 Brings 3D Explainers to Life

At 2MC 24/7, we specialize in turning big ideas into bold, animated reality. Our full-service video production team brings together creative vision, technical expertise, and marketing insight to craft custom 3D explainer videos that elevate your brand.

Our production process includes:

  • Strategic concept development aligned with your marketing goals
  • Scriptwriting and storyboarding tailored to your brand voice
  • 3D modeling, rigging, and animation using cutting-edge software
  • Professional voiceover, music scoring, and high-end post-production
The Rise of 3D Explainer Videos: Transforming Modern Marketing

Whether you already have a script or need help from the ground up, our team works collaboratively with you to ensure every frame serves a purpose, capturing attention, building trust, and driving results.

What’s Next?

If your marketing content needs a refresh, or you’re looking for a memorable way to connect with customers, 3D explainer videos are the next step. At 2MC 24/7, we believe that exceptional content doesn’t just tell people who you are. It shows them.

Get in touch today to explore how a custom 3D video can transform your marketing strategy and leave a lasting impression!

The Role of AI in Modern 3D Rendering and Design

The Role of AI in Modern 3D Rendering and Design

Artificial Intelligence is rapidly changing how 3D modeling and rendering are done across industries. What used to be a manual, time-consuming process is now faster, smarter, and more efficient thanks to AI tools.

Traditional 3D rendering required long hours of adjusting lighting, textures, and materials by hand. With AI, many of these steps can be automated. This not only saves time but also improves output quality. Designers can now generate realistic renders in real time, using tools like NVIDIA’s DLSS and Autodesk’s AI-assisted software.

The Role of AI in Modern 3D Rendering and Design

Beyond speed, AI helps achieve more lifelike results. It can simulate natural lighting, surface textures, and material reflections with greater accuracy. Programs like V-Ray and Substance use AI to recommend the best materials for a scene, streamlining workflows while improving visual impact..

The Role of AI in Modern 3D Rendering and Design

AI is also making design software more accessible. With smart features like auto-complete, error detection, and intelligent suggestions, it’s easier for designers to focus on creativity instead of technical tasks.

As AI combines with AR and VR, the client experience becomes even more immersive. Users can explore virtual spaces or view 3D products in real-world environments, helping them make better decisions without waiting for physical prototypes.

AI also opens the door to data-driven design. By analyzing past trends, user behavior, and design patterns, it can suggest new directions and inspire innovative solutions that might not come from traditional methods.

The Role of AI in Modern 3D Rendering and Design

While AI offers many benefits, it also raises important considerations. Tools are only as good as the data behind them. To ensure inclusive and balanced results, designers must guide AI with thoughtful input and oversight.

In summary, AI is becoming an essential part of the 3D design process. It helps teams work faster, improve visual quality, and offer more engaging experiences for clients. Used wisely, it can support both creativity and efficiency in modern design.

AI vs Human – The Impact on the 3D Animation Industry in 2025 and 2026

AI vs Human – The Impact on the 3D Animation Industry in 2025 and 2026

Have you ever wondered who will lead the future of 3D animation—humans or AI?

With rapid advances in technology, particularly artificial intelligence and machine learning, the animation industry is transforming at lightning speed. Some believe AI will eventually dominate the 3D animation landscape, rendering human animators obsolete. Others argue that creativity, emotion, and storytelling—hallmarks of human artistry—can never be replicated by machines.

So, what’s the future of 3D animation? Let’s explore both sides of the debate and weigh the strengths and limitations of each approach.

What Is Human 3D Animation?

AI vs Human – The Impact on the 3D Animation Industry in 2025 and 2026

Human 3D animation is the process of designing computer-generated visuals that replicate realistic movements and expressions in a three-dimensional space. It involves using creative tools and techniques to build characters, environments, and objects that come to life through motion.

This method appeals to our emotional connection with visuals that feel personal and authentic. For example, major films and marketing campaigns often rely on custom 3D animation to create memorable, relatable content.

A prime example is Avatar (2009), which featured incredibly detailed characters and immersive worlds created entirely by human animators. Video games also showcase this artistry, using 3D modeling and animation to craft dynamic, interactive experiences.

Top Human-Generated Tools for 3D Animation in 2025

Here are some of the most widely used tools still driving human creativity in the industry today:

  • Maya – A professional-grade 3D animation tool used by top studios in film and gaming.

  • Blender – A free, open-source tool beloved by independent animators.

  • ZBrush – Ideal for digital sculpting and character modeling.

  • Substance Painter – Used for realistic texturing and surface detailing.

  • Unity – A game engine that powers interactive 3D content.

  • Unreal Engine – Known for high-quality graphics and real-time rendering.

These tools allow animators full creative control, offering the freedom to express ideas in ways AI tools may not yet replicate.

What Is AI 3D Animation?

AI 3D animation refers to the use of artificial intelligence to automate parts of the animation process. AI tools can generate animations using machine learning models trained on massive datasets, significantly reducing the time needed for tasks like motion capture, rigging, and rendering.

An example of this is Rokoko’s Smartsuit Pro, which uses AI to capture and translate human movement into 3D animation data. Another is Artomatix, which uses machine learning to rapidly generate textured 3D models.

Top AI-Generated Tools for 3D Animation in 2025

  • Artomatix – Uses AI to create photorealistic textures and environments.

  • DeepMotion – Enables realistic character animation powered by AI motion capture.

  • Houdini – Known for simulations and includes AI-assisted features for animation.

  • Cascadeur – Helps animators create physically accurate character movements with the aid of AI.

  • NVIDIA Omniverse – A powerful platform offering real-time rendering and AI-driven simulation.

These tools are accelerating the animation workflow by automating complex processes. But while they boost efficiency, they still rely on human vision and oversight.

How AI Is Driving the Growth of the 3D Animation Market

AI vs Human – The Impact on the 3D Animation Industry in 2025 and 2026

AI isn’t just changing how we animate—it’s reshaping the entire industry. According to reports, the global 3D animation market is expected to grow from $12.15 billion in 2020 to $35.38 billion by 2027, and AI is a major factor behind this surge.

By automating tedious tasks such as rigging, rendering, and scene generation, AI tools help studios work faster and more cost-effectively. This opens new opportunities for companies to produce high-quality content at scale.

Human vs AI: Collaboration, Not Competition

AI vs Human – The Impact on the 3D Animation Industry in 2025 and 2026

Despite AI’s advancements, many studios are adopting a hybrid model, where AI handles the technical heavy lifting and humans focus on creativity and storytelling.

For example, Pixar’s RenderMan software uses AI to streamline rendering, but the emotional nuances of character animation are still crafted by skilled artists. Other studios use AI to create crowd scenes or background elements, allowing animators to concentrate on core character performance and visual storytelling.

In short: AI enhances human work—it doesn’t replace it.

Final Thoughts

The future of 3D animation won’t be about AI vs. humans. It will be about AI and humans working together to bring stories to life more efficiently and beautifully than ever before.

AI brings speed, scale, and automation to the table. Human animators bring emotion, depth, and artistic vision. By combining both, the industry can unlock a new era of creativity.   

What is a 3D Animation Layout and Why Does It Matter?

What is a 3D Animation Layout and Why Does It Matter?

Once the design stage is complete in 3D animation, we move out of pre-production and into the exciting world of production. The very first step of this new phase?
 The 3D Animation Layout.

While it may not get as much attention as character modeling or animation, layout is a critical step in the 3D animation pipeline. It bridges pre-production with full-scale production and helps transform storyboards into the foundation of the final film.

Let’s explore what a 3D layout is, what layout artists do, and why this stage is so essential.

What Is a Layout in 3D Animation?

What is a 3D Animation Layout and Why Does It Matter?

A 3D layout is essentially a low-resolution version of the animatic, but created within a 3D environment. Using proxy models (basic placeholders with the right scale and form), layout artists block out how each scene will play visually and technically.

This stage is where the initial vision of the story is translated into rough 3D space using simple models, camera placements, and basic character movement.

Even though the final models and assets aren’t ready yet, layout can begin as soon as these proxy geometries are available—sometimes even during late pre-production—and can continue evolving through to post-production.

Why Use Layouts in 3D Animation?

A 3D layout serves multiple vital functions in production:

  • It helps define the composition of each shot based on the storyboard or animatic.

  • It allows the director to make adjustments to camera angles, movement, and scene staging in a 3D space.

  • Unlike 2D animatics, 3D layouts account for accurate character scale, distance, and perspective—there’s no room for “cheating” these.

  • The layout becomes a working blueprint that guides the rest of the pipeline, including animation, lighting, modeling, and rendering.

As production progresses:

  • Rough animation is gradually replaced with final takes.

  • Voice-over and music can be added at this stage or shortly after.

  • The layout evolves and eventually becomes the technical and creative guide for the entire animation project.

Complex sequences or camera moves that are difficult to visualize in storyboards are also better tested and refined during layout.

What Does a 3D Layout Artist Do?

What is a 3D Animation Layout and Why Does It Matter?

Think of the layout artist as the cinematographer of the animation world.

They are responsible for turning 2D ideas into 3D scenes, managing camera placement, scene blocking, and character positioning to ensure storytelling is both engaging and technically feasible.

Key Responsibilities of a Layout Artist:

  • Translating storyboards and animatics into 3D scenes

  • Preparing proxy models and environments

  • Blocking action and composing shots

  • Placing and animating cameras for accurate movement

  • Refining camera paths even into the animation stage if needed

  • Setting up key character poses to define timing and motion

  • Maintaining continuity, style, and quality throughout the project

  • Ensuring technical accuracy and visual clarity for downstream teams

Layout artists may also present multiple versions of the same shot to the director for creative flexibility.

What Skills Do Layout Artists Need?

A layout artist must have strong technical and creative skills. They need to understand:

  • Cinematography

  • Lighting

  • Animation principles

  • Blocking and staging

  • Acting and movement dynamics

Most importantly, they need to be highly imaginative while also being technically precise, as their work sets the pace and structure for the entire animation pipeline.

Conclusion: Why 3D Layout Matters

After pre-production ends, the layout stage begins the true production process of a 3D animation. It’s not just about blocking shapes—it’s about translating vision into reality.

While it may look rough or primitive at first, the 3D layout is foundational. It gives the director control over each shot’s composition, helps animation teams stay on track, and enables the project to move forward with confidence and clarity.

In short:
 The layout is where imagination meets implementation.
 It sets the tone for everything that comes next—like 3D modeling, animation, and lighting—and ensures the story comes alive exactly as envisioned.

Should I Study 2D or 3D Animation?

Should I Study 2D or 3D Animation?

With the rising demand for animated movies, TV shows, and video games, the opportunities for animators are expanding faster than ever. Whether it’s for marketing, education, entertainment, or gaming, animation continues to be one of the most dynamic and creative industries in the digital space.

One of the most common questions animation students ask is:
 “Should I study 2D or 3D animation?”

 

 To answer that, it’s important to understand the differences, benefits, and skills required for both.

What’s the Difference Between 2D and 3D Animation?

At its core, the biggest difference lies in how the animation is created:

2D Animation involves flat, two-dimensional visuals. Every frame is typically hand-drawn or created using digital tools. It’s highly artistic and rooted in traditional drawing.

Should I Study 2D or 3D Animation?

3D Animation is more technical. It involves creating characters and objects in a three-dimensional digital environment using “rigs” (skeletons that allow for movement).

Should I Study 2D or 3D Animation?

So, if 2D is like drawing flipbook cartoons, 3D is more like moving digital puppets in a realistic space..

What Are the Features of 2D Animation?

2D animation is created in a flat space, and movement is built frame by frame through drawing.

  • Artists often begin with a storyboard of sequential images.

  • Movements are created through small adjustments between drawings.

  • It’s ideal for those who love drawing, design, and visual storytelling.

  • Classic examples: Tom and Jerry, The Jungle Book.

2D animation has a long and rich history, and many studios still use this timeless art form today.

How Does 3D Animation Work?

3D animation uses digital tools to bring characters to life in a three-dimensional space.

  • Animators build a digital model of the character.

  • They then rig the character with a skeleton.

  • Movements—from walking to blinking—are programmed using software.

  • 3D animations tend to look more realistic due to depth and lighting.

Examples include: Kung Fu Panda, Toy Story.

3D is a great fit for those who enjoy technical work, digital tools, and problem-solving with a mix of creativity and logic.

2D vs 3D: Pros and Cons

At 2MC 24/Seven, we emphasize that there’s no “better” style—only what’s better for you.

Here are a few things to keep in mind:

  • Cost: Both 2D and 3D can be expensive and time-consuming to learn and produce.

  • Hardware: You’ll need a powerful computer with a solid graphics card for professional-level animation.

  • Remote Work: Both skill sets are excellent for remote, freelance, or studio careers.

  • Transferable Skills: The 12 Principles of Animation apply to both 2D and 3D.

  • Job Opportunities: Both styles offer robust and growing career paths.

Learning Format: More schools are embracing e-learning, making animation education more accessible.

So… Which One Should You Study?

The best answer? Try both.

But if you must choose only one:

  • Go with 2D if you lean more toward drawing, illustration, and visual storytelling.
  • Choose 3D if you enjoy technology, structure, and digital environments.

4 Predictions for the 3D Rendering Industry in 2025–2026

4 Predictions for the 3D Rendering Industry in 2025–2026

2024 was a turning point for the 3D rendering industry, and 2025 is set to raise the bar even higher.

At 2MC 24/Seven, we work with brands across the globe to elevate their marketing and visualization efforts through advanced 3D rendering solutions. Based on our industry experience and the evolving trends we’re seeing, here are five key predictions shaping the future of 3D rendering in 2025 and beyond.

1. Authenticity Over Aesthetic Overload

4 Predictions for the 3D Rendering Industry in 2025–2026

The influx of AI-generated content has created a wave of overly stylized, often soulless visuals across platforms. In contrast, we’re seeing a strong return to authenticity. Audiences are gravitating toward brands that feel grounded, real, and human.

Well-crafted 3D renders offer the perfect balance—they’re visually stunning, yet rooted in realism. Unlike generic AI imagery, high-quality renders from experienced artists convey trust, legacy, and emotional depth.

At 2MC 24/Seven, we’ve seen authentic storytelling through rendering resonate deeply—especially when it involves heritage vehicles or timeless product designs. In 2025, realness will win over perfection.

2. AI Finds Its Place

4 Predictions for the 3D Rendering Industry in 2025–2026

The rapid growth of generative AI in 2023 and 2024 created a mix of enthusiasm and concern. Would AI replace the role of 3D artists? As we enter 2025, the answer is much clearer: AI is here to support—not replace—creativity.

At 2MC 24/Seven, we’ve seen AI used successfully for ideation, quick prototyping, metadata tagging, and workflow acceleration. AI can assist with creating base assets like HDRi maps or placeholder visuals, but final creative decisions still require a human touch.

New tools such as AI-powered video generators and image-to-video applications will streamline concept development, giving artists more freedom to focus on execution and quality. In short, AI will serve as a creative partner, not a threat.

3.  More Brands Will Embrace 3D

4 Predictions for the 3D Rendering Industry in 2025–2026

The impact of 3D content on sales and engagement is undeniable. Brands that have added 3D elements to their ecommerce experience report higher conversion rates, fewer product returns, and improved overall customer satisfaction.

Thanks to emerging technologies like WebGPU, delivering high-quality 3D experiences in browsers is becoming easier and more seamless. As a result, more brands—not just in automotive or architecture—are jumping into 3D. We’re now seeing interactive configurators used in industries like fashion, jewelry, and consumer tech.

At 2MC 24/Seven, we believe that in 2025, 3D content will no longer be a luxury—it will be a necessity for any brand that wants to compete in a digital-first market.

4.  Personalization Takes Center Stage

4 Predictions for the 3D Rendering Industry in 2025–2026

The days of one-size-fits-all marketing visuals are over. Today’s consumers expect content that’s personalized—tailored to their geography, lifestyle, culture, and even device.

In 2025, personalization won’t just be a competitive edge; it will be essential. We’re seeing a growing demand for localized, customized 3D content that speaks directly to specific audiences. For example, our global HDRi Maps of cities like Dubai, Paris, and various regions in China have seen a significant increase in use—indicating that brands are tailoring their 3D campaigns by location and cultural context.

Personalized 3D content will become a vital part of the customer journey, making visuals more engaging and more relevant than ever before.

Looking Ahead

3D rendering is evolving fast, blending with AI, immersive technologies, and new consumer expectations. At 2MC 24/Seven, we’re helping our clients stay ahead by combining experience, technology, and creativity.

Whether you’re showcasing a new product line or looking to future-proof your brand’s visuals, now is the time to embrace the next wave of 3D rendering innovation.

Why Is 3D Product Visualization Important?

Why Is 3D Product Visualization Important?

Visual Engagement Like No Other

In today’s fast-paced digital landscape, standing out is more important than ever. Wondering what your next move should be? 3D product visualization may be the key.

This transformative technology offers a lifelike, 360-degree view of your products, helping customers experience them from every angle. It changes how people interact with your brand—delivering immersive realism that sparks attention and builds trust.

Why Is 3D Product Visualization Important?

3D product visualization also signals innovation. As more brands move beyond flat images, companies that embrace this tech early—like 2MC 24/Seven—stand out as leaders in digital experience.

Closing the Gap Between Expectation and Reality

3D product visualization doesn’t just look good—it performs. By giving customers a true-to-life view of size, texture, shape, and functionality, it reduces uncertainty and increases buyer confidence.

This level of accuracy helps bridge the gap between what customers expect and what they actually receive. The result? Fewer returns, more satisfied buyers, and stronger trust in your brand.

Why Is 3D Product Visualization Important?

Creating a Memorable Shopping Experience

In a crowded online marketplace, experience matters. 3D visualization creates an engaging, interactive shopping journey that keeps users on your site longer and encourages repeat visits.

This technology also sets the stage for future integrations, like augmented reality (AR) and virtual reality (VR). As these tools become more mainstream, brands that already leverage 3D are well-positioned to stay ahead of the curve.

Early adopters like 2MC 24/Seven are already benefiting—attracting tech-savvy customers and positioning themselves as innovators.

Why Is 3D Product Visualization Important?

In Summary

3D product visualization is no longer a “nice-to-have”—it’s a necessity. It enhances visual appeal, increases transparency, builds trust, and delivers a far superior customer experience. At 2MC 24/Seven, we help brands embrace this next-generation technology to transform how customers see—and interact with—their products.

Now’s the time to elevate your product presentation and give your audience what they’re really looking for: a realistic, engaging, and interactive experience.

AI and Art: What It Means for Today’s Artists

AI and Art: What It Means for Today’s Artists

As artificial intelligence (AI) continues to advance, it’s reshaping creative industries in ways that are both exciting and uncertain. From ethical debates to questions about originality and authorship, the role of AI in the arts, especially in digital illustration and concept design, is under growing scrutiny.

So, what does AI mean for working artists? And how can creatives adapt to stay ahead of the curve?

In this article, we look into the world of AI-generated art, explore some of the tools available, and share insights from concept artist and Head of Digital Painting at CGS, Brandon Reimchen (EA, Activision, Capcom, Disney Interactive) on how artists can thoughtfully approach AI in their practice.

What Is AI Art?

AI and Art: What It Means for Today’s Artists

AI art refers to any creative work—images, videos, music, or text—produced with the assistance of artificial intelligence. While the process may involve some level of human input (usually prompts or reference materials), the final output is generated by an AI system.

Although AI-assisted art creation isn’t brand-new, it’s only in recent years that it has become widely accessible, sparking global discussions about its impact on creative work.

The Role of Machine Learning in AI Art

Machine learning—one of the core technologies behind AI—enables computers to “learn” from data without being explicitly programmed. By analyzing massive datasets (often scraped from the internet), machine learning algorithms can recognize patterns and generate new content based on them.

In the context of AI art, these algorithms range from basic randomized models to more advanced techniques like neural networks and deep learning. The result: highly realistic or stylized visual content created with minimal manual input.

Common AI Art Tools

Below are some popular platforms used to generate AI-assisted artwork:

Midjourney

Midjourney combines machine learning with generative art to produce creative imagery based on user prompts. Users submit instructions through a Discord channel, defining styles, colors, and other visual elements. Midjourney is often used for its painterly, stylized aesthetic.

DALL·E

Developed by OpenAI, DALL·E creates images from natural language prompts. Known for its photorealistic capabilities, it can also edit existing images by adding or removing elements—something Midjourney does not currently support.

Google Deep Dream

An experimental tool created by Google in 2015, Deep Dream uses neural networks to transform images into surreal, dreamlike visuals. It’s less about control and more about exploration, offering unique, abstract results.

DeepArt.io

This tool allows users to upload an image and apply artistic filters based on various styles—from classical to modern. It also includes customization options like color correction, brightness, contrast, and cropping.

What This Means for Artists

AI and Art: What It Means for Today’s Artists

AI doesn’t need to replace creativity—it can complement it. Artists who understand AI’s potential and limitations can use it to enhance their work, speed up workflows, and experiment with new styles. As Brandon Reimchen advises, it’s important to use AI thoughtfully, maintaining originality and respecting ethical considerations.

Ultimately, the key is adaptability. The technology will continue to evolve, but so will the creative community. By staying informed and open to change, artists can continue to thrive—even in an AI-driven world.