CGI Animation
Create Unbelievable Visuals That Capture Attention
Break through the noise with Fake Out-of-Home (FOOH) CGI animations, a cutting-edge marketing technique that blends hyper-realistic 3D animation with real-world environments. These viral-worthy digital illusions make it appear as if larger-than-life creatures, products, or effects are interacting with their surroundings—creating a buzz-worthy spectacle that stops viewers in their tracks.
Whether for advertising, product launches, brand awareness, or social media engagement, FOOH animations offer a cost-effective, high-impact alternative to traditional outdoor advertising.
- Viral Potential – Designed for maximum shareability across social media platforms.
- Cost-Effective Alternative to Traditional Billboards – No need to rent physical ad space!
- Limitless Creativity – Create massive, physics-defying, and interactive illusions.
- Enhances Brand Awareness – Captivate audiences with mind-bending visuals that feel real.
- Perfect for Social Media & Digital Campaigns – Optimize for Instagram, TikTok, YouTube, and more.



Concept & Storyboarding
3D Modeling & Animation
Motion Tracking & Compositing
Rendering & Post-Production
A: FOOH CGI Animation is a 3D visual illusion that makes it appear as if animated objects, creatures, or effects exist in a real-world setting—without actually being there. It’s designed for digital marketing, viral content, and online engagement.
A: Unlike static or LED billboards, FOOH animations are fully digital, allowing for impossible, physics-defying effects without physical space limitations.
A: Yes! We can seamlessly blend CGI animations into real-world footage, making it appear as if the animation is interacting with its environment.
A: FOOH is perfect for social media, websites, and digital ads. It’s optimized for platforms like Instagram, TikTok, YouTube, and Twitter, where viral engagement drives brand awareness.
A: Production time varies depending on complexity, but most FOOH projects take 4-8 weeks from concept to final render.