We push boundaries by merging art, design, and code to craft immersive experiences that defy convention. Whether it’s real-time visuals, reactive environments, or interactive installations, our creative technology work is built to engage and inspire across all mediums.
SkyMesh 3D is a pioneering service in 3D scanning, modeling, and spatial reconstruction. Whether it's for historical preservation, real estate, VFX pipelines, or product design, SkyMesh creates digital twins of the physical world with stunning accuracy.
Our tools can scan objects, spaces, or even entire environments to generate highly detailed meshes and textures. These assets are then optimized for use in animation, VR, AR, or web-based 3D viewers.
SkyMesh 3D plays a key role in bridging reality and virtuality — making it easier to prototype, visualize, or archive assets digitally. Our technology supports LiDAR, photogrammetry, and handheld 3D scanning systems.
In creative technology contexts, SkyMesh 3D provides the foundational geometry that artists and developers manipulate into interactive or cinematic experiences. It’s the canvas for tomorrow’s media landscapes.
Generative art is created using algorithms, code, and data inputs to produce visuals that evolve over time or respond to user input. It's not just design — it's a system that designs itself within creative constraints.
Artists and developers use tools like Processing, GLSL shaders, or Python to generate complex, ever-changing visuals that would be impossible to manually create. These systems can create everything from abstract visuals to structured animations based on rules and randomness.
Generative visuals are ideal for music festivals, motion-reactive projections, and digital branding environments. They offer scalability, flexibility, and the ability to surprise viewers with something different every time.
By relinquishing some creative control to code, artists unlock entirely new aesthetics that challenge traditional notions of authorship and design.
Generative art is created using algorithms, code, and data inputs to produce visuals that evolve over time or respond to user input. It's not just design — it's a system that designs itself within creative constraints.
Artists and developers use tools like Processing, GLSL shaders, or Python to generate complex, ever-changing visuals that would be impossible to manually create. These systems can create everything from abstract visuals to structured animations based on rules and randomness.
Generative visuals are ideal for music festivals, motion-reactive projections, and digital branding environments. They offer scalability, flexibility, and the ability to surprise viewers with something different every time.
By relinquishing some creative control to code, artists unlock entirely new aesthetics that challenge traditional notions of authorship and design.
Real-time visual systems power live performances, VJ sets, and installations that respond instantly to audio, user input, or environmental data. These systems generate visuals on the fly, adapting to the energy of the moment.
Platforms like Notch, TouchDesigner, and Unreal Engine enable artists to create interactive generative content that can be driven by MIDI, OSC, or sensor input. This results in performances that are never exactly the same twice.
These visuals often accompany DJs, theater productions, or interactive spaces, elevating events through motion-reactive animation and ambient design. The seamless fusion of sound and image creates captivating experiences.
Real-time systems are the heartbeat of experimental media, allowing for improvisation, audience engagement, and an unmatched sense of visual rhythm in live settings.
Immersive storytelling uses tools like virtual reality (VR), 360° video, and spatial sound design to place viewers inside the narrative. This genre reshapes how stories are experienced by dissolving the traditional boundaries of screen-based media.
By surrounding users with sights and sounds, immersive storytelling creates empathy and deeper engagement. It’s ideal for education, documentaries, branded experiences, and art installations.
Creators working in this space often use Unity, Unreal Engine, or WebXR platforms. These tools allow for real-time rendering of cinematic content that users can explore or influence through their actions.
The strength of immersive storytelling lies in its ability to transport the viewer — not just visually, but emotionally — into a designed reality where narrative and presence become one.