AI Content Generation
Produce images, videos, music, and 3D assets at scale with AI content generation.
How It Works
Explore ai content generation capabilities on WaveSpeed.
1. Image Content
Generate marketing visuals, product photos, and social media graphics with FLUX and SDXL models. Edit and enhance with Image Editing and upscaling tools.
2. Video Content
Create video ads, explainers, and social clips from text or images. Use Wan 2.5 for generation and enhancement models for post-production.
3. Audio & 3D Content
Generate background music with music generation models, voiceovers with speech generation, and 3D assets with 3D creation tools.
Use Cases
Discover how ai content generation transforms real-world workflows.
Marketing Teams
Generate entire campaign assets - images, videos, and audio - from a single creative brief.
Media Companies
Produce visual content at scale for news articles, social media, and multimedia storytelling.
E-Learning
Create educational illustrations, explainer videos, and narrated presentations automatically.
Startups
Build professional visual branding without a design team - from logos to product videos.
Q & A
What types of content can AI generate?
AI can generate images, videos, music, speech, 3D models, and more. WaveSpeed provides models for all major content types through a unified platform.
Can AI content be used commercially?
Yes. Content generated on WaveSpeed can be used for commercial purposes. Check individual model licenses for specific terms.
How does AI content generation compare to human creators?
AI excels at speed, scale, and iteration. It produces first drafts in seconds that can be refined. It works best alongside human creativity for direction and quality control.
Is there an API for content generation?
Yes. WaveSpeed provides REST APIs for all content generation models, enabling automated pipelines and integration with existing tools.
What is the quality of AI-generated content?
Modern AI models produce professional-quality output suitable for commercial use. Quality varies by model - see our comparison pages for benchmarks.