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Hyperswap by FaceFusion Labs is a generative AI face swapping model built for fast, accurate, natural-looking identity transfer. You provide a source image (the identity) and a target video (the performance), and Hyperswap replaces the face in the video while preserving key on-set signals like lighting, head pose, angle, skin tone continuity, and facial expressions.
It’s designed for developer workflows: simple API integration, configurable model variants, and practical controls for detection robustness and edge blending. If you’re searching for “AI face swap API,” “image to video face swap,” or “high quality face replacement,” Hyperswap is optimized for those production-oriented needs—especially when inputs are clean and high resolution.
hyperswap_1a: fastest, great default for general usehyperswap_1b: balanced quality and robustnesshyperswap_1c: highest quality for premium outputface_mask_blur for cleaner edges and fewer cutout artifacts.face_detector_score for challenging angles.Hyperswap is parameter-driven (not prompt-based). For best results:
model_name=hyperswap_1a, then move to 1b/1c when quality matters.face_mask_blur (default 0.3) for smoother blends in realistic footage.face_detector_score=0.4 (recommended) for varied angles.Is Hyperswap open-source?
Hyperswap is provided as an API model; licensing and source availability depend on FaceFusion Labs’ release terms.
What’s the difference between hyperswap_1a, 1b, and 1c?
1a prioritizes speed, 1b balances speed and quality, and 1c targets maximum realism.
How do I get the most realistic face swap output?
Use a sharp source image, an HD target video, hyperswap_1c, and adjust face_mask_blur for clean edges.
What parameters should I tweak first?
Start with model_name, then refine face_mask_blur. Use face_detector_score when detection is unreliable.
Why is the face swap failing or inconsistent?
Common causes: low-resolution inputs, heavy occlusions, extreme side profiles, motion blur, or too-high face_detector_score preventing detections.