Visual Artifact Analysis
Detects pixel-level inconsistencies, generative noise patterns, and rendering artifacts common in AI-generated video content.
Estimate the risk of AI-generated, deepfake, or manipulated videos using multi-signal analysis (visual, audio, metadata). Designed for ads, UGC verification, and compliance.
Supports TikTok, Instagram, YouTube, and uploaded videos.
Results are probabilistic and intended as a risk indicator, not absolute proof.
We analyze multiple layers to estimate manipulation risk
Detects pixel-level inconsistencies, generative noise patterns, and rendering artifacts common in AI-generated video content.
Examines audio waveforms, speech patterns, and frequency anomalies to identify synthetic voice generation or audio manipulation.
Inspects container formats, codec signatures, encoding timestamps, and file headers for signs of editing or tampering.
Three-step process to assess video authenticity risk
Paste a URL from TikTok, YouTube, Instagram, or upload a video file directly
Our engine extracts frames, audio, and metadata to run detection across multiple signal types
Receive a probabilistic risk score with detailed breakdown of each signal analyzed
AI-generated videos are created using machine learning models such as diffusion-based generators, GANs (Generative Adversarial Networks), or transformer architectures. These tools can synthesize realistic human faces, voices, and movements that are increasingly difficult to distinguish from authentic footage. Manipulation can also occur through face-swapping (deepfakes), lip-sync alteration, or audio replacement. Each technique leaves distinct artifacts that detection systems can identify.
For advertisers and brands, using AI-generated content without disclosure can violate platform policies and consumer protection regulations. User-generated content (UGC) campaigns are particularly vulnerable to synthetic media submissions. In hiring, education, and verification contexts, AI-generated videos can enable fraud and impersonation. Understanding the risk level of video content helps organizations make informed decisions about usage and disclosure requirements.
Our detection system uses a multi-model ensemble approach, analyzing visual frames through professionally-trained AI classifiers, examining audio spectral characteristics, and inspecting file metadata for encoding anomalies. Results are aggregated into a probabilistic risk score that reflects the likelihood of AI generation or manipulation—not a binary verdict.
Uploaded videos are processed temporarily for analysis and automatically deleted. We do not store video content beyond the analysis session. URL-based analysis caches results for 24 hours to reduce redundant processing. No personal data is shared with third parties.
Start with a free analysis. No signup required for basic checks.