REST API v1Sub-20ms Latency

Deepfake Forensic Verification API

The Veruminous Deepfake Verification REST API allows B2B intelligence platforms, newsrooms, legal discovery desks, and risk management systems to programmatically inspect media for synthetic AI manipulation, spectral audio degradation, EXIF tampering, and pixel mesh anomalies.

Multi-Modal Forensics

Inspect Image, Audio, and Video files. Detects AI diffusion boundaries, neural voice vocoder synthesis, and optical flow video warping.

Cryptographic Seals

Every verification generates a 256-bit Merkle proof root, permanently securing the verdict under the Veruminous Constitutional Framework.

Enterprise Metering

High-throughput rate limits (100–500 req/min) with sliding-window Redis caching and automated usage tracking.

Interactive API Playground & Code Generator

Configure your request parameters below to generate live code snippets or execute an immediate test call.

POST/api/v1/verify/media
curl -X POST "https://veruminous.com/api/v1/verify/media" \
  -H "Authorization: Bearer verum_live_YOUR_API_KEY" \
  -H "Content-Type: application/json" \
  -d '{
    "mediaType": "IMAGE",
    "mediaUrl": "https://images.unsplash.com/photo-1534528741775-53994a69daeb",
    "analysisDepth": "DEEP_FORENSIC"
  }'
Hits live `/api/v1/verify/media` backend

Forensic Algorithmic Matrix

Spectral Phase & Vocoder Inspection (Audio)

Neural voice cloning models leave high-frequency phase degradation and vocoder resampling artifacts. Veruminous performs Fast Fourier Transform (FFT) spectral analysis to detect non-human vocoder signatures.

Spatial Lighting & Lens EXIF (Images)

Deepfake generation often creates inconsistent specular highlights and lighting vectors. The engine correlates sensor hardware signatures with physical lighting raytracing vectors.

Optical Flow Jitter (Video)

Evaluates inter-frame optical flow motion vectors to detect temporal lip-sync warping, facial swap boundary blurring, and macroblock compression anomalies across frames.

Tier III Cryptographic Sealing

Verification results are hashed into a 256-bit Merkle proof root and signed under the Bittensor Subnet consensus engine, guaranteeing immutability and non-repudiation.