Evidence Analysis
Forensic Precision. No Assumptions.
Raw evidence tells the truth that witnesses cannot. CAPRI Labs applies forensic-grade analysis techniques — borrowed from aerospace engineering, nuclear physics, and materials science — to physical and digital evidence from anomalous events.
What We Do in Evidence Analysis
Evidence analysis is the scientific backbone of every CAPRI Labs investigation. When a witness reports a UAP encounter that left a physical trace, when a researcher captures anomalous footage that defies conventional explanation, or when a location exhibits persistent electromagnetic irregularities, the question is not 'did something happen?' — it is 'what does the evidence actually show?'
Our evidence analysis laboratory operates under strict scientific protocols. Every piece of evidence is catalogued, photographed, and assigned a unique chain-of-custody identifier before any analysis begins. We apply techniques from multiple disciplines: materials science for physical samples, digital forensics for video and audio evidence, electromagnetic spectrum analysis for sensor data, and isotopic analysis for biological and geological samples.
Critically, we do not analyze evidence in isolation. Every finding is cross-referenced against known databases of conventional phenomena. Our analysts are trained to identify the full range of conventional explanations — lens flares, atmospheric plasma, geological gas emissions, electromagnetic interference from man-made sources — before classifying evidence as genuinely anomalous.
When evidence cannot be explained by conventional means, we say so — with the data to back it up.
UAP Video & Photo Analysis
Frame-by-frame forensic analysis of UAP footage using multi-spectrum imaging and motion vector mapping to rule out conventional explanations.
Physical Trace Evidence
Elemental and isotopic analysis of soil, vegetation, and material samples from UAP landing trace cases and anomalous events.
Biological Sample Analysis
DNA sequencing and biochemical analysis of biological samples associated with anomalous events, including reported non-human biological material.
Audio Anomaly Analysis
Spectral analysis of audio recordings for infrasound, ultrasound, and frequency patterns inconsistent with known natural or man-made sources.
Electromagnetic Signature Profiling
Analysis of electromagnetic data from field investigations to identify energy signatures inconsistent with known natural or man-made sources.
Digital Forensics
Authentication and integrity verification of digital evidence, including metadata analysis and manipulation detection for video, photo, and sensor data.
How We Investigate
Every CAPRI Labs investigation follows a rigorous, evidence-first methodology developed over years of field research and refined through peer review.
Evidence Intake & Documentation
All submitted evidence is photographed, catalogued, and assigned a unique case identifier. Digital files are cryptographically hashed to establish integrity. Physical samples are weighed, measured, and photographed under multiple lighting conditions before any analysis begins.
Conventional Explanation Screening
Before any anomalous classification is considered, evidence is screened against a comprehensive database of conventional explanations. This includes atmospheric optics databases, known electromagnetic interference sources, geological activity records, and military/civilian aircraft flight logs.
Multi-Spectrum Imaging Analysis
Video and photographic evidence is analyzed across the full electromagnetic spectrum — visible light, infrared, ultraviolet, and near-infrared. We apply frame-by-frame analysis, motion vector mapping, and spectral decomposition to identify anomalies invisible to the naked eye.
Physical Sample Analysis
Physical samples undergo elemental composition analysis via X-ray fluorescence (XRF), scanning electron microscopy (SEM), and isotopic ratio analysis. Unusual isotopic signatures — particularly those inconsistent with natural terrestrial ratios — are flagged for further investigation.
Electromagnetic Data Processing
Sensor data from field investigations is processed through our custom signal analysis platform. We identify frequency anomalies, directional patterns, and temporal correlations that may indicate non-conventional energy sources.
Peer Review & Classification
All findings are reviewed by a minimum of two independent analysts before classification. Cases classified as genuinely anomalous are submitted for external peer review by academic partners. Final reports include full methodology documentation and raw data appendices.
In the age of deepfakes and digital manipulation, credible evidence analysis is more important than ever. Without rigorous forensic methodology, genuine anomalous evidence gets dismissed alongside fabrications. CAPRI Labs provides the analytical infrastructure to separate signal from noise — giving genuine anomalous evidence the scientific credibility it deserves and protecting the field from the damage caused by fraudulent claims.
Common Questions
Can I submit evidence for analysis without a full investigation?
Yes. We accept evidence submissions independently of field investigations. Use the form on this page to describe your evidence and we will advise on submission protocols.
What formats of digital evidence do you accept?
We accept all major video formats (MP4, MOV, AVI, RAW), image formats (RAW, TIFF, JPEG), and audio formats (WAV, FLAC, MP3). Uncompressed originals are strongly preferred.
How long does evidence analysis take?
Initial screening takes 5–10 business days. Full forensic analysis timelines depend on evidence complexity and typically range from 2–8 weeks.
Will my evidence be published?
Never without your explicit written consent. All evidence is treated as confidential by default.
Would You Like Us to Investigate?
If you would like CAPRI Labs to conduct a non-partisan, complete investigation, please send us an email using the form below. All submissions are treated with strict confidentiality.