Forensic AI Expert Courses
Two expert certifications · 15 days each · hands-on with forensic-grade AI

When seeing is no longer believing, investigators need proof.

Synthetic faces, cloned voices and doctored CCTV now turn up in fraud, cybercrime and court cases. Our two certification programmes train you to detect them, authenticate evidence and defend your findings in court, using the AI tools that forensic labs are deploying today.

50%
of viewers fail to spot a deepfake by eye
31×
rise in deepfake KYC-bypass attempts
6–8 hrs
of manual work to review one hour of footage
0.33
forensic experts per 100,000 people in India
Figures as reported in pi-labs product briefs.
Our courses

Choose your specialisation

Take one, or combine both for complete multimedia-forensics capability.

Course 01 · CDFE

Deepfake Detection & Media Authentication

Certified Deepfake Forensics Expert

Detect AI-generated images, face swaps, lip-sync fakes and cloned voices, then prove it with explainable, court-ready reports.

15 daysImage · Video · Audiopi-authentify labs
View full curriculum →
Course 01 · Certified Deepfake Forensics Expert

Deepfake Detection & Media Authentication Expert Programme

From GANs and diffusion models to voice clones, you will learn how fakes are made, how they break, and how to authenticate image, video and audio evidence with confidence scores you can explain in court.

Spot the fake

Detect face swaps, reenactment, lip-sync, inpainting and AI-generated images and video.

Hear the clone

Expose synthetic voices with waveform and spectrogram analysis.

Read the confidence

Interpret frame-level scores, heatmaps and likelihoods without over-claiming.

Defend it in court

Write admissible reports and testify as an expert witness.

15-day curriculum

DAYS 1–3

Foundations

D1
Digital media fundamentals: imaging, video and audio, sensors, codecs, compression, colour spaces, file formats and metadata
D2
Multimedia forensics and evidence law: chain of custody, acquisition, hashing, integrity verification and admissibility
D3
AI for investigators: machine learning, deep learning, computer vision, generative AI, LLMs and multimodal AI
DAYS 4–5

Know your adversary

D4
The deepfake threat landscape: GANs, diffusion models, face swap, reenactment, lip-sync, voice synthesis and inpainting
D5
Platform setup: pi-authentify architecture, deployment, user management, workflows and API integration
DAYS 6–10

Detection labs

D6
Image authentication: copy-move and splicing detection, lighting and shadow inconsistencies, AI-image detection
D7
Video authentication: frame-level and temporal analysis, facial manipulation, lip-sync verification
D8
Audio authentication: spectrograms, voice-clone identification, speaker consistency and tamper detection
D9
Multimodal fusion: correlating image, video, audio and metadata into one evidence score
D10
Advanced and adversarial: anti-forensics, adversarial attacks, false positives and negatives, threshold tuning
DAYS 11–13

Investigation and court

D11
Investigation workflows: social media, CCTV, mobile, drone, messaging platforms and OSINT attribution
D12
Case studies: impersonation, financial fraud, identity theft, misinformation and election media
D13
Forensic reporting: audit trails, confidence interpretation, validation and expert-witness testimony
DAYS 14–15

Prove it

D14
Practical intensive: complex real-world cases, configurations, troubleshooting and advanced techniques
D15
Capstone and certification: end-to-end investigation, practical exam, report presentation and future trends
Course 02 · Certified Video Forensics Investigator

AI-Powered Video Forensics & Investigation Expert Programme

Video is the most common evidence and the slowest to review. Learn to acquire it soundly, prove it has not been altered, and use AI to find people, vehicles and moments across hours of footage in minutes.

Prove integrity

Find missing frames, blackouts, spliced segments and timestamp gaps.

Find anyone, fast

Search faces, people, vehicles and objects across hours of footage.

Read the plate

Recover licence plates in low light and high motion.

Rebuild the scene

Turn multi-camera footage into a defensible event timeline.

15-day curriculum

DAYS 1–3

Foundations

D1
Video evidence fundamentals: CCTV, DVR and NVR systems, dashcams, bodycams, drones and mobile recordings
D2
Formats and playback: codecs, proprietary CCTV formats, frame rates, resolution limits and conversion
D3
Sound acquisition: chain of custody, hashing, export from recorders and preserving metadata
DAYS 4–5

AI-powered review

D4
Computer vision for investigators: detection, recognition, tracking and what accuracy figures really mean
D5
Platform setup: pi-sense architecture, ingestion, indexing, deployment and case management
DAYS 6–10

Forensic analysis labs

D6
Tampering detection: missing frames, blackouts, re-encoding traces and altered segments
D7
Timestamp and metadata validation: clock drift, time gaps and metadata mismatches across sources
D8
Face and object search: locating suspects, bags, vehicles and weapons with confidence scores
D9
Licence plate recognition: low-light and high-motion plate extraction and vehicle tracing
D10
Summaries and conversational search: event summarisation and querying footage in plain language
DAYS 11–13

Investigation and court

D11
Multi-camera reconstruction: movement tracking and building a timeline across cameras
D12
Case studies: street crime, road incidents, missing persons, public order and smart-city footage
D13
Forensic reporting: documenting method, limits and findings for court and expert testimony
DAYS 14–15

Prove it

D14
Practical intensive: large-volume footage cases under time pressure
D15
Capstone and certification: full investigation, practical exam, report and presentation

Who should attend

  • Police, cyber cell and CID investigators
  • Forensic science laboratory (FSL) examiners
  • Defence, intelligence and national security analysts
  • Bank, fintech and insurance fraud and KYC teams
  • Legal professionals, prosecutors and expert witnesses
  • Journalists, fact-checkers and trust and safety teams
  • Smart-city and CCTV command-centre operators

What you get

Hands-on lab access to forensic-grade AI platforms throughout the course
Real-world case files covering fraud, impersonation, misinformation and tampered evidence
Capstone investigation with a full forensic report and presentation of findings
Expert certification after a practical exam and competency assessment
Courtroom readiness through chain-of-custody practice and expert-witness drills

Questions, answered

Do I need a technical or coding background?

No. The first three days build the foundations in digital media, forensics and AI. Familiarity with computers and evidence handling is enough.

Which course should I take first?

Choose Deepfake Detection & Media Authentication if your cases involve manipulated media, impersonation or fraud. Choose AI-Powered Video Forensics & Investigation if you handle CCTV and surveillance footage. Many teams take both.

How much of the course is hands-on?

Every module from Day 5 onward runs as a lab on forensic AI platforms, ending in a capstone investigation and practical exam.

Is the certification exam mandatory?

Certification requires passing the Day 15 practical assessment and submitting a capstone report. Participants who do not sit the exam receive a certificate of attendance.

Can you train our department on-site?

Yes. We run dedicated batches for police units, labs, banks and enterprises. Contact us for a custom schedule.

Become the expert they call when the evidence is in doubt.

Seats are limited to keep lab time hands-on. Register your interest and our team will share batch dates and group or department options.

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Let’s create a safer tomorrow!

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2

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3

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