- 11 Sections
- 60 Lessons
- 420 Minutes
- OSINT Ethics, Law, Scope, and Harm Reduction
Outcome: Define OSINT, distinguish public availability from unrestricted use, and apply purpose, authority, privacy, platform, safety, and escalation controls.
Case: A student team is asked to investigate a fictional fraud lead, but the request has no defined purpose, collection limit, protected-person rule, retention period, or approval for contact with subjects.
Tools: Purpose-and-authority gate, Harm assessment, Collection boundary record
7- 1.1OSINT is a disciplined inquiry
- 1.2Public does not mean permissionless
- 1.3Purpose and necessity constrain collection
- 1.4Indian law and privacy shape the workflow
- 1.5Harm assessment protects people
- 1.6Stop conditions make scope operational
- 1.7Module 1 Assessment — OSINT Ethics, Law, Scope, and Harm Reduction5 Minutes5 Questions
- Intelligence Requirements and the OSINT Cycle
Outcome: Translate stakeholder needs into priority intelligence requirements, hypotheses, indicators, collection plans, gaps, review points, and decision-ready outputs.
Case: A sponsor asks whether a fictional supplier is trustworthy, but different team members search for unrelated facts and cannot explain what evidence would answer the question.
Tools: PIR worksheet, Collection plan, Gap-and-stop review
7- 2.1A decision question comes before a search box
- 2.2Hypotheses organize competing explanations
- 2.3A collection plan assigns sources to questions
- 2.4Indicators turn concepts into observable checks
- 2.5Collection logs preserve traceability
- 2.6The intelligence cycle is iterative and bounded
- 2.7Module 2 Assessment — Intelligence Requirements and the OSINT Cycle5 Minutes5 Questions
- Search Strategy and Web Discovery
Outcome: Design repeatable searches across web indexes, archives, official records, documents, languages, names, and time while controlling source and collection risk.
Case: A fictional charity appears under several names across old websites, government notices, archived pages, and translated documents, producing contradictory search results.
Tools: Query decomposition sheet, Archive comparison, Search reproducibility log
7- 3.1Search begins with concepts and entities
- 3.2Operators focus discovery
- 3.3Archives reveal change over time
- 3.4Official records anchor web research
- 3.5Names and languages create hidden variants
- 3.6A repeatable search has an audit trail
- 3.7Module 3 Assessment — Search Strategy and Web Discovery5 Minutes5 Questions
- Source Evaluation, Verification, and Provenance
Outcome: Evaluate source credibility and information reliability, triangulate claims, verify time and context, preserve provenance, and express uncertainty objectively.
Case: A viral image, an anonymous post, and a copied news article all repeat the same claim, creating the appearance of three sources although they share one origin.
Tools: Source-quality matrix, Claim-evidence table, Provenance record
7- 4.1A source and its information are evaluated separately
- 4.2Triangulation requires independence
- 4.3Context verification prevents false interpretation
- 4.4Time is an evidence problem
- 4.5Provenance connects evidence to method
- 4.6Analytic standards make uncertainty visible
- 4.7Module 4 Assessment — Source Evaluation, Verification, and Provenance5 Minutes5 Questions
- Identity, Organization, and Relationship Research
Outcome: Resolve entities safely, analyze aliases and relationships, use organizational records, avoid identity harm, and separate legitimate verification from intrusion or deception.
Case: Two fictional professionals share a name, employer sector, and city; one is wrongly linked to a controversial account because the team skips disambiguation.
Tools: Entity-resolution matrix, Relationship chart, Misidentification risk review
7- 5.1Entity resolution starts with disambiguation
- 5.2Aliases and usernames are clues, not identity proof
- 5.3Organizational records reveal structure and change
- 5.4Relationship maps require evidence labels
- 5.5Leaked or exposed data has strict boundaries
- 5.6Identity research must account for harm
- 5.7Module 5 Assessment — Identity, Organization, and Relationship Research5 Minutes5 Questions
- Domain, Network, and Infrastructure OSINT
Outcome: Use passive registration, DNS, IP, ASN, certificate, hosting, web, and repository evidence to form bounded infrastructure hypotheses without active scanning.
Case: A fictional brand uses a primary domain, a cloud-hosted application, a CDN, several certificates, and an abandoned repository; the team must map ownership without touching live systems actively.
Tools: RDAP record worksheet, Passive infrastructure map, Ownership confidence matrix
7- 6.1RDAP provides structured registration context
- 6.2DNS records describe intended routing
- 6.3IP and ASN data add network context
- 6.4Certificates can reveal names and time windows
- 6.5Web and repository metadata can expose clues
- 6.6Infrastructure maps express confidence, not certainty
- 6.7Module 6 Assessment — Domain, Network, and Infrastructure OSINT5 Minutes5 Questions
- Social Media, Images, and Video Verification
Outcome: Collect social and multimedia information proportionately, restore context, verify images and video, interpret metadata carefully, and preserve ethical evidence packages.
Case: A fictional incident is documented by reposted images, shortened clips, deleted posts, and conflicting captions across several platforms.
Tools: Post context record, Image-verification worksheet, Video verification timeline
7- 7.1Platform context is part of the evidence
- 7.2Deleted and edited content needs cautious language
- 7.3Image verification combines several tests
- 7.4Video verification works frame by frame
- 7.5Metadata helps but rarely decides the case
- 7.6Ethical collection avoids engagement and amplification
- 7.7Module 7 Assessment — Social Media, Images, and Video Verification5 Minutes5 Questions
- Geolocation, Chronolocation, and Mapping
Outcome: Evaluate location and time claims using maps, imagery, terrain, landmarks, weather, sun, routes, and uncertainty while protecting sensitive locations.
Case: A synthetic photograph is claimed to show a recent event in one city, but signs, shadows, weather, road geometry, and skyline features point to several possibilities.
Tools: Geolocation evidence grid, Chronolocation timeline, Sensitive-location review
7- 8.1Geolocation is a converging-evidence task
- 8.2Maps and imagery have dates and limits
- 8.3Landmarks and geometry support matching
- 8.4Weather and sun can constrain time
- 8.5Routes and movement claims need temporal evidence
- 8.6Sensitive locations require protection
- 8.7Module 8 Assessment — Geolocation, Chronolocation, and Mapping5 Minutes5 Questions
- Data Analysis, Confidence, and Reporting
Outcome: Normalize and correlate OSINT, avoid bias and causal overreach, communicate confidence, write evidence-based findings, and deliver reproducible decision support.
Case: A fictional investigation has hundreds of rows, duplicated entities, conflicting dates, and attractive relationship diagrams, but no source-quality fields or clear answer to the requirement.
Tools: Normalization worksheet, Competing-hypotheses matrix, Decision-ready report
7- 9.1Structured data makes comparison possible
- 9.2Correlation is not causation or coordination
- 9.3Bias controls improve analysis
- 9.4Confidence statements need a basis
- 9.5A finding links claim, evidence, reasoning, and implication
- 9.6Reproducible reporting supports review
- 9.7Module 9 Assessment — Data Analysis, Confidence, and Reporting5 Minutes5 Questions
- Researcher Security, Collaboration, and Capstone
Outcome: Protect researchers and evidence, use safe research environments, manage files and links, collaborate with review controls, and complete a bounded end-to-end OSINT capstone.
Case: A team must assess a fictional scholarship-portal impersonation campaign using a supplied offline evidence pack without contacting subjects, visiting risky live infrastructure, or exposing victim data.
Tools: Researcher threat model, Evidence security checklist, Capstone intelligence report
7- 10.1A researcher needs a threat model
- 10.2Separation reduces accidental exposure
- 10.3Files and links can be hostile
- 10.4Evidence security continues after collection
- 10.5Collaboration needs challenge and wellbeing controls
- 10.6Capstone: produce a bounded OSINT assessment
- 10.7Module 10 Assessment — Researcher Security, Collaboration, and Capstone5 Minutes5 Questions
- Final ExaminationFinal assessment for OSINT Foundation. Passing score: 70%.1
