Forensic Intelligence and Investigation Training Course

Duration 10 days 20 modules · 65 contact hours
Level Intermediate Certificate on completion
Who attends Criminal Investigators, Intelligence Analysts and others
Fee from USD 2,200 KSh 190,000 for Kenyan organisations
Where 52 cities + online See dates by city
Next start 16 Nov 2026 Course code SD-SLE-024

Before you join: Participants should have practical exposure to investigations, intelligence work, security operations, compliance enquiries, digital forensics or case management.

Dates & prices

Two start dates a month in every city, and live online on weekdays or weekends. Fees are per participant; classroom fees include tuition, materials, lunch and refreshments, and the certificate.

Suggest a date or city

Showing the next six months. Later dates, other cities and private deliveries for your team are available on request.

Course overview

Investigations often generate more material than teams can assess, validate and turn into timely decisions. Crime-scene observations, digital devices, communications data, financial records, biometrics and open-source material may each point in different directions. Without disciplined collection, continuity, analysis and reporting, valuable leads can be missed, weak inferences can be presented as facts, and material may become difficult to use in judicial, regulatory or operational proceedings.

This course develops the forensic intelligence skills needed to extract decision-relevant intelligence from forensic and investigative material. Participants learn to set intelligence requirements, plan collection lawfully, preserve provenance, assess sources, triage digital material, analyse records and construct timelines, link charts and intelligence assessments. The programme addresses forensic science results, online material, financial intelligence, biometric information, interviews, threat assessment, disclosure and intelligence sharing. Participants use the Intelligence Cycle, Analysis of Competing Hypotheses, PEACE interviewing principles and ISO 27037 guidance to test hypotheses and communicate findings with appropriate confidence and caveats.

Teaching combines focused instructor briefings with realistic cases involving organised crime, fraud, public protection and security investigations. Participants work through case material, make collection and prioritisation decisions, prepare analytical products, challenge findings through peer review and present assessments to a decision-making audience. They leave with a reusable forensic intelligence case-file model containing collection plans, evidence and intelligence logs, analytical outputs, risk records and a decision-ready intelligence report.

The course suits investigators, intelligence personnel, digital forensic staff, analysts, supervisors and partner-agency professionals who already contribute to investigations and need stronger methods for turning material into defensible intelligence.

What you will be able to do

  • Develop intelligence requirements, collection plans and decision thresholds for an investigation
  • Apply lawful collection, continuity and provenance controls to forensic and digital material
  • Assess source reliability, information credibility and confidence in analytical judgments
  • Construct timelines, link charts and entity-resolution analyses from mixed investigative data
  • Test competing hypotheses using evidence matrices, assumptions checks and alternative explanations
  • Produce threat assessments and prioritised investigative actions from forensic intelligence
  • Draft decision-ready intelligence reports with sourcing, caveats, handling controls and recommendations
  • Present a complete forensic intelligence assessment and defend its findings under review

Benefits of attending

For you

  • Stronger ability to turn forensic results into focused investigative actions
  • Reusable methods for testing assumptions before briefing senior decision-makers
  • Greater confidence assessing digital, financial and open-source material
  • Improved credibility when explaining intelligence confidence and analytical limits
  • A completed forensic intelligence case-file model for workplace adaptation

For your organisation

  • Better prioritisation of high-value investigative and forensic collection activity
  • Clearer continuity, provenance and disclosure records for sensitive material
  • More defensible intelligence products for command, prosecution and partner agencies
  • Reduced risk of tunnel vision, unsupported inference and missed alternative explanations
  • Improved coordination between investigators, analysts, forensic specialists and security teams

Course modules

20 modules over 10 days

Participants can convert an operational problem into intelligence requirements, collection tasks and decision thresholds.

  • Intelligence Cycle requirements tied to operational decisions and legal authorities
  • Distinguishing evidence, information, intelligence and inference within investigative files
  • Collection plans specifying priority intelligence requirements, indicators and information gaps
  • Source evaluation using reliability and credibility grading before analytical use
  • Handling assumptions, uncertainties and confidence statements in intelligence reporting
  • Operational questions converted into collection tasks and decision thresholds

Participants can assess proposed forensic intelligence activity against legal authority, necessity and proportionality.

  • Legal authorities governing search, seizure, disclosure, retention and intelligence sharing
  • Necessity, proportionality and purpose limitation tested against collection proposals
  • Privacy impact assessments for intrusive forensic and digital collection
  • Human rights safeguards applied to surveillance-derived forensic intelligence
  • Disclosure obligations recorded from first receipt of potentially exculpatory material
  • Ethical escalation routes for bias, conflicts and unlawful collection concerns

Participants can maintain a defensible record of forensic material from recovery to analytical use.

  • Chain-of-custody records linking exhibit recovery, transfer, storage and examination
  • Unique exhibit identifiers, seals and packaging controls documented contemporaneously
  • Continuity audits identifying unexplained gaps, altered records and handling risks
  • Evidence management systems configured with role-based access and audit trails
  • Hash values used to verify digital-file integrity after acquisition
  • Contamination controls separating reference samples, questioned material and laboratory work

Participants can identify and prioritise intelligence opportunities during initial scene activity.

  • Crime-scene intelligence logs distinguish immediate threats from evidential opportunities
  • Systematic scene searches documented through grid, zone and spiral methods
  • Photography plans capture orientation, mid-range and close-up evidential views
  • Prioritising perishable evidence using risk, value and resource criteria
  • Scene observations converted into testable hypotheses and collection priorities
  • First responder briefings preserve scene integrity and intelligence context

Participants can make defensible initial decisions on digital evidence identification, preservation and triage.

  • Digital triage decisions preserve volatile data, devices, accounts and network evidence
  • ISO 27037 principles guide identification, collection, acquisition and preservation
  • Live acquisition risks assessed before powering down suspect devices
  • Write blockers and forensic images protect original storage media
  • Metadata, timestamps and time-zone offsets documented for later reconstruction
  • Cloud-service preservation requests identify accounts, logs and retention periods

Participants can collect, preserve and assess open-source material for investigative use.

  • OSINT collection plans define lawful sources, search terms and audit records
  • Advanced search operators isolate usernames, documents, domains and cached material
  • Webpage captures preserve URLs, timestamps, context and collection methodology
  • Geolocation uses landmarks, shadows, imagery metadata and corroborating sources
  • Social-media attribution distinguishes claimed identity, control and account behaviour
  • Source provenance assessed before online material enters an intelligence product

Participants can prepare mixed investigative data for reliable forensic intelligence analysis.

  • Structured data requests specify entities, fields, date ranges and legal basis
  • Data cleaning resolves duplicates, null values, aliases and inconsistent identifiers
  • Entity resolution matches persons, accounts, devices and addresses across datasets
  • Analytical datasets retain source references and transformations for reproducibility
  • Financial records reveal payment flows, beneficial links and anomalous transactions
  • Telecommunications records establish contact patterns, movement indicators and timing

Participants can identify relationships, intermediaries and network structures within case material.

  • Link charts distinguish confirmed relationships, associations, transactions and communications
  • Association matrices expose shared identifiers, intermediaries and network clusters
  • Timeline analysis aligns events, locations, communications and forensic results
  • Network measures identify central actors, brokers and isolated cells
  • Analyst notebooks record data sources, analytical steps and provisional findings
  • Visualisations use clear legends, dates and evidential-status conventions

Participants can reconstruct events and assess location evidence while recording accuracy limits.

  • Event chronologies reconcile conflicting timestamps across devices, records and witness accounts
  • Time-zone normalisation prevents false sequencing within multi-jurisdictional investigations
  • Cell-site, GPS and ANPR data tested against alternative location explanations
  • Geospatial analysis identifies travel corridors, meeting points and recurring locations
  • Map annotations separate observed locations from inferred routes and areas
  • Spatial findings expressed with accuracy limits and corroboration requirements

Participants can integrate forensic science results into case hypotheses without overstating their meaning.

  • Forensic results integrated with case hypotheses, suspects, victims and locations
  • DNA, fingerprints and trace evidence assessed for intelligence value
  • Database hits treated as leads requiring confirmation and disclosure review
  • Laboratory submissions prioritised through investigative questions and turnaround constraints
  • Negative results reassess hypotheses without overstating exclusion or absence
  • Expert consultations frame appropriate questions without directing scientific conclusions

Participants can assess biometric intelligence products, limitations and handling requirements.

  • Biometric comparison reports distinguish identification, exclusion and inconclusive outcomes
  • Facial image comparison limitations documented alongside image quality assessments
  • Fingerprint intelligence links scenes, identities and previous investigations
  • Voice, gait and facial evidence handled with validation and disclosure safeguards
  • Reference sample collection plans address consent, authority and contamination risk
  • Biometric database searches recorded with search parameters and candidate handling

Participants can test competing explanations and identify the material most likely to discriminate between them.

  • Analysis of Competing Hypotheses tests rival explanations against available evidence
  • Evidence matrices distinguish diagnostic facts from ambiguous or non-probative material
  • Assumption checks identify missing facts, source bias and analytical blind spots
  • Competing narratives tested against chronology, opportunity, capability and intent
  • Confidence judgments reflect source quality, corroboration and alternative explanations
  • Collection gaps prioritised by their potential to discriminate hypotheses

Participants can assess threat indicators and recommend proportionate protective or investigative actions.

  • Threat assessments separate intent, capability, opportunity, targeting and imminence
  • Indicators and warnings linked to observable behaviours and reporting thresholds
  • Risk matrices record likelihood, impact, mitigations and residual exposure
  • Protective intelligence integrates forensic leads with safeguarding and security actions
  • Escalation criteria trigger urgent referrals, safeguarding measures and command decisions
  • Threat briefings distinguish assessed risk from confirmed criminal evidence

Participants can plan interviews that obtain intelligence while protecting evidential and disclosure requirements.

  • PEACE interviews obtain accounts while protecting disclosure and evidential integrity
  • Interview plans sequence rapport, free recall, probing and challenge stages
  • Disclosure strategies protect unreleased forensic findings and test suspect accounts
  • Cognitive interview techniques recover detail without contaminating witness memory
  • Interview statements compared against timelines, digital records and physical evidence
  • Post-interview actions update hypotheses, collection priorities and disclosure records

Participants can identify financial patterns, beneficial ownership links and asset-tracing priorities.

  • Financial intelligence traces funds through accounts, cash activity and intermediaries
  • Transaction timelines identify structuring, layering, circular payments and unexplained wealth
  • Beneficial ownership analysis connects companies, nominees, directors and controlling persons
  • Banking production orders specify records, date ranges and account relationships
  • Asset-tracing hypotheses combine property, vehicle, corporate and payment records
  • Financial anomalies corroborated through invoices, communications and witness evidence

Participants can produce clear, sourced intelligence products for operational and strategic decisions.

  • Intelligence reports separate facts, assessments, assumptions and recommended actions
  • BLUF structures place decision-relevant judgments before supporting detail
  • Confidence language calibrated through source reliability, corroboration and analytical limits
  • Source protection balances operational sensitivity, disclosure duties and audience needs
  • Link charts, timelines and maps selected for the decision question
  • Quality assurance checks accuracy, traceability, relevance, clarity and handling markings

Participants can disseminate intelligence to the right audience with appropriate safeguards and feedback mechanisms.

  • Dissemination plans match products to commanders, investigators, prosecutors and partners
  • Handling caveats control onward sharing, retention, redaction and source protection
  • Intelligence briefings state decisions required, risks, options and timeframes
  • Feedback loops capture product usefulness, new requirements and collection changes
  • Interagency exchange protocols record authority, recipient, purpose and restrictions
  • Disclosure schedules track material, relevance decisions and review dates

Participants can manage intelligence actions, case theories and review points across an investigation.

  • Major incident room principles maintain indexes, actions, decisions and auditability
  • Case theories linked to evidential tasks, owners, deadlines and dependencies
  • Action registers distinguish intelligence leads from evidential investigative tasks
  • Review points challenge tunnel vision, stalled enquiries and untested assumptions
  • Disclosure management identifies unused material requiring retention and assessment
  • Resource allocation prioritises actions by risk, probative value and urgency

Participants can review analytical products for logic, traceability, error and alternative explanations.

  • Peer review tests analytical logic, sourcing, caveats and alternative explanations
  • Structured red-teaming challenges dominant narratives and unsupported inferences
  • Error logs classify data, reasoning, process and communication failures
  • Reproducibility checks retrace data extraction, transformations and analytical conclusions
  • Lessons-learned reviews convert case outcomes into revised collection procedures
  • Supervisory sign-off confirms proportionality, quality standards and dissemination authority

Participants can build, review and present a complete forensic intelligence assessment from a multi-source case file.

  • Case brief translated into intelligence requirements, authorities and collection priorities
  • Exhibit, digital, records and open-source material assessed for provenance
  • Data integrated through timelines, link analysis and competing-hypotheses testing
  • Threat, evidential and disclosure risks documented with mitigation actions
  • Decision-ready intelligence product drafted with findings, confidence and recommendations
  • Peer review and oral presentation defend conclusions, limits and next actions

Exercises and examples are adapted to each cohort's sectors and roles.

What you take back to work

  1. Forensic intelligence collection plan template
  2. Chain-of-custody and provenance checklist
  3. Mixed-source analytical case-file model
  4. Timeline and link-analysis worksheet
  5. Competing hypotheses evidence matrix
  6. Decision-ready intelligence report template

Who should attend

  • Criminal Investigators — need to convert forensic material into prioritised lines of enquiry
  • Intelligence Analysts — need defensible methods for assessing and reporting investigative intelligence
  • Digital Forensic Practitioners — need to connect technical findings to investigative decisions
  • Financial Crime Investigators — need to combine transaction evidence with wider intelligence assessments
  • Law Enforcement Supervisors — need to review collection, analysis and dissemination decisions
  • Security and Safeguarding Officers — need to assess threats from mixed evidential and intelligence sources

Skills and tools covered

Forensic intelligence planningEvidence provenance controlDigital evidence triageLink and timeline analysisHypothesis testingIntelligence reporting

Tools and standards

Intelligence Cycle, Analysis of Competing Hypotheses, PEACE interview framework, ISO 27037

How the course runs

Training methodology

The course uses short instructor briefings to establish methods, legal controls and analytical standards. Participants then apply them to realistic investigation materials through individual analysis, group case work, structured peer review and simulated intelligence briefings. Cases include digital devices, financial records, witness accounts, forensic results and online material. Facilitators give targeted feedback on collection decisions, analytical logic, confidence statements, report structure and briefing quality. Time is also reserved for adapting templates and workflows to participants' own investigation responsibilities.

Requirements and prerequisites

Participants should have practical exposure to investigations, intelligence work, security operations, compliance enquiries, digital forensics or case management. They should be comfortable reading case files, assessing records and discussing evidential issues with colleagues. Familiarity with local criminal procedure, information-sharing rules or organisational investigation policy is useful because these requirements differ by jurisdiction. No prior qualification in forensic science, digital forensics, intelligence analysis, data science or law is required. The course does not require programming, specialist laboratory skills or advanced statistical knowledge.

A typical training day

08:30 – 10:30First session
10:30 – 10:45Refreshment break
10:45 – 12:30Second session
12:30 – 13:30Lunch and networking
13:30 – 15:00Third session
15:00 – 15:15Refreshment break
15:15 – 16:30Workshop and daily review

Live online deliveries follow the same structure in East Africa Time, with shorter screen blocks and longer breaks.

What the fee includes

  • Instruction by a practitioner facilitator
  • Full course workbook and materials
  • Exercise files, templates and case studies
  • Refreshments and lunch on classroom deliveries
  • Certificate of completion
  • Post-course application plan

Frequently asked questions

Participants should already have some exposure to investigations, intelligence, security, compliance, case management or forensic work. No specialist qualification in digital forensics, forensic science or intelligence analysis is required.

Participants should bring a laptop if attending in person, together with any non-sensitive examples of reporting formats or workflows they may wish to improve. Real case material must not be brought unless authorised by the employer and suitable for classroom use.

The course is suited to investigators, intelligence analysts, digital forensic personnel, financial crime teams, security officers and supervisors. It is particularly useful where teams must make decisions from mixed forensic, digital and intelligence material.

Digital forensics and crime scene courses focus mainly on technical recovery, preservation and examination techniques. This course focuses on how material from those disciplines is assessed, connected, tested and communicated as intelligence for investigative decisions.

Participants can use the collection plans, provenance controls, analytical worksheets and report templates on active or future cases. The methods also support case reviews, intelligence briefings, partner-agency requests and supervisory quality assurance.

Training runs from 08:30 to 16:30 each day, providing about 6.5 contact hours daily. The first week establishes collection, preservation and analysis methods; the second week applies them to reporting, review, sharing and a complete capstone assessment.

Questions about this course?

Ask about dates, fees, group bookings or running it for your team. Our training team replies by email.