Digital Evidence Management Training Course

Duration 5 days 10 modules · 33 contact hours
Level Intermediate Certificate on completion
Who attends Law enforcement investigators, Digital forensic practitioners and others
Fee from USD 1,100 KSh 95,000 for Kenyan organisations
Where 52 cities + online See dates by city
Next start 16 Nov 2026 Course code SD-SLE-015

Before you join: Participants should have practical exposure to investigations, cybersecurity incidents, compliance reviews, internal audit, legal casework or records 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

Digital evidence can establish what happened, who acted, when activity occurred and whether a system or account was compromised. It can also be excluded, challenged or given little weight when collection authority is unclear, original data is altered, chain-of-custody records are incomplete, or disclosure duties are missed. Public-sector investigators, corporate security teams and regulatory bodies need defensible methods that preserve evidential value from first response through court, tribunal or disciplinary proceedings.

This course teaches the full digital evidence lifecycle: identifying relevant sources, securing scenes and devices, selecting lawful collection methods, creating forensic copies, documenting continuity, managing exhibits, reviewing forensic outputs and preparing material for disclosure and testimony. Participants apply ISO/IEC 27037, ISO/IEC 27041 and NIST guidance to evidence decisions involving computers, mobile devices, cloud services, CCTV, email, network logs and removable media. They learn to distinguish intelligence from evidence, assess authenticity and reliability, and explain technical findings in terms decision-makers can test.

Instructor-led briefings are combined with case analysis, documentation reviews, group decision-making and simulated evidence-handling scenarios. Participants work with realistic cases such as insider fraud in a bank, unauthorised access to a government system, procurement misconduct and employee data theft. Each participant leaves with a reusable digital evidence management pack containing chain-of-custody, evidence register, preservation notice, acquisition plan and disclosure-control templates.

The course is suited to professionals who already work around investigations, incident response, compliance, internal audit or legal proceedings and need a practical evidential standard for digital material.

What you will be able to do

  • Apply ISO/IEC 27037 principles to identify, collect, acquire and preserve digital evidence
  • Prepare a lawful digital evidence acquisition plan with authority, scope and risk controls
  • Create and verify forensic copies using hash values and documented integrity checks
  • Maintain a complete chain of custody and exhibit register for physical and digital items
  • Assess digital evidence authenticity, reliability and admissibility risks before disclosure
  • Manage evidence from cloud platforms, mobile devices, CCTV systems and enterprise logs
  • Produce disclosure schedules and investigator reports that distinguish fact, inference and opinion
  • Present digital evidence handling decisions clearly during legal, disciplinary or regulatory proceedings

Benefits of attending

For you

  • Make defensible evidence-handling decisions under investigative time pressure
  • Document collection actions to withstand legal and procedural scrutiny
  • Recognise when forensic assistance, legal authority or specialist preservation is required
  • Write clearer evidence reports for prosecutors, counsel, regulators and disciplinary panels
  • Apply a consistent evidence lifecycle across cyber, fraud and misconduct investigations

For your organisation

  • Reduces exclusion risks caused by poor preservation, continuity or acquisition records
  • Improves consistency between investigators, forensic teams, legal advisers and evidence custodians
  • Protects sensitive material through controlled storage, access logging and retention decisions
  • Shortens case review through structured evidence registers and disclosure schedules
  • Strengthens defensibility of fraud, cyber incident and employee misconduct investigations

Course modules

10 modules over 5 days

Participants can define relevant digital evidence and connect it to investigation issues.

  • Digital evidence lifecycle from identification through production and authorised disposal
  • Roles of first responders, investigators, custodians, examiners and disclosure officers
  • ISO/IEC 27037 principles for identification, collection, acquisition and preservation
  • Distinguishing evidential material, intelligence, information, records and investigative leads
  • Case theory and evidential propositions linked to legal elements
  • Jurisdiction, authority and policy constraints on evidence handling decisions

Participants can assess authority and privacy constraints before collecting digital material.

  • Search warrants, consent, workplace policies and statutory production powers
  • Necessity and proportionality tests for device, account and data collection
  • Privacy impact assessment for personal, privileged and sensitive information
  • Legal professional privilege, confidential communications and protected material safeguards
  • Data protection duties during investigation, storage, review and disclosure
  • Documenting scope limitations, collection decisions and legal advice received

Participants can secure devices and volatile data without compromising evidential integrity.

  • First responder priorities: safety, preservation, documentation and escalation
  • Scene notes, photographs and device-state records before any intervention
  • Live systems, volatile memory and network connections assessed for urgency
  • Power-state decisions for desktops, servers, laptops and encrypted devices
  • Faraday isolation and network containment for mobile device preservation
  • Evidence labels, tamper-evident packaging and secure transport requirements

Participants can plan and document defensible acquisition of digital media and data.

  • Forensic imaging versus logical acquisition selected by evidential requirements
  • Write blockers and validated tools used to protect source media
  • SHA-256 hash values verify forensic copy integrity before analysis
  • Acquisition logs record operator, method, dates, settings and exceptions
  • Handling encrypted drives, damaged media and inaccessible user accounts
  • Quality assurance checks compare source, image, hash and documentation

Participants can maintain continuity, security and accountability for evidential items.

  • Chain-of-custody records capture every transfer, access, movement and purpose
  • Unique exhibit identifiers link physical items, images and derived files
  • Evidence registers record status, location, owner, retention and disposal authority
  • Role-based access controls protect stored evidence from unauthorised alteration
  • Audit trails support reconstruction of evidence handling and review activity
  • Environmental controls for devices, removable media and paper-based exhibits

Participants can manage collection and preservation issues across modern digital sources.

  • Cloud service evidence: tenant logs, audit trails, exports and provider requests
  • Mobile device sources include calls, messages, applications, locations and backups
  • CCTV extraction preserves native files, player software and system metadata
  • Network evidence combines firewall logs, packet captures, DNS and authentication records
  • Time synchronisation assessed using UTC offsets, NTP records and device clocks
  • Provider retention periods and account changes addressed through preservation notices

Participants can assess whether digital material reliably supports an investigative proposition.

  • Metadata interpretation distinguishes creation, modification, access and export timestamps
  • Timeline analysis correlates device activity, user actions and external events
  • Authenticity assessment considers source, integrity, provenance and contextual corroboration
  • Attribution limits separate account use, device possession and individual identity
  • Alternative hypotheses tested against artefacts, logs and witness evidence
  • Repeatable analysis notes record methods, findings, limitations and peer review

Participants can control evidence review, disclosure and retention obligations.

  • Disclosure schedules identify relevant, unused, sensitive and privileged material
  • Materiality assessment links retained data to case issues and defence claims
  • Redaction methods protect personal data while preserving evidential meaning
  • Retention schedules govern originals, working copies, reports and audit logs
  • Legal holds suspend deletion when litigation, inquiry or investigation is anticipated
  • Secure disposal records document authorisation, method, date and responsible officer

Participants can communicate digital evidence findings accurately to non-technical decision-makers.

  • Forensic reports distinguish observed facts, expert opinion, assumptions and limitations
  • Clear exhibit references connect findings to source material and chain records
  • Technical methods described sufficiently for independent review and challenge
  • Visual timelines, link charts and screenshots used without misleading context
  • Courtroom and hearing testimony addresses methodology, reliability and qualifications
  • Cross-examination preparation tests assumptions, terminology and evidential boundaries

Participants can improve their organisation's digital evidence procedures and controls.

  • Evidence governance model assigns ownership, escalation routes and quality assurance
  • Standard operating procedures align incident response, investigations and legal teams
  • Competency matrices define authorisation levels for collection and forensic examination
  • Case audits identify continuity gaps, storage weaknesses and disclosure delays
  • Metrics track overdue reviews, access exceptions, retention actions and case backlogs
  • Ninety-day application plan prioritises procedural changes, owners and review dates

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

What you take back to work

  1. Digital evidence acquisition plan template
  2. Chain-of-custody and exhibit register
  3. First responder digital scene checklist
  4. Cloud and mobile preservation notice template
  5. Disclosure and retention control matrix
  6. Ninety-day evidence governance action plan

Who should attend

  • Law enforcement investigators — need defensible methods for seizing and managing digital material
  • Digital forensic practitioners — need stronger evidence continuity and courtroom documentation
  • Cybersecurity incident responders — need to preserve investigation material before remediation
  • Government investigation officers — need lawful collection and disclosure controls for administrative inquiries
  • Corporate security and fraud managers — need evidence suitable for disciplinary and legal action
  • Legal, compliance and internal audit professionals — need to assess digital evidence quality and provenance

Skills and tools covered

Evidence lifecycle managementForensic acquisition planningChain of custodyDigital evidence admissibilityDisclosure managementForensic reporting

Tools and standards

ISO/IEC 27037, ISO/IEC 27041, NIST SP 800-86, SWGDE Best Practices

How the course runs

Training methodology

The course uses short technical briefings followed by evidence-focused case work, group exercises and structured simulations. Participants assess collection authority, decide what to preserve, complete continuity records, review acquisition documentation and test admissibility arguments. Cases include compromised government accounts, insider fraud, cloud-based records and mobile-device evidence. Facilitated peer review compares decisions against ISO/IEC guidance, NIST principles and local procedural requirements. The final application-planning session converts course methods into actions for participants' own evidence processes.

Requirements and prerequisites

Participants should have practical exposure to investigations, cybersecurity incidents, compliance reviews, internal audit, legal casework or records management. They should be familiar with common digital sources such as laptops, mobile phones, email, cloud storage and system logs, and be able to follow documented procedures. The course assumes no prior digital forensic laboratory experience and does not require programming, advanced networking, specialist forensic software skills or prior courtroom testimony. Participants should bring awareness of their own organisation's evidence, incident-response and records-retention procedures where available.

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 have experience of investigations, cyber incidents, compliance work, audit or legal case support. No prior forensic laboratory work, programming or specialist software certification is required.

Bring a laptop if attending in person, plus any non-sensitive examples of existing evidence forms, incident procedures or retention policies. Do not bring live case files, personal data or confidential evidence unless approved through the course administration process.

It suits investigators, digital forensic staff, incident responders, fraud teams, government inquiry staff, legal professionals and evidence custodians. It is particularly relevant where digital material may be used in court, disciplinary panels, regulatory action or internal investigations.

Digital forensics courses often focus on technical examination and recovery using specialist tools. This course focuses on lawful collection, preservation, continuity, authenticity, disclosure and admissibility across the full evidence lifecycle.

Participants can review their chain-of-custody forms, evidence registers, preservation notices and access controls against the course templates. They can also introduce clearer escalation rules for encrypted devices, cloud data, privileged material and retention decisions.

Each day runs from 08:30 to 16:30 and provides about 6.5 contact hours. Time is divided between instructor briefings, case work, group exercises, simulations, documentation review and an application-planning session.

Questions about this course?

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