IoT Security & Forensic Foundations

Assess connected-device risk and investigate IoT incidents using research-informed forensic methods.

Part of these pathways

Cybersecurity

Course outline: enrolment opens after THNF content and assessment review.

What you will be able to do

Clear outcomes. Practical evidence.

Map an IoT ecosystem
Identify device and cloud evidence
Assess firmware and network risk
Plan an IoT forensic investigation

Course structure

Modules and lessons

Investigating connected systems

Treat device, network, mobile and cloud components as one evidence ecosystem.

IoT architecture and attack surface25 min
IoT evidence and investigation planning25 min

Access and progression

Know what the course requires.

The required capability matters; the learner does not have to personally own every device.

Who it is for

Aspiring developers, technical learners, career changers and practitioners seeking applied computing skills.

Hardware access

Personal 64-bit computer with 8 GB RAM and 60 GB free, or use the managed lab device at a readiness-approved THNF centre.

Software and practical access

An authorised isolated virtual lab supplied and supervised by the training team; never use production or third-party systems without written permission.

Possible progression

Authorised security-support, SOC, vulnerability-management or digital-forensics trainee; external certifications remain separately awarded.

Progression is not a guarantee of employment or external certification.

Sierra Leone context

Authorised scenarios involving local SMEs, schools, NGOs, mobile-money fraud and shared devices, with safeguarding and Sierra Leonean legal and ethical boundaries.

Skills in context

Career directions and next steps

These are realistic directions that the skills can support—not promises of employment, job titles or external certification.

Cybersecurity-support trainee
Security-operations trainee
Vulnerability-management assistant

Possible progression pathways

Cybersecurity