Volatility Memory Forensics (Basics to Operational Triage)

Volatility Memory Forensics is a hands-on programme for analysts who need to extract meaning from volatile memory during investigations. Memory artefacts often capture runtime truth such as processes, injected code signals, and active sessions, which can be critical in incident response and forensic workflows. The Volatility Framework is widely used for extracting digital artefacts from RAM samples in a forensic context.

Delivered through mentor-led sessions, the course focuses on a structured, operational triage approach: define the investigative question, collect the right evidence safely, analyse consistently, and document defensibly. You will learn how to build timelines and produce investigation-ready outputs without relying on guesswork, using practical scenarios throughout. Guidance is grounded in established forensic practice, including the importance of collecting volatile data carefully and recognising that actions on live systems can alter volatile evidence.

Across three intensive days, you will complete labs and scenario simulations, producing a case pack you can reuse in SOC L2 and incident response work. This programme supports skills aligned with recognised best practices including ISO, GDPR, NIST and SOC 2, ensuring skills remain practical and deployable in real organisations. All prices are exclusive of VAT (where applicable). Group enrolments and custom packages available.