Mr Andy Reed
Staff Tutor In Computing And Communications
School of Computing & Communications
Biography
Professional biography
I am a full-time member of the Open University. My main role is a staff tutor & lecturer in cyber security and computer networks in the school of computing and communications in the STEM faculty.
My personal interests include windsurfing, surfing and paddle-boarding around Cornwall, when the weather permits.
Research interests
I studied for an MSc in advanced Networking with the OU in 2012 and completed a dissertation investigating Denial of Service (DoS) issues faced by UK SMEs. My research is focused on low volume, slow DoS attacks on MANET and IoT systems and how intrusion detection in these resource constrained systems can be improved.
Teaching interests
I am also the module chair for T829 – Enterprise Networking which is aligned to the PG cert in advanced Networking. I also Chair a level 1 module TM129 - Technologies in Practice, coivering Network, security, operating systems, along with IoT (Internet of Things) and robitic automation. My teaching commitments with the OU are with TM257 and TM357 including networking, Cybersecurity and IoT .
External collaborations
I am currently an academic reviewer for South West College (NI) for the BSc (top up) computing degree and the FdSc in Cyber security.
Publications
Journal Article
Minimal Overhead Modelling of Slow DoS Attack Detection for Resource-Constrained IoT Networks (2025)
SA-IDS: A single attribute intrusion detection system for Slow DoS attacks in IoT networks (2025)
The Guardian Node Slow DoS Detection Model for Real-Time Application in IoT Networks (2024)
Presentation / Conference
Exploring Knowledge Exchange. Barriers and perceptions (2023)
A Reliable Real Time Slow Dos Detection Framework for Resource Constrained Iot Networks (2021)
Enhancing the Cyber Security Curriculum Through Experiential Learning (2021)
A Reliable Real-Time Slow DoS Detection Framework for Resource-Constrained IoT Networks (2021)
Presentation / Conference Contribution
Investigating the integration of vendor certifications within computing modules (2025)
Thesis
A Guardian Node Framework for Slow DoS Detection in IoT Networks (2026)