Pedro Escaleira

Pedro Escaleira

Cybersecurity Engineer

Serverless Security | Cloud & Edge Computing | Distributed Systems

Coimbra
Portugal

PhD student researcher at the University of Aveiro and Junior Researcher at Instituto de Telecomunicações, specializing in securing serverless and cloud-native environments. My work bridges research and engineering, focusing on resilient architectures, reactive and proactive security for next-generation computing infrastructures.

Core Skills

Serverless ComputingCloud ComputingEdge ComputingKubernetesDockerDistributed SystemsMonitoring SolutionsSystems DesignMoving Target Defense

Professional Experience

Junior Researcher

Instituto de Telecomunicações

2022 - Present

Conducting research on serverless computing security, moving target defense, and edge/cloud orchestration within multiple R&D projects. Mentoring Master’s students and contributing to the ETSI OSM project as a Technical Steering Committee member.

Research Grant

University of Aveiro

2021 - 2022

Worked on the AUGMANITY project, evaluating Intel Smart Edge Open and its alignment with ETSI MEC standards.

Research Initiation Grant

University of Aveiro

2020

Explored Kubernetes and Kafka adoption in research workflows under the EHDEN project.

Education

Ph.D. in Computer Engineering (Ongoing)

University of Aveiro

2023 - Present

Master’s in Cybersecurity

University of Aveiro

2020 - 2022

Bachelor’s in Informatics Engineering

University of Aveiro

2017 - 2020

Awards

IEEE Portugal Outstanding MSc Thesis Award - 2023

AP2SI Merit Award for Masters in Information Security - 2023

APDC Best Thesis Award (Telecommunications) - 2023

ETSI OSM Release Twelve Outstanding Technical Contributor - 2022

Notable Projects

System Call–Based Anomaly Detection for Serverless Functions

Developing lightweight machine learning models for real-time anomaly detection in serverless functions using system call tracing. Ongoing PhD work focused on efficient, adaptive runtime protection.

MoFaaS – Moving Target Defense for Serverless Functions

Designed a function-level Moving Target Defense framework using N-Version Programming and automated variant generation with LLM feedback.

MTDaaS – Moving Target Defense as a Service

Proposed and implemented a defense architecture for Edge applications and Virtual Network Functions, enabling telco operators to provide security as a service.

Get In Touch

Interested in working with Pedro? Let's discuss your cybersecurity needs.