Igino Corona, Eng. Ph.D.

Professional profile

I am an Electronic Engineer, with a Ph.D. in Electronic and Computer Engineering from the University of Cagliari, Italy.

For 20 years now, I've been researching computer security and machine learning in hostile environments (adversarial machine learning/artificial intelligence). My primary goal has always been to design and implement "intelligent" automatic systems for detecting—and protecting against—cyber attacks. This professional goal is part of a broader objective, one that makes me proud: to be able to contribute (in my own small way) to improving modern society. I truly believe in it. Because computer security is now a fundamental human right, the foundation of so many others.

I have been among the pioneers of adversarial machine learning to create detection mechanisms whose learning itself is robust to attacks by an intelligent adversary. Through the systems I designed/developed, I was able to detect (and sometimes implemented as proof of concept) real-world sophisticated attacks, invisible to the most important state-of-the-art detection and protection systems in the industrial, commercial, and research sectors such as Google Safebrowsing, Google Play Protect, OpenDNS, Quad9, DGArchive, SpamHaus, PhishTank, Abuse.ch, VirusTotal, Imperva, PaloAlto Firewall, and LastLine.

I spent part of my doctorate at the Information Security Center, Georgia Institute of Technology (Atlanta, USA) - one of the most prestigious centers in the world for cybersecurity - before obtaining my PhD (2010) and working as a researcher at the Department of Electrical and Electronic Engineering of the University of Cagliari until 2018. I then decided to dedicate myself full-time to the activities of Pluribus One, a university startup, spinoff of the same department, which I co-founded in 2015.

Let's Guard It! represents my new challenge.

Below you will find some more information about my professional career.

Scientific publications

I have co-authored over 30 papers published in international conferences and journals in the fields of cybersecurity and artificial intelligence, with a total of approximately 5,000 citations and an h-index of 20 (as of July 2025). More information on the Google Scholar page.

Research projects on cybersecurity and artificial intelligence

Below is a list of the major research projects I have worked on, or am currently working on, in collaboration with universities, companies, and major international organizations. The title links to the relevant website, or a copy if the original is no longer online, where you can find more details.

Immagine Title Budget Type Start End
Sec4AI4Sec Project

Artificial intelligence meets cybersecurity

4,283,037 € European Horizon October 2023 September 2026
KINAITICS Project

Cyber-kinetic attacks using Artificial Intelligence

4,030,723 € European Horizon October 2022 September 2025
Starlight Project

Sustainable Autonomy and Resilience for LEAs using AI against High priority Threats

18,835,263 € European Horizon 2020 October 2021 September 2025
Alameda Project

Bridging the Early Diagnosis and Treatment Gap of Brain Diseases via Smart, Connected, Proactive and Evidence-based Technological Interventions

6,053,812 € European Horizon 2020 January 2021 January 2024
IDEA-FAST Project

Identifying Digital Endpoints to Assess FAtigue, Sleep and acTivities in daily living in Neurodegenerative disorders and Immune-mediated inflammatory diseases

40,922,058 € European Horizon 2020 November 2019 May 2026
SIMARGL Project

Secure Intelligent Methods for Advanced Recognition of Malware and Stegomalware

6,076,050 € European Horizon 2020 May 2019 April 2022
AI Textiles Project

Intelligenza Artificiale e Tessuti intelligenti: Tecnologie e Applicazioni

- Regional POR-FESR February 2018 November 2019
letsCROWD Project

Law Enforcement agencies human factor methods and Toolkit for the Security and protection of CROWDs in mass gatherings

2,919,307 € European Horizon 2020 May 2017 October 2019
Phishsense WAFFLE Project

Web Application Firewall for Large-scale phishing attacks

4,117,000 € European EIT-Digital January 2017 June 2017
FORC Project

Pathway in Forensic Computing

899,213 € European ERASMUS+ October 2016 October 2019
Dogana Project

aDvanced sOcial enGineering And vulNerability Assesment framework

4,999,558 € European Horizon 2020 September 2015 August 2018
Illbuster Project

Buster of ILLegal contents spread by malicious computer networks

364,000 € European DG-HOME February 2014 February 2016
CyberRoad Project

Development of the Cybercrime and Cyber-terrorism Research Roadmap

1,289,764 € European FP7-SEC-2013 January 2014 December 2015
STATA Project

secure Technologies Against Targeted-Attacks

219,000 € Regional POR-FESR January 2014 September 2015

Systems for the protection against cyber attacks

Below is a non-exhaustive list of tools and prototypes I (co)designed and developed.

Image Tool Year
Let's Guard It! Icon

You are here :-) Let's Guard It! is a platform whose primary goal is to make cybersecurity simple, reliable, understandable, and transparent for everyone.

2025
Attack Prophecy

Attack Prophecy: advanced system, evolution of SuStorID, developed commercially by Pluribus One and co-financed by Sardegna Ricerche.

2019
DeltaPhish Architecture

DeltaPhish: a prototype for the automatic and robust detection of phishing pages in compromised websites through visual and (hyper)textual analysis, presented at the important European Symposium on Research in Computer Security.

2017
AdversariaLib Image

AdversariaLib: open-source library for the automatic evaluation of classification robustness of machine learning algorithms.

2016
PharmaGuard Interface

PharmaGuard: system for the automatic detection of illegal online pharmacies, developed to support law enforcement and presented at the IEEE 2nd International Conference on Cybernetics (CYBCONF)

2015
Lux0r Architecture

Lux0r (Lux 0n discriminant References): system for the detection of PDF malware, via the discriminant analysis of embedded JavaScript. Published in Proceedings of the 2014 ACM Workshop on Artificial Intelligence and Security

2014
SuStorId Screenshot

SuStorID: open-source web intrusion detection system developed thanks to the research project "Pattern Recognition for Computer Systems Security" (study and development of Pattern Recognition systems for cybersecurity), carried out at the Dept. of Electrical and Electronic Engineering of the University of Cagliari, and funded by the Sardinia Regional Administration with the Young Researchers Call. Published in International Conference on Pattern Recognition.

2012
FluxBuster Interface

Flux Buster: an advanced system for detecting fast flux networks through passive analysis of large-scale DNS traffic. I developed the system during my PhD at the Georgia Institute of Technology (Atlanta, USA) with the group led by Wenke Lee and in particular Roberto Perdisci, now professor at the University of Georgia (Atlanta, USA). The work has been published in the Annual Computer Security Applications Conference (ACSAC) and IEEE Transactions on Dependable and Secure Computing.

2009
HMM-Web Architecture

HMM-Web: A prototype for detecting web application attacks using Hidden Markov Models, published in IEEE International Conference on Communications.

2009
HTTPGuard Interface

HTTPGuard: prototype developed as master's thesis in Electronic Engineering, presented in Milan during Infosecurity 2007 and recognized by the Clusit commission among the best in the cybersecurity sector at national level.

2006

Teaching and training assignments

During my PhD and as a researcher at the University of Cagliari (2007-2018), I held teaching positions for the course Artificial Intelligence, Operating Systems and Cyber Security for Electronic and Telecommunications engineering students and for PhD students in Electronic and Computer Engineering.

It has been an honor for me to guide and supervise the work of many brilliant students, who are now established professionals. The theses of Matteo Contini, Davide Maiorca (now associate professor at the University of Cagliari), and Mauro Marongiu were awarded by Clusit (Italian Association for Information Security), while Simone Moro's was recognized by the Italian Department of Information Security of the Presidency of the Council of Ministers. Enrico Salis and Guido Mureddu have become development team leaders at Pluribus One.

I also managed the Computer Security Technical Committee of the Italian Group of Researchers in Pattern Recognition, now the Italian Association for Research in Computer Vision, Pattern Recognition and Machine Learning (affiliated to the International Association for Pattern Recognition) and was one of the organizers and a teacher at the Summer School on Computer Security & Privacy Building Trust in the Information Age.

As part of Pluribus One's activities, I have provided numerous cybersecurity training courses for private companies and public administrations.

Clusit Community For Security

I am part of the Clusit Community For Security expert working group, committed to producing free, high-quality documentation to support companies addressing information security issues. Specifically, I have contributed to the following books and conferences:

Logo Title Published
Clusit 4 Security: CyberFutures

CyberFutures. Horizon 2035: Security Scenarios, Risks, Compliance, and Rights Protection

October 2024, Milan
Clusit 4 Security: Supply Chain

Supply Chain Security: Risks of the Supply Chain

March 2023, Clusit
Clusit 4 Security: Digital Risk

Digital Risk Innovation and Resilience: Understanding, Addressing, and Mitigating Digital Risk

March 2022, Clusit
Clusit 4 Security: Artificial Intelligence

Artificial Intelligence and Security: Opportunities, Risks, and Recommendations

March 2021, Clusit

Other personal interests

Music

It's been 30 years since I bought my first guitar. It was a classical guitar, but as soon as I could, I bought an electric one. I taught myself to play it, and then joined various rock bands, performing at many events, festivals, and concerts around Sardinia. Here I play one of my favorite solos (Deep Purple, Highway Star, Live in Japan version). This passion even led me to produce an original album (Stereotipami, Damagianco group, in 2009).

Music is something extraordinary, and playing it in a band is special. During performances, I can say I've repeatedly experienced the profound sensation of being one with the other band members (what's called "flow"), which I think reflects the most beautiful part of the human soul: feeling part of something much bigger, while also knowing that my contribution, with and for others, is important and fundamental.

Science

Our best strategy for understanding reality is based on objective evidence (facts) and has a name: the scientific method. Despite its name, this method is not a niche for scientists, but a true mindset that we should apply in every field of knowledge, as it has revolutionized our view of the world (Universe) and greatly improved our living conditions. If you're curious—and you should be—you can visit my science outreach project, of which my books The Reality (recommended for everyone) and The Elements of Reality (for those not afraid of equations and who want to delve deeper into the most extraordinary aspects of Nature, from the elementary to the cosmological level) are an integral part. These books are currently available only in Italian, I am still working on an English version.

The scientific method of examining facts is not peculiar to one class of phenomena and to one class of workers; it is applicable to social as well as to physical problems, and we must carefully guard ourselves against supposing that the scientific frame of mind is a peculiarity of the professional scientist.

Karl Pearson, The Grammar of Science (1857-1936)