HABES Lab
Hardware Assisted and Blockchain Empowered Security lab
Hardware Assisted and Blockchain Empowered Security lab
HABES LAB
Hardware Assisted and Blockchain Empowered Security lab
-
Projects
Discover our current initiatives exploring hardware-assisted cryptography, blockchain-based access control, and secure distributed computing.
-
Team
Dive into the brains behind the brawn! Here, you'll encounter the diverse and passionate individuals driving the HABES Lab forward.
-
News
Explore our latest research articles, conference proceedings, and presentations showcasing our groundbreaking work.
-
Collaboration
HABES Lab collaborates with leading universities & companies to tackle tomorrow's security challenges.
Welcome to the HABES Lab
The research activities of the Laboratory are essentially focused on the study of security solutions that employ hardware elements or that implement services that are based on DLT and Blockchain technologies.
Research Area
Here are our research areas on which we are actively working. Click on “Learn More” to discover all the opportunities for collaboration.
-
Decentralized Identity
In today's digital age, where personal data has become a commodity traded by corporations and…
Learn More -
IoT Security
In the context of IoT systems, it is possible to perform physical bus sniffing, cold…
Learn More -
Vulnerability Assessment
The programmability of blockchain-based platforms offered by smart contracts has allowed the creation of new…
Learn More -
SDN Security
Software-Defined Networking (SDN) has emerged as a transformative approach to networking, offering centralized control, programmability,…
Learn More
Projects
Maggio 5, 2024
DHEAL-COM
DHEAL-COM si impegna a costruire un Hub Life Science a livello nazionale attraverso la partecipazione di diverse Università Italiane.
Events
Our Collaborations
Discover all our collaborations and opportunities with other universities.
The partnership between HABES Lab and Fondazione Bruno Kessler (FBK) epitomizes the convergence of academic excellence and industry leadership, catalyzing groundbreaking research and practical applications in Self-Sovereign Identity (SSI), particularly within the intricacies of the medical domain. One notable outcome of this collaboration is the development of SSI-enabled frameworks tailored to the unique needs of the medical ecosystem. By harnessing the power of decentralized identity management, these frameworks empower patients with granular control over their health data, ensuring confidentiality, integrity, and accessibility across disparate healthcare systems and providers.
FBK
Our project with UNINA are related to the Physical Unclonable Functions (PUFs). Researchers from both entities have delved deep into the nuances of PUFs, exploring Arduino Uno and STM32, as well as novel applications. Through rigorous experimentation and theoretical modeling, they have unearthed new insights into the fundamental principles underlying PUF operation and resilience against attacks.
University of Naples – Federico II
News
Secure Authentication of Quantum Devices Using Quantum Physically Unclonable Functions
As quantum computing advances, the need for robust authentication of quantum devices is critical. The paper Pratical evaluation of a …
Gallery
