Authors:
Lorenzo Binosi
1
;
Pietro Mazzini
2
;
Alessandro Sanna
3
;
Michele Carminati
1
;
Giorgio Giacinto
3
;
Riccardo Lazzeretti
2
;
Stefano Zanero
1
;
Mario Polino
1
;
Emilio Coppa
4
and
Davide Maiorca
3
Affiliations:
1
Politecnico of Milan, Italy
;
2
Sapienza University, Italy
;
3
University of Cagliari, Italy
;
4
LUISS University, Italy
Keyword(s):
Firmware Analysis, IoT, Security Evaluation.
Abstract:
Several critical contexts, such as healthcare, smart cities, drones, transportation, and agriculture, nowadays rely on IoT, or more in general embedded, devices that require comprehensive security analysis to ensure their integrity before deployment. Security concerns are often related to vulnerabilities that result from inadequate coding or undocumented features that may create significant privacy issues for users and companies. Current analysis methods, albeit dependent on complex tools, may lead to superficial assessments due to compatibility issues, while authoritative entities struggle with specifying feasible firmware analysis requests for manufacturers within operational contexts. This paper urges the scientific community to collaborate with stakeholders—manufacturers, vendors, security analysts, and experts—to forge a cooperative model that clarifies manufacturer contributions and aligns analysis demands with operational constraints. Aiming at a modular approach, this paper h
ighlights the crucial need to refine security analysis, ensuring more precise requirements, balanced expectations, and stronger partnerships between vendors and analysts. To achieve this, we propose a threat model based on the feasible interactions of actors involved in the security evaluation of a device, with a particular emphasis on the responsibilities and necessities of all entities involved.
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