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BCiC: A System for Code Authentication and Verification
 

Summary: BCiC: A System for Code Authentication
and Verification
Nathan Whitehead and Mart´in Abadi
Department of Computer Science
University of California, Santa Cruz
{nwhitehe,abadi}@cs.ucsc.edu
Abstract. We present BCiC, a system for verifying and authenticating code that
combines language-based proof methods with public-key digital signatures. BCiC
aims to augment the rigor of formal proofs about intrinsic properties of code by
relying on authentication and trust relations. BCiC integrates the Binder secu-
rity language with the Calculus of (Co)Inductive Constructions (CiC). In this re-
spect, it is a descendant of our previous logic BLF, which was based on LF rather
than CiC. This paper focuses on the architecture and implementation of BCiC.
In addition to a logical inference engine, the design most notably includes a net-
work communication module for the efficient exchange of logical facts between
hosts, and a cryptography module for generating and checking signatures. The
implementation cooperates with the Open Verifier, a state-of-the-art system for
proof-carrying code with modular checkers.
1 Introduction
Modern software comes from a multitude of sources, and it often comes in pieces. Some

  

Source: Abadi, Martín - Department of Computer Science, University of California at Santa Cruz

 

Collections: Computer Technologies and Information Sciences