弧度:利用PKI进行长期验证的数字学术证明-案例研究

Souvik Pan, Dhiman Saha, R. Moona
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引用次数: 1

摘要

可移植文档格式(pdf)在世界范围内广泛用于交换文档。它们流行的主要原因是这种格式保持了原始文档的结构,而不考虑用于起草文档的软件。pdf还通过使用和验证签名来提供文档的真实性和完整性。由于这一切都发生在数字世界,验证的安全概念必须比模拟世界更强。如今,数字证书和数字合同与物理证书和合同同等重要。使用加密算法的数字签名提供了一种验证PDF的真实性和完整性的方法。在本文中,我们展示了如何利用公钥基础设施(PKI)来无缝部署一个解决方案,该解决方案可以彻底改变学术证明的分发方式。该解决方案不仅使用使用PKCS11硬件令牌的数字签名来为文档提供真实性,而且还使用PDF ISO标准中一个有趣的特性,该特性允许在文档本身中嵌入撤销信息,从而实现长期验证(LTV)。所有这些都结合在一起开发了Radian,这是一款在印度理工学院比莱构思和设计的软件,用于提供数字签名的学术证明。这些证明比实物证明具有直接优势,因为它们是防篡改的,并且在验证方面是独立的。最后,这项工作展示了PKI机制与先进的PDF技术的有趣结合,以展示一个高影响力的用例,可以改变未来学术证明的发布方式。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Radian: Leveraging PKI for Long-Term Validation Enabled Digital Academic Testimonials - A Case-Study
Portable Document Formats (PDFs) are widely used throughout the world for exchanging documents. The main reason of their popularity is that this format maintains the structure of the original document without taking into consideration the software that was used to draft the document. PDFs also provide authenticity and integrity of documents by using and verifying signatures. Since this all happens digitally the security notion of the verification has to be stronger than in analog world. Nowadays digital certificates and digital contracts have equivalent importance as that of physical certificates and contracts. Digital signatures using cryptographic algorithms provide a way to verify a PDF's authenticity and integrity. In this paper, we show how Public-Key Infrastructure (PKI) can be leveraged to seamlessly deploy a solution that can revolutionize the way academic testimonials are distributed. The solution not only uses digital signatures using PKCS11 hardware tokens to provide authenticity to documents but also used an interesting feature in PDF ISO standard that allows embedding of revocation information in the document itself for allowing Long-Term Validation (LTV). All this is combined to develop Radian, a software conceived and designed in IIT Bhilai to provide digitally signed academic testimonials. These testimonials hold an immediate advantage over physical counterparts as they are tamper proof and self-contained in terms of their verification. Finally, this work showcases an interesting combination of PKI mechanism with advances in PDF technology to present a high impact use-case that can change the way academic testimonials will be issued in the future.
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