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MRI India Journals Vol. 13 No. 2 (2026)

Digital Provenance: Cryptographic Content Authentication

Authors

  • Minakshi M. More Department of MCA, MES’ IMCC, Pune, Maharashtra
  • Vishwanath Hatti Department of MCA, MES’ IMCC, Pune, Maharashtra
  • Anis Khan Department of MCA, MES’ IMCC, Pune, Maharashtra
  • Krishnakant Gupta Department of MCA, MES’ IMCC, Pune, Maharashtra
  • Anurag Kumar Goutam Department of MCA, MES’ IMCC, Pune, Maharashtra
  • Yash Gurharikar Department of MCA, MES’ IMCC, Pune, Maharashtra

Keywords:

Digital Provenance Cryptography Deepfakes Secure Enclave Coalition for Content Provenance and Authenticity Content Authentication

Abstract

The modern digital landscape is currently navigating what Nadia Naffi (2025) describes as a "crisis of knowing"—a threshold where human senses are no longer sufficient to distinguish between a genuine record of history and an AI-generated lie. [1] With annual fraud losses projected by the World Economic Forum (2025) to reach 37,60,42,20,00,000.00 Indian Rupee by 2027, our society is facing an existential threat to its shared reality. [2] This paper moves beyond the flawed "Detect and Debunk" model and proposes a theoretical shift toward a "Prove and Protect" framework centered on Digital Provenance. We analyze the structural failures of legacy metadata systems identified by ISACA (2025) and the "Middle Mile" stripping of data by social platforms documented by Kaptur (2024). [3] In response, we propose the "Smart Camera Button" architecture, inspired by the "Signing Right Away" (SRA) model developed by Yejun Jang (2025). [4]  This framework enforces mandatory silicon-level signing at the "First Mile" of content creation. By isolating the imaging pipeline within a Secure Enclave (Apple, 2025) and leveraging C2PA (2025) standards, we can rebuild trust through verifiable, mathematical history. [5]

 

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Published

2026-06-03

How to Cite

More, M. M., Hatti, V., Khan, A., Gupta, K., Goutam, A. K., & Gurharikar, Y. (2026). Digital Provenance: Cryptographic Content Authentication. Multidisciplinary Journal of Research in Engineering and Technology, 13(2), 314–320. Retrieved from https://journals.mriindia.com/index.php/mjret/article/view/3343

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