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The Threat You Can’t Scan For: Why I Built Veriduct
- The article discusses the development of a data protection system called Veriduct, created in response to the increasing threat of ransomware and data breaches.
- Veriduct focuses on storing instructions for rebuilding files, instead of the files themselves, using a method called semantic annihilation to destroy file structures without deleting the files.
- The project was driven by the need for more efficient and secure backups, aiming to separate data from meaning to enhance privacy and data protection.
- Veriduct operates by stripping file structures and splitting data into chunks stored in a database, requiring a keymap for reconstruction, effectively making the data unrecognizable without the key.
- The system, open-source and built on semantic annihilation, challenges traditional encryption methods, ensuring data protection by rendering files uninterpretable without the key.
- Veriduct's approach involves stripping file headers and metadata, storing decontextualized data chunks, and using a keymap for reassembly, providing a new layer of defense against data breaches and surveillance.
- The article highlights the struggle to get recognition for Veriduct, despite reaching out to privacy experts and security firms for collaboration and validation.
- Veriduct aims to disrupt the current data protection paradigm by emphasizing semantic destruction as the primary defense mechanism, going beyond traditional encryption methods.
- The system has implications beyond anti-ransomware measures, including enabling secure messaging systems like KlyptM, which prioritizes user-defined privacy and data protection.
- Veriduct challenges the existing digital security landscape by offering a novel approach to safeguarding data privacy and ensuring data remains incomprehensible without the keymap.
- The article emphasizes the importance of exploring alternative data protection models like Veriduct to address evolving threats and the limitations of conventional encryption methods.
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