Research, publications, and insights on AI, cryptography, and emerging technologies by Prateek Singh.
Deep dives into neural networks, NLP, and AI systems
Novel protocols, authentication, and zero-knowledge systems
Full-stack development, system design, and open source
Login is solved. The rest isn't. AVIK is a new protocol that addresses what happens after authentication — session replay, unbound high-risk operations, and recovery downgrades — with four composable cryptographic controls.
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Login is solved. The rest isn't. AVIK is a new protocol that addresses what happens after authentication — session replay, unbound high-risk operations, and recovery downgrades — with four composable cryptographic controls.
From Yahoo to Change Healthcare, the last decade of cybersecurity breaches shares one common thread: stolen credentials. After 10+ billion compromised accounts, it's time to ask — what if authentication didn't require storing anything at all?
In May 2021, a single compromised VPN password led to the largest fuel pipeline shutdown in U.S. history. DarkSide ransomware demanded $4.4 million. KAVI Protocol would have made this attack structurally impossible.
The largest data breach in history exposed every single Yahoo account — 3 billion credentials. Bcrypt couldn't save them. KAVI's zero-storage model means there's nothing to breach.
In 2022, LastPass — trusted by 33 million users to protect their passwords — was breached. Encrypted vaults were stolen. The guardian of secrets became the single point of failure.
In 2017, Equifax exposed the Social Security numbers of 147 million Americans. The breach lasted 78 days before detection. KAVI's continuous authentication would have caught the intrusion in seconds.
Exploring the frontiers of AI, cryptography, and technology. New research and insights published regularly.
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