Dmitry Mishunin | Source | HashEx
Dmitry Mishunin
I am the founder and CEO of HashEx Blockchain Security, a leading company in Web3 security, development, and education. As of 2023, I am also a Forbes Technology Council Member.
I graduated from one of the world’s most highly-ranked universities on the subject of mathematics, according to QS World University Rankings. Today I am a tech entrepreneur and a businessman with skills in strategic management, company building, partnership negotiations, and team coaching. I have
extensive experience in working with global IT markets, ranging from startups to corporations, and possesses a deep knowledge of product development in Ethereum, Bitcoin, and Binance blockchains.
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Artificial Parenting: A Chance to Feel for Real | HackerNoon
Exploring AI training's emotional impact, paralleling child and pet teaching.
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The Importance Of Reputation For Smart Contract Auditors
How can you determine whether your smart contract auditor is up to the task? Reputation alone won’t tell you enough.
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The Human Factor In Blockchain Development, Usage And Security
The human factor has not been considered enough when securing blockchain systems.
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Demand for Dark DEX Pools Rises Amid DeFi Transparency Concerns
Dmitry highlights the demand for CZ's dark DEX pool, noting that "MEV bots earn more than some DEX protocols." He argues that hiding order intent and size could mitigate frontrunning and MEV, shifting power back to traders. While privacy tradeoffs exist, with proper tech like zero-knowledge proofs, a user-centric DEX model could emerge. -
Quantum Computing: A Looming Threat to Cryptocurrency Security
Dmitry warns that quantum computing's rapid calculations threaten blockchain cryptography. "Current algorithms like SHA-256 could be cracked," risking crypto security. Solutions include lengthening keys to SHA-512 or adopting quantum-resistant cryptography. While costly, quantum attacks could be subtle, stealing small amounts of Bitcoin. Dmitry emphasizes the need for advanced cryptographic systems to protect against quantum's exponential power.