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I was initially skeptical of blockchain, so I investigated a cross-chain DeFi protocol. I found its engineering compelling and joined up. After a series of ethical concerns pulled me away, I pivoted to Canton, drawn by its robust privacy architecture and established institutional support.
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Cantool is a new Go CLI tool designed to streamline application development on the Canton Network, unifying the process from project initiation to deployment. It integrates existing tools for a smoother workflow, introduces an AI-assisted MCP server for enhanced development, and boasts extensibility through a plugin system.
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Canton differs significantly from Ethereum and other L2s, focusing on local agreement and privacy. Transactions involve only relevant parties, enhancing scalability and confidentiality. Its declarative smart contracts reduce bugs, and the utility token model ensures predictable fees. Developers must adapt to this new architecture, emphasizing business logic over state management.
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Canton Network is a layer-1 blockchain designed for regulated financial markets, addressing privacy, regulatory compliance, and interoperability without centralized control. Unlike typical public blockchains, Canton prioritizes privacy as a core feature and uses Daml for smart contracts. Launched in 2023, it has backing from major financial institutions and is focused on real-world applications.
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I turned a portfolio rebuild into a craft exercise by hiding a gacha-style rarity system in the background animations. Fifteen variants, weighted probability, Cloudflare Workers, and a collector’s page nobody knows about. Sometimes you build things because they make the work yours.
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Jensen Huang wants engineers spending $250k/yr in tokens. Others say that’s reckless. But the debate over company-sponsored tool budgets isn’t new — and neither is the answer.
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AI coding agents are prolific. They’re also unsupervised interns who will happily polish a bonus feature while the core product sits unfinished. A real-world retrospective on building tss-ceremony with agentic AI — and the harness improvements that came out of it.
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I built an open source Go tool that animates a 2-of-2 threshold ECDSA signing ceremony in your terminal. Real keys, real nonces, real signatures — all computed live. Here’s why I built it and how it works.
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Private keys are the backbone of digital security — and a single point of failure. Threshold signatures split that risk across multiple parties, and the DKLS23 protocol does it in just three rounds. Here’s how it works and why it matters.
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There’s a pattern in tech where people mock the setup cost of automation without accounting for the return. I spent a day building a Grunt-based WordPress bootstrapper in 2013. Fortune 500 companies are still running code built on that foundation today.