• The Applications of Continuous Commerce with State Channels

    The Applications of Continuous Commerce with State Channels

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    In a previous article, we explored the mechanics of Gajumaru State Channels, how they achieve instant finality, support private interactions, and allow participants to exchange value without requiring every action to be recorded on-chain. For readers interested in the technical details, we recommend reading that article first. It explains how state channels function, how disputes…

  • The Illusion of Layer 2 Scaling Solutions

    The Illusion of Layer 2 Scaling Solutions

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    Ethereum Layer 2s are frequently presented as the natural path forward for blockchain-based financial infrastructure. The promise is compelling: preserve Ethereum’s security and decentralisation while dramatically increasing throughput, reducing transaction costs, and enabling the scale required for serious financial applications. This narrative has gained significant traction. Developers build on Layer 2s. Users entrust them with…

  • The Future of Finance Isn’t on the Web

    The Future of Finance Isn’t on the Web

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    “The most secure computer is one that is unplugged. The most convenient computer is one that automatically trusts everything. Neither extreme is useful.” – Craig Everett Every computer system exists somewhere along a spectrum between security and convenience. A highly secure system is often inconvenient. It requires manual verification, deliberate configuration, and careful control over…

  • Understanding Decentralised Exchanges: Architecture, Risks, and Market Structure

    Understanding Decentralised Exchanges: Architecture, Risks, and Market Structure

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    Decentralised exchanges (DEXs) are one of the most important applications of blockchain technology. Their promise is to enable users to trade digital assets directly with one another without relying on custodians, intermediaries, or central operators. This promise is meant to create a more open, transparent, and resilient financial system. In practice, many platforms that describe…

  • Financial Institutions Need More Than Solidity

    Financial Institutions Need More Than Solidity

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    Smart contracts are often described as the foundation for a new kind of financial system. They allow code to directly control digital money, with the promise of systems that run automatically, don’t rely on middlemen, and are open for anyone to inspect. Over the past decade, this idea has grown from an experiment into a…

  • A case for defensive mining

    A case for defensive mining

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    Summary We maintain that Proof of Work is the only credible way to run a permissionless blockchain, but the consensus around Proof of Work is that miners are primarily motivated by greed. In this article, we make a case for how the calculus changes on a chain that supports actual commercial activity: When commercial actors…

  • The Gajumaru in Space

    The Gajumaru in Space

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    TL;DR Operating in space involves long distances and that means long latencies. Chains like Solana break at cislunar distances. Gajumaru’s Associate Chains (ACs) adapt to latencies imposed by the speed of light without changing the code or the model, ensuring a Gaju is a Gaju, whether you’re buying coffee on Earth or servicing a satellite…

  • Gajumaru State Channels

    Gajumaru State Channels

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    State Channels on Gajumaru are an evolution of the state channel concept. They are 1-to-1 messaging sessions anchored on-chain, supporting the following types of interaction: A channel, once set up, can basically be kept open forever. The participants can disconnect and later reconnect and resume the session. The channel state can be checkpointed to the…

  • Why the Bitcoin Lightning Network Failed

    Why the Bitcoin Lightning Network Failed

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    Every Layer-2 project fails because it is trying to solve an impossible problem. Each successive Layer-2 project has failed or will fail because it is adding constraints to an already overconstrained problem.

  • Why Proof-of-Work Works (in Theory)

    Why Proof-of-Work Works (in Theory)

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    Proof-of-Work is the most important idea introduced in the Bitcoin Whitepaper. Many people we talk to (if not most) understand what Proof-of-Work is, and have some vague gut feeling that it’s in some way superior to Proof-of-Stake, but lack the conceptual lexicon to clearly explain why. The goal of this article is to close that…