Decentralized Autonomous Organizations from a legal perspective.

Smart contracts are an idea that date back to the 1990’s [1]. Until very recently and practically speaking even now smart contracts are difficult if not impossible to create in practice. The implementation of a decentralized, trustless public ledger provided an important component for smart contracts to become practically viable. Some thinkers have taken the idea further and envisioned corporations or non-profit organizations structured as smart contracts. In 2014 a project called Ethereum [3][4] set out to create a platform devoted to smart contracts bringing smart contracts a step closer to reality. Ethereum went live on July 30 2015 [5]. It is now possible to create in code (or with visual tools) a Decentralized Autonomous Organization (DAO) [8] on the

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Smart Contracts and Insurance on the Blockchain

Introduction Smart contracts are a new and exciting area in computing science. Their application in finance, gambling, e-commerce, and automation of various tasks that are currently performed semi-manually is very promising. Smart contract are computer scripts (software) that aid in the self-execution and self-enforcement of traditional contracts. For the first time in history money or more precisely digital tokens, like bitcoin, are native to these software contracts, opening up wide areas of possibilities. Having money as a native type available to a computer program is a big deal. It allows the removal of the whole complicated layer of payment processing that current websites, apps, and other software systems have to deal with. One area that might benefit immensely from smart

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Bitcoin and blockchains are here to stay.

by Albert Szmigielski This post will argue why Bitcoin, blockchains, and blockchain-based applications are here to stay and thrive. Bitcoin The Bitcoin network and ecosystem is enormous. The computational power of the Bitcoin network is mind boggling (around 600 Petahashes per second as of Dec 2015). The amount of investment in the Bitcoin ecosystem is already in the Billions. Currently Bitcoin’s market cap is only around five billion US dollars, but this is a lot for a peer-to-peer, open source project. Bitcoin also solves a problem that has eluded people for quite some time, how to send money cheaply, efficiently, and quickly? The services that exist now do not have any of these traits. Just ask anyone who routinely sends

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Insurance products and the Blockchain

Describe a plausible scenario of the state of the cryptocurrency ecosystem that would allow traditional insurance products to be built/delivered in a decentralized manner. For the first time in history, distributed, decentralized, and autonomous entities are capable of existing and functioning in cyberspace. Blockchain is the underlying technology that makes it possible. In this brief paper we will outline how an insurance operation can utilize blockchains to its advantage. We will also touch on some societal benefits of blockchains in the insurance industry. Furthermore, we will outline a case where an insurance company as a DAC could exist with technology that is currently available (but perhaps is not fully deployed). Blockchains are essentially databases. Insurance companies can utilize them in

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