TL;DR: You can get a summary of this article on its last section
Tezos is a public blockchain network with an on-chain governance model that is capable of modifying its own set of rules with minimal disruption to the network.
In presenting this guide and review of Tezos, I will divide my analysis into 5 sections, each containing a salient feature of the project, as follows:
Tezos was built on the premise of the Tezos Whitepaper by L.M. Goodman, likely a pseudonym, which was released in late 2014. A few months later, Arthur Breitman and Kathleen Breitman got together a core team of developers and started working on the Tezos project.
The pair founded a company, Dynamic Ledger Solutions, and raised $232M in an ICO in mid-2017. The main elements of the pitch were there as now:
- Tezos will not fork, ever. Its architecture allows for the chain to be upgraded without interrupting its operation or forking, which splits the community forever. The Tezos community votes, on-chain, for the upgrades they want to implement.
- Tezos is fast and efficient. It relies on a Proof-of-Stake (PoS) consensus which allows vastly more transactions per second and uses less computational power.
- Tezos and the smart contracts running on it are extremely secure. It relies on formal verification, a mathematical proof of the correctness of the code of the underlying systems of the platform. The Tezos blockchain is written in OCaml and supports smart contracts, written in a language called Michelson.
This innovative and unique design attracted wide attention in the Crypto community and made one of the most successful ICOs of 2017. The Tezos Foundation, per the ICO agreement, committed to purchasing Dynamic Ledger Solutions.
The Tezos mainnet went live in late 2018. Due to the significant appreciation of the cryptoassets raised in the ICO, the Tezos Foundation controls assets in excess of $600M.
Since its Whitepaper days, the Tezos founding team has been predicting the growth of the token economy, and the deficiencies of both the Bitcoin and Ethereum networks. The DAO incident, in which Ethereum forked (into Ethereum and Ethereum Classic ), gave reassurances to the Tezos team that they were on the right path.
Tezos wants to be at the forefront of “a true digital commonwealth”, a future where mission-critical applications like the underpinnings of our financial systems can run in a decentralized manner because issues of security and scalability have been addressed. Moreover, the unlocked wealth from such a future will be spread amongst all participants, big or small, a model that Tezos calls open participation. This is achieved in Tezos via allowing all holders to either participate in their staking or delegate and partially stake as to avoid dilution by inflation.
The Tezos Foundation defined the ecosystem roadmap simply as “supporting initiatives put forward by the community in their efforts to advance Tezos”. Clearly, with many tools coming out to make Tezos easier to build on top of, as well as a steady stream of financial institutions partnering with Tezos to create secure digital assets, it is the team for development in Tezos to enter its next phase.
The native cryptoasset in Tezos is the
XTZ token, often referred to as a
tezzie. Tezzies are used to pay for transactions on the Tezos network, where they derive their utility. Tezzies are also used for voting on the on-chain governance of Tezos.
Tezos uses a consensus mechanism called Liquid Proof of Stake (LPoS) which allows all users to participate in staking which in the Tezos community is called baking*. Stakers or *bakers are the validators of the network. Holders of XTZ can also delegate their tokens without losing ownership of them, allowing them to participate in the baking rewards. This shouldn’t be confused with delegated Proof of Stake (dPoS) which is used in EOS and TRON to achieve consensus, and where delegation to a fixed number of “block producers” is required for consensus. In Tezos, delegation is optional, a right of a holder of tez.
According to CoinMarketCap , XTZ is found with most volume and liquidity on:
|Binance||XTZ /USDT , XTZ /BTC , XTZ /BUSD , XTZ /BNB , XTZ /USD (in Binance US )|
|Coinbase Pro||XTZ /USD, XTZ /BTC , XTZ /EUR, XTZ /GBP|
|OKEx||XTZ /USDT , XTZ /BTC|
|Huobi||XTZ /USDT , XTZ /BTC , XTZ /ETH|
gives XTZ a Fundamental Crypto Asset Score of
Tezos is building a robust ecosystem. Besides the Tezos user community and its bakers, there are a number of groups of interest like researchers developers, app and product makers, and educators that Tezos supports directly. Moreover, enormous efforts are being directed towards making the Tezos infrastructure more accessible to build upon. Tezos also has a network of partners that work with the rest of the ecosystem to bring more use-cases of Tezos into the mainstream.
Tezos Ecosystem Grants
The Tezos Foundation has a war chest of about $600M that is used to actively promote and further the usability and robustness of Tezos. So far, a program of ecosystem grants has been launched over four cohorts, and is set to become a permanent on-going effort starting from late 2020. In total, nearly 80 teams and individuals have been given grants to build the Tezos infrastructure for development, dApps on Tezos, and education and awareness projects. Tezos will publish a wishlist with formal requirements to guide applicants. After formal applications for grants are made, initial vetting against requirements is made, followed by a technical assessment and a due diligence process. A final decision is made by the Tezos Foundation at the Council level and legal paperwork is completed before a grant is finalized.
SmartPy, Taquito, and LIGO
Smart contracts in Tezos are written in a new language called Michelson, which can also be thought of as the virtual machine in Tezos. Unlike the Ethereum Virtual Machine (EVM), Michelson was not designed for any arbitrary computation — its mission is to write secure smart contracts by facilitating formal proofs, rather than becoming the “World Computer”. As can be noted from the Michelson specification , this is not a particularly accessible language to write smart contracts directly in Tezos.
A number of tools have been developed for the use of high-level languages in writing Tezos smart contracts. A Python library is available in SmartPy and a TypeScript library in Taquito . LIGO is another Pascal-inspired language that is compiled into Michelson. The main syntax of PascaLIGO is accompanied by other supported syntaxes like CameLIGO for OCaml and ReasonLIGO for TypeScript. These tools significantly reduce the bridge between the paradigms in Michelson and smart contracts in general with the more common imperative and functional programming.
Tezos has seen important industry adoption as well as interest by publicly-funded institutions. Partnerships have been announced with firms like Globacap, an FCA-regulated digital security issuance platform based in London, and Taurus Group a Swiss-based leader in digital asset custody and market infrastructure. Also running on Tezos are high-profile cryptoassets like the Andra Capital’s Silicon Valley Coin which represent an interest in an open-ended fund for late-stage tech startups.
The Tezos Foundation has also signed partnerships with Korea University and the Tribe the blockchain accelerator by the Government of Singapore, to create training and research opportunities for the underlying Tezos technology and use cases.
Tezos has become an important player for use cases of Blockchain that require near mission-critical security. The design of Tezos aims to overcome shortcomings of Blockchain in general (expensive to run, susceptible to forking / community splits, and bias towards big nodes, players, etc) and of smart contracts in particular (unpredictability, catastrophic bugs, obscure compilation / decompilation). Because of its design advantages, Tezos has become a strong candidate for asset tokenization, particularly real estate and tokenized securities. As Tezos relentlessly pursues adoption within the developer community, we expect its advantages to become amplified and its ecosystem to become as robust as we see in Ethereum today.