The post Tezos’ Evolution: A Journey Through 18 Cities and Their Impact on Blockchain appeared on BitcoinEthereumNews.com. Felix Pinkston Aug 22, 2025 07:22 Explore Tezos’ transformation through its journey across 18 cities, each contributing to its evolution into a fast, secure, and adaptable blockchain network. Tezos, a prominent blockchain network, has embarked on an extensive journey through 18 cities, each playing a pivotal role in its evolution. This ambitious tour, detailed by Tezzard #1650, highlights the significant protocol upgrades that have shaped Tezos into a dynamic and adaptable network. Athens to Rio: The Milestones The journey began in Athens in May 2019, marking the first protocol upgrade that raised the gas limit per block and reduced the validator roll size. This set the stage for Tezos’ on-chain governance capabilities. By October 2019, Babylon introduced the Emmy+ consensus algorithm, which facilitated smoother network operations and enhanced smart contract development. In March 2020, Carthage improved the network’s capacity and fairness by boosting gas limits per block and refining the formula for rewards. By September 2020, Delphi further optimized gas and storage costs, making transactions more affordable. The journey continued to Edo in February 2021, where privacy-preserving smart contracts were introduced alongside updates to the amendment process. Innovations and Upgrades The Florence upgrade in May 2021 doubled the maximum operation size, enhancing smart contract capacity. Granada followed in August 2021, launching Liquidity Baking to foster decentralized liquidity. By December 2021, Hangzhou laid the foundation for advanced contracts, while Ithaca in April 2022 introduced the Tenderbake consensus algorithm, boosting scalability. Jakarta’s upgrade in June 2022 experimented with enshrined rollups, paving the way for long-term scalability. Kathmandu, in September 2022, prepared for Smart Contract Optimistic Rollups, marking a leap in scalability. Lima’s December 2022 upgrade focused on improving validation and throughput, strengthening the network’s foundation. Recent Developments In March 2023, the Mumbai upgrade halved… The post Tezos’ Evolution: A Journey Through 18 Cities and Their Impact on Blockchain appeared on BitcoinEthereumNews.com. Felix Pinkston Aug 22, 2025 07:22 Explore Tezos’ transformation through its journey across 18 cities, each contributing to its evolution into a fast, secure, and adaptable blockchain network. Tezos, a prominent blockchain network, has embarked on an extensive journey through 18 cities, each playing a pivotal role in its evolution. This ambitious tour, detailed by Tezzard #1650, highlights the significant protocol upgrades that have shaped Tezos into a dynamic and adaptable network. Athens to Rio: The Milestones The journey began in Athens in May 2019, marking the first protocol upgrade that raised the gas limit per block and reduced the validator roll size. This set the stage for Tezos’ on-chain governance capabilities. By October 2019, Babylon introduced the Emmy+ consensus algorithm, which facilitated smoother network operations and enhanced smart contract development. In March 2020, Carthage improved the network’s capacity and fairness by boosting gas limits per block and refining the formula for rewards. By September 2020, Delphi further optimized gas and storage costs, making transactions more affordable. The journey continued to Edo in February 2021, where privacy-preserving smart contracts were introduced alongside updates to the amendment process. Innovations and Upgrades The Florence upgrade in May 2021 doubled the maximum operation size, enhancing smart contract capacity. Granada followed in August 2021, launching Liquidity Baking to foster decentralized liquidity. By December 2021, Hangzhou laid the foundation for advanced contracts, while Ithaca in April 2022 introduced the Tenderbake consensus algorithm, boosting scalability. Jakarta’s upgrade in June 2022 experimented with enshrined rollups, paving the way for long-term scalability. Kathmandu, in September 2022, prepared for Smart Contract Optimistic Rollups, marking a leap in scalability. Lima’s December 2022 upgrade focused on improving validation and throughput, strengthening the network’s foundation. Recent Developments In March 2023, the Mumbai upgrade halved…

Tezos’ Evolution: A Journey Through 18 Cities and Their Impact on Blockchain

2025/08/22 22:53


Felix Pinkston
Aug 22, 2025 07:22

Explore Tezos’ transformation through its journey across 18 cities, each contributing to its evolution into a fast, secure, and adaptable blockchain network.





Tezos, a prominent blockchain network, has embarked on an extensive journey through 18 cities, each playing a pivotal role in its evolution. This ambitious tour, detailed by Tezzard #1650, highlights the significant protocol upgrades that have shaped Tezos into a dynamic and adaptable network.

Athens to Rio: The Milestones

The journey began in Athens in May 2019, marking the first protocol upgrade that raised the gas limit per block and reduced the validator roll size. This set the stage for Tezos’ on-chain governance capabilities. By October 2019, Babylon introduced the Emmy+ consensus algorithm, which facilitated smoother network operations and enhanced smart contract development.

In March 2020, Carthage improved the network’s capacity and fairness by boosting gas limits per block and refining the formula for rewards. By September 2020, Delphi further optimized gas and storage costs, making transactions more affordable. The journey continued to Edo in February 2021, where privacy-preserving smart contracts were introduced alongside updates to the amendment process.

Innovations and Upgrades

The Florence upgrade in May 2021 doubled the maximum operation size, enhancing smart contract capacity. Granada followed in August 2021, launching Liquidity Baking to foster decentralized liquidity. By December 2021, Hangzhou laid the foundation for advanced contracts, while Ithaca in April 2022 introduced the Tenderbake consensus algorithm, boosting scalability.

Jakarta’s upgrade in June 2022 experimented with enshrined rollups, paving the way for long-term scalability. Kathmandu, in September 2022, prepared for Smart Contract Optimistic Rollups, marking a leap in scalability. Lima’s December 2022 upgrade focused on improving validation and throughput, strengthening the network’s foundation.

Recent Developments

In March 2023, the Mumbai upgrade halved block times and fully activated Smart Rollups on the mainnet. Nairobi, in June 2023, significantly boosted transaction and smart contract call performance. Oxford, in February 2024, introduced Private Smart Rollups, enhancing privacy and security.

Paris, in June 2024, reduced block times further and introduced the Data-Availability Layer (DAL) to enhance throughput. By January 2025, Quebec refined the staking mechanism and improved economic incentives. The most recent stop in Rio, May 2025, saw the introduction of 1-day network cycles and strengthened network resilience.

The Road Ahead

Tezos’ journey is far from over, with the next stop being Seoul. Expected innovations include native multisig accounts and aggregated attestations, promising further enhancements to this evolving blockchain network.

Throughout this journey, each city’s contribution has been instrumental in transforming Tezos into a fast, secure, and adaptable blockchain, as noted by Tezos Commons. For more details, the original article can be found on Tezos.

Image source: Shutterstock


Source: https://blockchain.news/news/tezos-evolution-journey-18-cities-blockchain-impact

Disclaimer: The articles reposted on this site are sourced from public platforms and are provided for informational purposes only. They do not necessarily reflect the views of MEXC. All rights remain with the original authors. If you believe any content infringes on third-party rights, please contact [email protected] for removal. MEXC makes no guarantees regarding the accuracy, completeness, or timeliness of the content and is not responsible for any actions taken based on the information provided. The content does not constitute financial, legal, or other professional advice, nor should it be considered a recommendation or endorsement by MEXC.

You May Also Like

Aave DAO to Shut Down 50% of L2s While Doubling Down on GHO

Aave DAO to Shut Down 50% of L2s While Doubling Down on GHO

The post Aave DAO to Shut Down 50% of L2s While Doubling Down on GHO appeared on BitcoinEthereumNews.com. Aave DAO is gearing up for a significant overhaul by shutting down over 50% of underperforming L2 instances. It is also restructuring its governance framework and deploying over $100 million to boost GHO. This could be a pivotal moment that propels Aave back to the forefront of on-chain lending or sparks unprecedented controversy within the DeFi community. Sponsored Sponsored ACI Proposes Shutting Down 50% of L2s The “State of the Union” report by the Aave Chan Initiative (ACI) paints a candid picture. After a turbulent period in the DeFi market and internal challenges, Aave (AAVE) now leads in key metrics: TVL, revenue, market share, and borrowing volume. Aave’s annual revenue of $130 million surpasses the combined cash reserves of its competitors. Tokenomics improvements and the AAVE token buyback program have also contributed to the ecosystem’s growth. Aave global metrics. Source: Aave However, the ACI’s report also highlights several pain points. First, regarding the Layer-2 (L2) strategy. While Aave’s L2 strategy was once a key driver of success, it is no longer fit for purpose. Over half of Aave’s instances on L2s and alt-L1s are not economically viable. Based on year-to-date data, over 86.6% of Aave’s revenue comes from the mainnet, indicating that everything else is a side quest. On this basis, ACI proposes closing underperforming networks. The DAO should invest in key networks with significant differentiators. Second, ACI is pushing for a complete overhaul of the “friendly fork” framework, as most have been unimpressive regarding TVL and revenue. In some cases, attackers have exploited them to Aave’s detriment, as seen with Spark. Sponsored Sponsored “The friendly fork model had a good intention but bad execution where the DAO was too friendly towards these forks, allowing the DAO only little upside,” the report states. Third, the instance model, once a smart…
Share
BitcoinEthereumNews2025/09/18 02:28