Hyperledger Burrow: Enabling Smart Contract Efficiency in Permissioned Blockchains

Explore the revolutionary world of Hyperledger Burrow and its innovative approach to streamlining smart contracts within permissioned blockchains. Understand its design, impact, and why it was ultimately sunsetted.

What Was Hyperledger Burrow?

Hyperledger Burrow was an innovative framework designed to execute smart contracts within permissioned blockchains. Originally incubated as part of Hyperledger, a community dedicated to open-source projects tailored for commercial blockchain technology. Burrow aimed to facilitate a cross-industry application boom for smart contracts by offering an efficient, streamlined solution.

Key Takeaways

  • Hyperledger Burrow was a versatile framework highly adept at executing smart contracts in permissioned blockchains.
  • Powered by a Byzantine Fault Tolerant consensus algorithm, Burrow endeavored to enable blockchain scalability suitable for commercial needs.
  • Initially conceived as ErisDB by Monax in 2014, Burrow became part of the Hyperledger family of blockchain projects, but was sunsetted in May 2022.

Understanding Hyperledger Burrow

Following the success of Bitcoin, many blockchain enthusiasts saw the potential to use distributed ledgers for deploying smart contracts—self-executing programs operating without human intervention. However, the limited efficiency and high costs associated with open blockchains such as Bitcoin and Ethereum constrained their suitability for business applications.

To address scalability for enterprises, the Linux Foundation launched the Hyperledger community in 2015. Elite industry players like IBM, Intel, and Microsoft joined the initiative to develop scalable, enterprise-grade blockchain tools.

Burrow emerged under the Hyperledger banner alongside other major platforms such as Hyperledger Fabric, Hyperledger Sawtooth, and Hyperledger Iroha. Initially branded as ErisDB, Monax developed Burrow to empower, ship, and manage blockchain-based applications within business ecosystems.

How Hyperledger Burrow Worked

Hyperledger Burrow functioned as software intended to operate nodes in a permissioned blockchain network. These networks ensured known and trusted participants, enabling faster speeds and improved throughput compared to permissionless chains.

While it shared characteristics with other Hyperledger tools, Burrow focused heavily on delivering a

Related Terms: Hyperledger Fabric, Hyperledger Sawtooth, Hyperledger Iroha, Ethereum, Byzantine Fault Tolerant consensus, Linux Foundation.

References

  1. Hyperledger Foundation. “Burrow - The Boring Blockchain”.
  2. Hyperledger. “2021 Hyperledger Burrow”.

Get ready to put your knowledge to the test with this intriguing quiz!

--- primaryColor: 'rgb(121, 82, 179)' secondaryColor: '#DDDDDD' textColor: black shuffle_questions: true --- ## What is Hyperledger Burrow primarily known for? - [ ] Supporting Bitcoin transactions - [ ] Facilitating decentralized finance (DeFi) - [ ] Peer-to-peer file sharing - [x] Providing a permissioned smart contract machine ## Which major consensus algorithm does Hyperledger Burrow use? - [ ] Proof of Work (PoW) - [ ] Proof of Space (PoSpace) - [ ] Delegated Proof of Stake (DPoS) - [x] Tendermint ## Hyperledger Burrow is designed to implement which type of smart contract language? - [ ] Solidity (Ethereum compliant) - [ ] TEAL (Algorand specific) - [ ] Plutus (Cardano specific) - [x] Ethereum Virtual Machine (EVM) bytecode ## In the context of Hyperledger Burrow, what is “permissioned” network? - [ ] A network where anyone can join and participate - [ ] A network that prevents all smart contract deployments - [x] A network where only authorized participants can join - [ ] A network based on anonymous transactions ## Which organization originally initiated Hyperledger Burrow? - [ ] Ethereum Foundation - [ ] Ripple Labs - [x] Monax - [ ] ConsenSys ## Hyperledger Burrow is now part of which larger Linux Foundation collaborative project? - [x] Hyperledger Project - [ ] Apache Project - [ ] Moz://a Foundation - [ ] World Wide Web Consortium (W3C) ## Which aspect of Hyperledger Burrow makes it suitable for enterprise environments? - [ ] Anonymous user interactions - [ ] Lack of scalability - [x] Strong access control and permissioning - [ ] Built-in token launch functionality ## What kind of architecture does Hyperledger Burrow utilize? - [ ] Centralized architecture - [ ] Open-loop architecture - [ ] DAG-based architecture - [x] Blockchain-based architecture ## Where can primary documentation and resources for Hyperledger Burrow be found? - [ ] Hyperledger.org website - [x] Hyperledger.org/learn publications - [ ] Dark web forums - [ ] Torrents ## How does Hyperledger Burrow ensure the immutability of transactions? - [x] Through its permissioned blockchain and consensus mechanism - [ ] By using traditional databases - [ ] By allowing modifications post settlement - [ ] Via administrators’ manual verifications <|vq_8759|>