Comparison of Main DLT Infrastructure Platforms - Edition Q2 2019

Updated: Mar 23, 2020

Every quarter we conduct a comprehensive review of main DLT infrastructure platforms. We cover both public (permissionless) and private (permissioned) platforms attempting to provide a clear distinction in key dimensions such as scalability, consensus mode, validation time, data confidentiality, support of smart contracting and others.

We have classified the key indicators among the best performers with a "green line", and the worst performers with a "red line" on the top; while the "yellow line" means it's among the average or it's something not extraordinary or bad. Click on the image below to have full access:

Below is the full comprehensive list of blockchain (and broader Distributed Ledger Technology) infrastructure platforms that we have analyzed:

  1. · Libra

  2. · Cardano

  3. · Concordium

  4. · Corda

  5. · Cosmos

  6. · Dfinity

  7. · EOS

  8. · Ethereum (Post-PoS Upgrade)

  9. · Ethereum (Pre-PoS Upgrade)

  10. · Hashgraph

  11. · Hyperledger Fabric (IBM proprietary DLT)

  12. · Iota

  13. · Nano (Ex- Railblocks)

  14. · Neo

  15. · Qtum

  16. · Quorum

  17. · Stellar

  18. · Tezos

  19. · Tron

  20. · Vechain

  21. · Zilliqa

Download the full Analysis of 21 DLT Infrastructure Platforms

Key terms and definitions

  • Distributed Ledger Technology (DLT) - A digital system for recording the transaction of assets in which the transactions and all related data are replicated and synchronized across multiple sites, with no central data store or administration functionality.

  • Proof-of-Work (PoW) - A type of consensus algorithm to validate coin transaction status and asset management. It involves creating a piece of data that is time-consuming for a computer to produce but easy for others to verify and which satisfies certain requirements.

  • Proof-of-Stake (PoS) - A type of consensus algorithm by which a blockchain network aims to achieve distributed consensus. Under PoS, a person can mine or validate block transactions according to how many coins he or she holds.

  • Consensus mode - Mechanism implemented in the protocol to ensure the convergence of the various participants on a common vision of the truth.

  • Control on participating nodes - Extent of decentralization in the DLT implementation.

  • Data confidentiality - Feasibility or not to obfuscate data and processing from participants not concerned by a transaction, including from validating nodes.

  • Approach to "scaling to infinite" - Mechanism envisioned to theoretically go beyond any scaling limitation.

  • Validation time - Delay necessary before a user can be reasonably certain that his transaction will not be reverted.

  • Support of smart-contracting - Ability of the platform to be used as an execution environment for decentralized logic distributed to the nodes of the network.

  • Cost of execution - Costs incurred by participants to have data processed by the network.

  • Currencies available on-chain - Availability of tokenized units of account from the real world.

  • Development team robustness - Technical depth and breadth of the community.

  • Development ecosystem - Languages used on the platform to program codes passed to the distributed virtual machine.

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