IC3: Advancing the science and applications of blockchains

Latest on Blog

by Ethan Cecchetti, Ian Miers, and Ari Juels on August 06, 2018 at 06:00 PM
Ever raise a quarter billion dollars and need to solve a really hard problem? Well, neither did we, but we've been talking to Filecoin about helping solve one of theirs.
by Fan Zhang, Phil Daian, Iddo Bentov, and Ari Juels on January 18, 2018 at 09:30 AM
Suppose that N players share cryptocurrency using an M-of-N multisig scheme. If N-M+1 players disappear, the remaining ones have a problem: They've permanently lost their funds. In this blog, we propose a solution to this critical problem using the power of the trusted hardware.
by Karen Levy on January 17, 2018 at 01:00 PM
Guest blogger Prof. Karen Levy describes how contracts often include terms that are unenforceable, purposefully vague, or never meant to be enforced, how this helps set expectations, and what this means for smart contracts.
Older blogs...

News & Events

Thursday August 30, 2018
Ethan Cecchetti, a PhD student in Computer Science at Cornell, co-advised by Prof. Andrew Myers and Prof. Ari Juels, will talk about Proofs of Replication for Reliable DSN's.
More News and Events

Featured Projects

Town Crier: Authenticated Data Feeds for Smart Contracts

Smart contracts systems today lack trustworthy sources of data, as currently deployed oracles provide only weak provenance and confidentiality guarantees. The Town Crier system leverages trusted hardware (Intel SGX) to provide a strong guarantee that data comes from an existing, trustworthy source. It also provides confidentiality, enabling smart contracts to support confidential queries and manage user credentials. A basic version of Town Crier has been launched as a public Ethereum service. For further details, please check out http://town-crier.org.

Keywords:
Smart Contracts
Trusted Hardware
Intel SGX
Authenticated Data Feeds

More projects:

  • Solidus: Confidential Financial Transaction Settlement on a Distributed Ledgers
  • Bitcoin-NG: A Next-generation Blockchain Protocol
  • Miniature World: A Test Bed for Simulating Real World Blockchain
  • Fruitchain: A new Approach for Incentive Compatible Blockchains
  • Falcon Network: A High-Performance, Wide Area Interconnect for Blockchains
Even more projects...

Ph.D./Postdoc Positions

Follow Us