Estimating the Security of Ring Learning with Errors (RLWE)
Published:
Link to article. I wrote a guest post on Jeremy Kun’s website, that discusses how to estimate the security of Ring Learning With Errors (RLWE) based schemes.
Posts by Tags
RLWE
RSA
Adventures with RSA Blind Signing
Published:
Link to Medium post. I try (and fail) to break RSA Blind Signatures, while working on a cryptography security review for Google One’s VPN service.
VPN
Adventures with RSA Blind Signing
Published:
Link to Medium post. I try (and fail) to break RSA Blind Signatures, while working on a cryptography security review for Google One’s VPN service.
anonymous tokens
Adventures with RSA Blind Signing
Published:
Link to Medium post. I try (and fail) to break RSA Blind Signatures, while working on a cryptography security review for Google One’s VPN service.
blind signatures
Adventures with RSA Blind Signing
Published:
Link to Medium post. I try (and fail) to break RSA Blind Signatures, while working on a cryptography security review for Google One’s VPN service.
bulletproofs
Building on Bulletproofs
Published:
Link to Medium post. I explain how Bulletproofs works, and how we’re building a confidential assets protocol and confidential smart contract language using this proof system. This post was originally written for the MIT Digital Currency Review newsletter.
Programmable Constraint Systems for Bulletproofs
Published:
Link to Medium post. I discuss the programmable constraint system (R1CS) API for writing custom zero knowledge proof circuits over Bulletproofs. I also introduce Cloak, Chain’s Confidential Asset framework that uses custom proofs built using this API.
Multi-Party Computation in Rust with Session Types
Published:
Link to Medium post. I discuss how to use Rust’s memory model to implement session types, which is useful for enforcing correct state transitions in multi-party computation protocols.
climbing
Rocktober in Yosemite
Published:
Link to Medium post. My fall season in Yosemite was stacked with great friends, big adventures, and rad climbing! There is no cryptography in this blog post.
El Cap then El Nap
Published:
Link to Medium post. Julie and I climbed the Nose on El Capitan! There is no cryptography in this blog post.
confidential assets
Programmable Constraint Systems for Bulletproofs
Published:
Link to Medium post. I discuss the programmable constraint system (R1CS) API for writing custom zero knowledge proof circuits over Bulletproofs. I also introduce Cloak, Chain’s Confidential Asset framework that uses custom proofs built using this API.
homomorphic encryption
Estimating the Security of Ring Learning with Errors (RLWE)
Published:
Link to article. I wrote a guest post on Jeremy Kun’s website, that discusses how to estimate the security of Ring Learning With Errors (RLWE) based schemes.
lattice based cryptography
Estimating the Security of Ring Learning with Errors (RLWE)
Published:
Link to article. I wrote a guest post on Jeremy Kun’s website, that discusses how to estimate the security of Ring Learning With Errors (RLWE) based schemes.
multi-party computation
Multi-Party Computation in Rust with Session Types
Published:
Link to Medium post. I discuss how to use Rust’s memory model to implement session types, which is useful for enforcing correct state transitions in multi-party computation protocols.
post quantum cryptography
Estimating the Security of Ring Learning with Errors (RLWE)
Published:
Link to article. I wrote a guest post on Jeremy Kun’s website, that discusses how to estimate the security of Ring Learning With Errors (RLWE) based schemes.
rust
Building on Bulletproofs
Published:
Link to Medium post. I explain how Bulletproofs works, and how we’re building a confidential assets protocol and confidential smart contract language using this proof system. This post was originally written for the MIT Digital Currency Review newsletter.
Programmable Constraint Systems for Bulletproofs
Published:
Link to Medium post. I discuss the programmable constraint system (R1CS) API for writing custom zero knowledge proof circuits over Bulletproofs. I also introduce Cloak, Chain’s Confidential Asset framework that uses custom proofs built using this API.
Multi-Party Computation in Rust with Session Types
Published:
Link to Medium post. I discuss how to use Rust’s memory model to implement session types, which is useful for enforcing correct state transitions in multi-party computation protocols.
session types
Multi-Party Computation in Rust with Session Types
Published:
Link to Medium post. I discuss how to use Rust’s memory model to implement session types, which is useful for enforcing correct state transitions in multi-party computation protocols.
yosemite
Rocktober in Yosemite
Published:
Link to Medium post. My fall season in Yosemite was stacked with great friends, big adventures, and rad climbing! There is no cryptography in this blog post.
El Cap then El Nap
Published:
Link to Medium post. Julie and I climbed the Nose on El Capitan! There is no cryptography in this blog post.
zero-knowledge proofs
Building on Bulletproofs
Published:
Link to Medium post. I explain how Bulletproofs works, and how we’re building a confidential assets protocol and confidential smart contract language using this proof system. This post was originally written for the MIT Digital Currency Review newsletter.
Programmable Constraint Systems for Bulletproofs
Published:
Link to Medium post. I discuss the programmable constraint system (R1CS) API for writing custom zero knowledge proof circuits over Bulletproofs. I also introduce Cloak, Chain’s Confidential Asset framework that uses custom proofs built using this API.