In January, we celebrated the 10-year anniversary of our first ever published security audit report. At the time of our first review, security consulting for privacy-enhancing and distributed technologies was a fledgling industry, and there were very few companies, like us, offering our specialized knowledge and expertise for security analysis
Ava Labs has requested that Least Authority perform a second security audit of their Avalanche Core Mobile Wallet. To read the full report, including our findings, click here: Report
Our team performed a comprehensive review of the d.id .bit Contracts. d.id is building an account system on the Common Knowledge Blockchain (CKB), a generalized bitcoin-like blockchain, founded by Nervos. To read the full report including our findings, click here: Report
Least Authority performed a security audit of World’s SMPC Protocol for the uniqueness check of iris codes. To read the full report including our findings, click here: Report
Our team conducted a security audit for Ava Labs of the AvalancheJS SDK, which handles transaction creation, importing and exporting, and state storage features for signed or unsigned transactions that are consumed by other applications. To read the full report, including our findings, click here: Report
In Part 1 of this blog, we delved into the constantly changing world of Web3, unveiling the opportunities it presents. In Part 2, we’re continuing this exploration with a focus on the types of projects receiving support, with a particular emphasis on improving security — a critical yet often overlooked
This past year, we’ve started investigating new approaches to our security audit reports and recently we’re experimenting with structuring the data to be more usable by additional audiences and systems, along with publishing our reports in new ways to make them more accessible. Reports as Bitcoin Digital Artifacts We have
Our team conducted a second review of the upgrades to World‘s semaphore-mtb and the signup sequencer. Previously, our team had conducted a review of an earlier version of the codebase, which included World’s Rust implementation of the semaphore protocol and the Go implementation of the Semaphore Merkle Tree Batcher (SMTB).