Content

The very first recursive proofs of general computation, now live on Ethereum Mainnet

Volition, ERC-1155, and Transaction Bundling

Unleashing L2’s computational richness: dApps can now flourish free of traditional L1 gas restrictions

Introducing L3, the application-specific layer, built recursively over L2

Empower L2 users to easily interact with L1

A Cross-L2 AMM

How to transfer funds between sidechains and StarkEx trustlessly, securely, and inexpensively

StarkEx uses oracle prices in an effective and secure manner, enabling better protection from price manipulations, explains product manager Ohad Barta in this April 2021 post.

With StarkEx, users retain maximum control of their funds and avoid centralized exchanges. The first of a four-part series on this concept.

Gaming company Immutable X wanted to reduce gas costs for its hit blockchain game, and chose StarkEx to mint its NFTs. This April 2021 blog is about entering the "fast-moving and exciting NFT space.”

dYdX, the fastest and most powerful decentralized exchange, has boosted trading volume and reduced gas fees since porting perpetual contracts to StarkEx in spring 2021, when our team wrote this blog.

Token Talks with Zach DeWitt, Sep 3rd 2019

Tom Shaughnessy of Delphi Digital hosted us to talk about how DeversiFi is leveraging Starkware's tech to power a decentralized exchange capable of 9k+ TPS

Scalable proof systems can have (theoretically) one set of constraints to enforce the computational integrity of any computation. This episode's discussion is all about the best way to achieve this.

L1-L2 interoperability using both on-chain and off-chain Conditional Txs.

StarkEx 2.0 is launched in December 2020. Improvements include better user onboarding, faster L1-L2 connectivity, and readiness for massive off-chain NFT minting.

StarkWare enables AMMs to share liquidity across L2 solutions . For the first time dAMM -- which stands for distributed AMM -- makes shared AMMs practical

StarkEx’s Fast Withdrawal solution eliminates the need to wait before withdrawing funds moved from L2 to L1. The feature is discussed in this blog from March 2021, three months after implementation.

Reducing gas costs for DeFi by batching L2 transaction requests from different users. It’s “the way to go to scale to 10M more DeFi traders,” we wrote in January 2020.

The novel mechanism that safeguards users’ assets — upgrading smart contract code without compromising on self-custody.

Capital Efficiency vs. Security

This October 2020 post outlines StarkEx’s vision — today a reality — for L1-L2 interoperability using both on-chain Conditional Txs and off-chain Conditional Txs.

Data availability is not an on-chain / off-chain dichotomy

Celebrating a two-year journey from exciting math to a robust product, the team announces the launch of StarkEx on Ethereum Mainnet.

Our submission to the Great Reddit Scaling Bake-off of July 2020 shows that StarkEx outperforms other Rollup solutions.

Building safe wallets is a major challenge of crypto. StarkEx integrates with wallet providers; achievements include the first hardware wallet brought to L2.

StarkEx users have confidence they would be able to withdraw funds to L1 even if an emergency scenario arose in which StarkEx Operators don’t service requests.

Resounding illustration of scalability: StarkEx onboards 1.3M accounts to Ethereum Mainnet, using 2.5% of the network and taking just 12 hours.

And the role of symmetric STARKs within

Gaming company Immutable X wanted to reduce gas costs for its hit blockchain game, and chose StarkEx to mint its NFTs.

Proofs, DApps, and Economies of Scale

A trustless mechanism that breaks the “proof-time” barrier

The Future of Crypto Trading

Eli Ben-Sasson introducing STARKs, Cairo and StarkNet (Chinese subtitles)