0.2 microseconds for a full state transition of an ERC20 transfer... Is that fast enough for you? 🤔 Only found in AppLayer | Testnet is LIVE 📟

I've updated the benchmark to the current code (underwent multiple refactors for improved performance since last year). Now, in AppLayer | Testnet is LIVE 📟 BDK, a UniswapV2 swap can be completed in a single microsecond instead of 3.5, an over 3x speed improvement...

At ETH Denver, we at AppLayer | Testnet is LIVE 📟 benchmarked ERC721 minting in our EVM and C++ implementations. After further development, we've achieved nearly 10x C++ speed and 2x EVM performance for full state transitions. 0.35/s, 2M mints/s theoretically? Lets see what irl data can show 🪨

Hey dev, do you want to loop an ordered array in order to make a decentralized orderbook exchange? While in Solidity its prohibitively expensive to do such thing, you can easily achieve this functionality in AppLayer | Testnet is LIVE 📟

Designing novel BFT consensus is a blast, until you realize that there are so many edge cases that it feels like you are on a roller coaster to insanity. 🤪 It’s all fun and giggles until your code decides to play hide and seek with bugs!

By using AppLayer | Testnet is LIVE 📟 special precompiles (available from Solidity contracts), you can derive safe randomness for your contracts! This offers a superior experience compared to other VRFs, as you don't have to wait for it to be filled! It is a simple as calling another contract.

One key feature of AppLayer is that EVM contracts can leverage C++ precompiles, and vice versa. For example, a DEX smart contract can be written in C++ to handle ordered arrays, which is impossibly costly in Solidity, while being able to access EVM ERC20 tokens.

Enjoy lower gas costs and faster execution times on EVM with AppLayer | Testnet is LIVE 📟. Or better, choose the C++ side for advanced features like looping mappings, creating ordered arrays, and much more! Unleash your application and benefit from a grant. Get started now!

Imagine decentralizing services that are too expensive to operate inside a virtual machine... That is what AppLayer | Testnet is LIVE 📟 allows you to do.

Boost.Asio stole my heart ❤️because nothing says 'easy' like handling thousands of requests per second without breaking a sweat. Long live wait-free algorithms!

It’s easier than you think to build your gamefi on-chain. AppLayer | Testnet is LIVE 📟 gives you instant randomness and custom smart contracts. Check it out, and enjoy the benefits of our grants.👇

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Something new is on the way! Can you guess what it's about? 👷......⛏️ #AppLayer #1st #Telegram

🎟️ There are 100 prizes waiting! 🎟️ Every Pebble you mint is a raffle entry for the $1,000 December Raffle! Entry Boosters: ✨ Gold Pebble = 50,000 entries 💎 Diamond Pebble = 500,000 entries Join us on #telegram and make it yours! 🔥 Get mining:

Imagine building on a 10x faster #EVM, with 65x faster pre-compiles, and grants up to $1.5M 📢 This 🧵 breaks down what our #testnet's packed with: ⚡️ Execution speed 💎 Miner Game: play-to-earn $APPL pre-public and public round access 🧑‍💻 AppLayer's grants program 1/4

Imagine a living, breathing sandbox where every move is on-chain, no servers, just unstoppable decentralized gameplay. Coming soon… AppLayer | Testnet is LIVE 📟

Our game (public very soon) server is a smart contract, can your chain handle that? I bet it can't.