Founder and Chief of Technology at @AppLayerLabs. Building next-gen #Web3 infrastructure one line of code at a time.
Joined October 2012
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Unleashing a new era in blockchain performance with OrbiterSDK. Outrunning EVM by 50x, it completes UniswapV2 swaps in 3 microseconds vs 160! Harnessing non-VM tech for complex contracts, it's fully compatible with web3 tools. Stay tuned for more!
Imagine a living, breathing sandbox where every move is on-chain, no servers, just unstoppable decentralized gameplay.
Coming soon… @AppLayerLabs
Itamar Carvalho | AppLayer 2025 retweeted
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
Itamar Carvalho | AppLayer 2025 retweeted
🎟️ 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: t.me/PebbleSmasherBot
🔥
Experience the speed of in-game asset creation!
With up to 300,000 NFT mints per second⚡️
Leverage these benefits:
→ Faster transactions
→ NFT minting at scale
→ Cross-chain compatibility
→ Effortless reward distribution
→ Enhanced player engagement
Ready to take your #NFT #Gaming to the next level?
We’ve got you covered!
👉 Join our #TestnetGrants: bit.ly/applayertestnet
It’s easier than you think to build your gamefi on-chain. @AppLayerLabs gives you instant randomness and custom smart contracts.
Check it out, and enjoy the benefits of our grants.👇
Ready to build your #game fully on-chain?
Fuel your game with ✨AppLayer’s GDK✨
You'll get:
✧ Fully on-chain deployment for complete transparency
✧ Instant verified randomness for fair gameplay
✧ Custom game-specific smart contracts tailored for your project
🎮 And that’s just the start!
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!
Imagine decentralizing services that are too expensive to operate inside a virtual machine... That is what @AppLayerLabs allows you to do.
Enjoy lower gas costs and faster execution times on EVM with @AppLayerLabs.
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!
Instant finality for in-game transactions + low to no-code deployment. AND $50K in grants if we like what you're building 🤓️️️️️️
Get started 👉 grants.applayer.com
P.S. 👀 Special interest for India-APAC builders.
#Web3 #Startup #Grants
By using @AppLayerLabs 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.
Get your projects started with AppLayer Testnet within 2 minutes! 🚀
Claim $APPL tokens and start deploying:
📁 C++ contracts
📁 EVM contracts
📁 Random EVM contracts
Quick Setup Guide: docs.applayer.com/testnet/ge…
#Testnet #Layer2 #Ethereum
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!
I'm going insane. We want to update to GCC 14 to take advantage of BitInt but now a segfault is happening under very specific conditions in one of our dependencies.
Spent time debugging this only to reach the strangest conclusion: A compiler bug?!?! Maybe, further debug needed.
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 @AppLayerLabs
At ETH Denver, we at @AppLayerLabs 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 🪨
I've updated the benchmark to the current code (underwent multiple refactors for improved performance since last year).
Now, in @AppLayerLabs BDK, a UniswapV2 swap can be completed in a single microsecond instead of 3.5, an over 3x speed improvement...
0.2 microseconds for a full state transition of an ERC20 transfer...
Is that fast enough for you? 🤔
Only found in @AppLayerLabs
