Hedera Hashgraph (HBAR)

That's why @IvyFi_io staking hub is on Hedera... No problems 🤝💰 https://t.co/8BSTfsZ1wp

Day 82 of doing 100 pushups a day until $HBAR hits $1.00! 🫎 is trying to do pushups with me! Remember Gib is Big. #HBAR #Hedera #Hashgraph #Health #Wellness #100pushups https://t.co/JHoW42npvG

HBAR looks nearly ready for a long if it can dip down into the 50%+ retracement territory of the current bullish structure on the 4 hour. Most pairs haven't flipped into 4 hour bullish structure yet so this is showing more strength. https://t.co/8usNK78QXA

What’s next for the Hedera Guardian ecosystem? 👇 https://t.co/5qQnqL6S0G

🧵 Hedera’s latest developer tooling update may look technical at first glance, but it matters more than many realize. @hedera is pushing a library called hedera-forking, designed to let developers test smart contracts that call Hedera’s native services locally using Foundry and Hardhat, without needing to run a full local node. That is important because Hedera’s native services, especially HTS, are one of the network’s biggest advantages. They give developers access to token functionality at the network level rather than forcing everything through standard smart contract logic alone. But that also creates a practical challenge: testing those interactions has historically been harder than on more standard EVM flows. This is exactly where hedera-forking becomes relevant. It provides an emulation layer for the Hedera Token Service written in Solidity, which means it can execute in a forked environment such as Foundry or Hardhat. In other words, developers can work against realistic Hedera behavior without

🧵 Hedera’s latest developer tooling update may look technical at first glance, but it matters more than many realize. @hedera is pushing a library called hedera-forking, designed to let developers test smart contracts that call Hedera’s native services locally using Foundry and Hardhat, without needing to run a full local node. That is important because Hedera’s native services, especially HTS, are one of the network’s biggest advantages. They give developers access to token functionality at the network level rather than forcing everything through standard smart contract logic alone. But that also creates a practical challenge: testing those interactions has historically been harder than on more standard EVM flows. This is exactly where hedera-forking becomes relevant. It provides an emulation layer for the Hedera Token Service written in Solidity, which means it can execute in a forked environment such as Foundry or Hardhat. In other words, developers can work against realistic Hedera behavior without

What’s next for the Hedera Guardian ecosystem? 👇 https://t.co/5qQnqL6S0G

.@hedera: building the trusted, verifiable internet. Transforming finance and infrastructure at scale, with impact reaching consumers, even behind the scenes. - @CharlesXAdkins | CEO @HederaFndn - Dr. @leemonbaird | Co-CEO @hedera & @hashgraph https://t.co/jEtkE7AMU1

Going live in a few hours at 12 PM EDT. Hedera's native services — like the Hedera Token Service — are some of the most powerful tools available to smart contract developers on the network. hedera-forking — a library that makes it possible to test contracts that call them locally, using Foundry and Hardhat, without running a full local node.