Press
Reactive integrates with Robinhood Chain, an Ethereum Layer-2 built for tokenized real-world assets, as both an origin and a destination chain within Reactive Network. Stock Tokens and the DeFi built around them already trade around the clock. With Reactive, the logic that manages them can run around the clock too,
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Migration is complete. Lasna is now running on the Omni fork. What's Different The biggest change is that the RVM is gone. Reactive contracts now deploy once, to a single environment, as standard Solidity targeting version 0.8.29, and dual deployment is a thing of the past.
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Heads up: Lasna goes offline for migration on Wednesday, October 7th, at 12:00 UTC. Why Pause? Back on May 26th, we announced the launch of a new version of Lasna testnet, running on our new CometBFT-based architecture. Now, in preparation for our mainnet migration, the original Lasna testnet, which
Fundamentals
On August 12th, Solana came within four and a half percentage points of losing the ability to finalize blocks, and almost nobody noticed. The network kept producing blocks and processing transactions the entire time, the status page recorded nothing unusual, and for roughly half an hour the margin between business
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Reactive Staking Season 8 closes at block 6,816,896 on Sunday, September 13th, and its one-month pool expires with it. Season 9 picks up on the very next block, so stakers can roll straight into the next round with no gap in between. The new round keeps the shape
Fundamentals
A wallet that wanted to support five bridges used to integrate five SDKs. Five fee oracles, five sets of error codes, five ideas about what "the transfer went through" means. Multiply that by every wallet and every app, and you get the state of cross-chain UX for most
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For as long as Ethereum has existed, sending ETH from one address to another has cost 21,000 gas. It is one of the very few numbers that survived every fork, every roadmap rewrite, and every philosophical argument the ecosystem has had since 2015. Wallets hardcode it. Fee estimators assume
Veritas was the sixth and last of the projects in our look at the UHI9 hookathon, and it puts a reactive contract to a use none of the others needed: keeping a stored number true after the thing it measures has quietly changed. The full project lives on GitHub, though
Press
Season 7 is wrapping up. Our 1-month staking pool expires at block 6,437,662 (Thursday, August 13th), and with it we're opening the door to Season 8. Season 8 repeats Season 7 in structure: a single 1-month pool. We're finalizing the final matters of the
Fundamentals
Maestro was the fifth of the six projects in our look at the UHI9 hookathon, and it points a reactive contract at something none of the others touched: the real market price, sitting on a different chain. The full project is open here. Maestro is a Uniswap v4 hook whose
Fundamentals
Coinstancy has taken on a practical challenge with Reactive Network: how to keep a portfolio aligned with its intended allocation when market prices are constantly moving. Instead of relying on someone to continuously monitor positions and execute trades, the system responds automatically when a portfolio drifts too far from its
Fundamentals
Lambda was the fourth of the six projects in our look at the UHI9 hookathon, and it puts a reactive contract to the use Reactive Network is most literally built for: turning an event on one chain into a transaction on another, with no server in between. The full project,
Fundamentals
TrancheShield was the third of the six projects in our look at the UHI9 hookathon, and it takes yet another angle on the same limit: a Uniswap hook only runs when someone trades, but a pool's risk does not sit still between trades. Here is how it deals
Fundamentals
Unistrata was the second of the six projects in our look at the UHI9 hookathon, and it draws a different lesson from the same limit: a Uniswap hook only runs when someone trades, but some decisions can’t wait for the next trade. Here is how it handles that. The
Developers
EvenFlow was the first of the six projects in our look at the UHI9 hookathon, and the one we singled out as the clearest case of something a Uniswap hook simply can’t do on its own. Here is a closer look at how it gets around that. The full
Fundamentals
Plenty of teams came through the UHI9 hookathon, and a good share of them used Reactive Network. The judges did something more useful than count claims: they checked whether each project's reactive contract actually fired a callback on-chain. Six passed that test. This is a look at those