Stake with BlockPro.
Current validator commission:
@monad — 15%
@Starknet — 10%
@celestia — 25%
And here’s the difference: we return 100% of our validator commission to delegators every month.
You stake. We validate. You get the commission back.
Category Labs proposes scheduled transactions for Monad ⏳
• Contracts could schedule future calls without external keepers.
• Fees prepaid; draft reserves 10% of block space.
• Uses: recurring payments, DeFi automation, order expiry.
Proposal only — not live on mainnet.
MAINNET RELEASE ANNOUNCEMENT
There is a new mainnet release announcement available!
https://t.co/H5l5mUrnDb
Instructions for GPG signature verification in 🧵
@CertiK's Oct 20 report: @monad is forming a financial network—not just an app catalog.
- $2.64B spot DEX volume (Sep 16–Oct 15)
- 47.2% @KuruExchange share
- $613.1M tracked borrows
What deserves a deeper dive: trading, lending or RWA?
A @monad-based client for Ethereum proving.
@category_xyz reports 17% lower median proving time vs ziskethone: 13s on one RTX 5090 in a 30-block test.
The goal: Ethproofs integration.
Still in development—not a Monad Mainnet upgrade.
From announcement to live markets.
xStocks trading is now available on @KuruExchange, @monorail_xyz and @DirolLabsX on @monad, according to the platforms.
Kuru also reports ~10x lower gas costs for placing and cancelling orders.
Prefer watching to reading?
Our Monad Weekly video for Oct 12–18 is now live.
6 minutes on @monad: payments, AI agents, RWA, network updates and 880 Metropolis submissions.
Watch the recap:
https://t.co/5r1oX2GmJb
#MonadWeekly
Global payments meet @monad💜
@Mastercard & @BVNKFinance list Monad among Global Money Platform's new networks, linking fiat and stablecoin services.
Which use case would you like to see first: payroll, remittances or merchant payments?
Monad Metropolis received 880 project submissions, according to Monad Foundation co-founder Eunice Giarta.
Judging runs Oct 14–27, with winners announced Nov 3. $250K+ in prizes across four tracks.
Category Labs introduced Tree-BTE, a tree-based threshold encryption design for encrypted mempools.
Its lattice-based variant targets post-quantum security, with faster decryption in research tests.
Research only, not live on Monad.
Check out Tree-BTE 🌳, our new tree-based approach to designing batched threshold encryption (BTE), the cryptographic tool for encrypted mempools.
Tree-BTE can be instantiated with different cryptographic hardness assumptions to yield different properties. For example, with a lattice-based hardness assumption, we get a post-quantum secure BTE scheme with >100x faster decryption than prior lattice-based schemes.
Instantiations based on other assumptions (such as DDH, DCR, LWR) are also possible. Check out our paper on eprint.