The future is modular 💫
🛠️ But what exactly does this mean? How is modular building shaping a new future for Web3? Which projects are converting to this new structure, & what’s KYVE’s role in it all?
Get caught up with our Modular Beginner's Guide 🔎 https://t.co/DfMd613XTN
This article was written in collaboration with @andyyy & @therollupco 🤝 Extra resources: @CelestiaOrg & @VoltCapital’s article on modular chains.
🧑🎓 Are you a KYVE Academy student? Take the course! 👉 https://t.co/dN1dXRi7ji
KYVE has taken over the open-source IP and design stack of @useload.
This isn't just a handshake partnership; the technical overlap runs deeper than that. Load Network built a native EVM precompile (0x21) that fetches directly from KYVE's Trustless API, giving smart contracts access to permanently archived Ethereum blob data without going through oracles. KYVE infrastructure was embedded into Load's EVM execution layer. The acquisition reflects a connection that already existed at the code level.
What Load Network built is worth understanding in full. This was the highest-throughput EVM chain ever built around onchain data storage: a 2B gas limit (2 gigagas), ~125 MBps network throughput, and a sustained TPS of 60,000. To achieve permanent storage without sacrificing EVM performance, Load used Reth execution extensions to serialize each block in Borsh, compress it in Brotli, and settle it on Arweave. The result: one of the largest data protocols on Arweave by number of settled data items.
Beyond raw throughput, Load shipped something no other EVM chain had attempted, a fully bidirectional @onlyarweave data pipeline at the smart contract layer. Precompile 0x17 lets a Solidity contract upload data directly to Arweave. Precompile 0x18 reads it back. Precompile 0x20 gives smart contracts access to any historical Load block from genesis, not just the last 256. These aren't wrappers or oracle calls, they are native EVM operations. Chains like Metis, EigenLayer, and RSS3 ran on this infrastructure in production.
KYVE has spent seven years in the Arweave ecosystem building the only validation and archival layer that makes data trustless leading it to be the biggest data uploader on Arweave. Load Network spent its existence building the EVM execution layer that makes data programmable. The IP and design stack now sit under KYVE's stewardship.
To the Load Network team and community: what you built is genuinely impressive work. KYVE is glad to carry it forward.
Every byte in KYVE’s pools has been validated by our network of nodes, ensuring accuracy, integrity, and reliability. Trust the process, or better yet, verify it.
We’ve launched a Telegram bot that tracks how many $KYVE tokens have been burned since the network went deflationary.
Join us on Telegram @ kyvenet for weekly updates!
.@BramasPaul from @KYVEnetwork explains that KYVE is one of the largest uploaders of historical blockchain data on @ArweaveEco.
With Filecoin Onchain Cloud, KYVE is exploring greater scalability and faster access for validated blockchain datasets.
🚨 New Governance Proposal 🚨
The KYVE Foundation just submitted a proposal focused on long-term sustainability and stronger token economics.
Key changes include:
→ Setting inflation to 0
→ Burning 100% of transaction fees
→ Adjusting fees to reflect current $KYVE price
→ Setting all slashes to 0
Read the proposal and join the discussion: https://t.co/3XNI0iOjd8
.@KYVENetwork stores @celestia and @StoryProtocol chain data on Filecoin Onchain Cloud.
A decentralized set of Filecoin storage providers keeps archive data online, resilient, and auditable at scale, with capacity that reaches into petabytes and fast validator sync.
KYVE delivers verified blockchain data, @Filecoin provides decentralized storage.
As @momack28 explains, the Filecoin x KYVE partnership lets anyone run a validator node and access full chain data without storing the archival history themselves.
The archival data is offloaded to Filecoin.
@Filecoin provides decentralized storage, KYVE delivers verified blockchain data.
As @momack28 explains, the Filecoin x KYVE partnership lets anyone run a validator node and access full chain data without storing the archival history themselves - the archival data is offloaded to Filecoin.
This is a strong reminder that centralized tools, even invaluable ones like Etherscan, aren't built for the long haul of Web3's data needs.
Turning historical blockchain data into a trustless public good is the main idea of KYVE. We archive and validate chain states permanently on Arweave and Filecoin, ensuring no single entity controls access or can pull the plug.
This isn't just storage, it's end-to-end verification by a network of validators, replacing slow, expensive archival nodes with efficient syncing anyone can tap into.
Blockchain data should be verified and verifiable, decentralized and accessible to everyone any time.
Charts are red, wallets are cooked, and your favorite influencer disappeared. So maybe… it’s time to care about fundamentals. Where does your chain store its data? Is it verified? Permanent? Reliable?
We’re excited to announce that KYVE is now using @Filecoin Onchain Cloud to store Celestia and Story Protocol data across a decentralized network of Filecoin storage providers.
We are now scaling up to a storage layer built for petabytes of chain data and blazing-fast validator syncing.
Missed @RieweFabian, @BramasPaul, and their amazing host from @aoTheComputer tonight?
No worries, we’ve got you covered.
Whether you’re curious about KYVE’s latest updates or new to the protocol and want to learn how KYVE is building trustless validation on Arweave, this one’s for you 👇
Diving deep into the Web3 data stack:
KYVE delivers tamper-proof, validated data layers that power @celestia, @dYdX, @StoryProtocol & beyond.
No more data silos or trust issues.
Join @RieweFabian & @BramasPaul live on DUH tomorrow 1PM ET to see how it's built.
Who's ready to level up?