Very few communities can deliver a fully web3-native platform.
Polkadot is one of them.
Be among the first to test what we're building. Be part of the movement.
Web3 Summit, Berlin, 18–19 June.
Web3 aims to empower people and protect digital sovereignty by shifting the model from a pyramid to a network.
Less trust in one company or government. More truth through millions.
What happens when a government decides to restrict freedom of expression and communication?
In some countries, a single order has been enough to slow down, censor, or completely block messaging platforms during protests, elections, or unrest. One switch. Millions silenced.
Decentralized messaging isn’t just about privacy.
It’s about resilience, transparency, and keeping communication alive even when centralized actors would rather silence it.
The same companies that extract your data also own the compute that processes it. When data flows through a centralized server, one entity controls what gets logged, stored, and sold.
On @Polkadot, data does not pass through a server to reach the network.
Cryptographically signed statements propagate peer-to-peer. No single node sees the full flow. No single entity decides what gets logged. The code is open source and independently verifiable.
• No blockspace consumed.
• No permanent record.
• No single node is in control.
Publish credentials, off-chain computation updates, and indexing data directly to the network without running a server or trusting one you don't control.
Radio Caroline showed that when centralized systems become too restrictive, alternative networks emerge naturally. The same dynamic is now unfolding in the digital realm with the Web3 community. When power concentrates on land, innovation sets sail.
In 1964, Radio Caroline started broadcasting from a ship in international waters off the UK coast. Why? Because the UK radio system was heavily centralized and controlled by the BBC monopoly. Much of contemporary music simply couldn’t get airtime.
Just as pirate radio challenged broadcasting monopolies, decentralized networks challenge today’s platform monopolies. Open protocols and peer-to-peer systems aim to make the internet less dependent on a handful of corporations controlling digital life.
JAMneration completes M1 fuzzing success, adding another independent confirmation of Gray Paper conformance under automated testing.
https://t.co/Tv6kt7Hf0N
We passed the fuzz testing for Milestone 1.
A big thank you to everyone who contributed, reviewed, tested, and supported us along the way.
This is only the beginning.
On to the next milestone. 🚀
JAM continues progressing from research to real implementation.
Independent JAM implementations are now being x-rayed through automated conformance fuzzing systems designed to scrutinize state transition function against the canonical JAM Gray Paper specifications.
The objective is to surface discrepancies between implementations, identify edge cases, and verify that independent clients faithfully follow the protocol standards defined in the Gray Paper.
JamZig passed the full JAM GP 0.7.2 conformance suite ⚡️
Minifuzz → L2a → L2b → L3a → L3b. All green.
Zig-implemented JAM target. 1M-step fuzz, Safrole on, full-spec lanes.
Attestation 👇
https://t.co/gypT5qVGvr
#JAM@Polkadot#Zig@ziglang
Join researchers, builders, and innovators shaping the next era of decentralized technology in Berlin on June 18–19.
Get your @Web3summit 2026 ticket and be part of the conversations defining what comes next.. https://t.co/sbfNP0v5c0
ELVES is the kind of protocol research that moves the industry forward.
See what’s next for scalable blockchain architecture at Web3 Summit, June 18–19.
Most blockchains ask validators to see everything.
ELVES changes that.
The research team at @Web3foundation built ELVES so that a random subset of validators can verify each block, rather than the full set, unless needed. Each validator does less work, but the network as a whole does more.
Smaller validation surface.
More throughput per set.
Same security. Higher throughput.
The result is a system that scales without asking every validator to carry the full load.