Internet Computer (ICP)

🌍 Where the world transacts on-chain Anyone can have one great day. The best networks sustain high throughput day after day, nonstop Here are the blockchains that processed the most sustained on-chain activity throughout June 👇 📊 https://t.co/6RPjaWvpRm https://t.co/usR6ZAjnSB

Quote from a crypto news outlet exec: "ICP has a genuine, highly engaged community, while many others rely on astroturfing and inflated follower counts that rarely translate into real engagement" On X especially this is now very transparent and visible. Thanks to the ICP community for continuously engaging, evangelizing and most importantly building! 🥇 -> https://t.co/IPYrdZfLrY

One of the key guarantees of SEV Subnets on the Internet Computer: the node operators running the hardware cannot access your data. Not as a policy commitment. Not via audit. As a technical property of how the subnet works. Björn Tackmann explains what that actually means, and why it changes what you can build on cloud infrastructure. Full interview below.

Quote from a crypto news outlet exec: "ICP has a genuine, highly engaged community, while many others rely on astroturfing and inflated follower counts that rarely translate into real engagement" On X especially this is now very transparent and visible. Thanks to the ICP community for continuously engaging, evangelizing and most importantly building! 🥇 -> https://t.co/IPYrdZfLrY

The number of new $ICP addresses continues accelerating 📈 Yesterday, we have added 1.7K new addresses📈 We have added 8.2K new addresses in the last 6 days. Data: @icterminal https://t.co/IavDeT9wgi

Great to see my friend @ChrisYost_ in Nashville! MEGA CLOUD SYNERGY 🌩️ https://t.co/2b1i6PGWLn

I think a lot of people are misunderstanding this. $ICP is simply assigning existing node machines to new subnets, it isn't adding new hardware, so this creates zero additional inflation. Right now, a little over 700 nodes are assigned to subnets, while the network has 1,700+ node machines. That means around 1,000 existing nodes can still be assigned or replace the ones that break. The increase in block production is a direct consequence of ICP's architecture. Each subnet is producing blocks in parallel. As more subnets are added, the network's capacity and total blocks per second scale alongside them. Double the number of subnets, and you double network throughput. It's a horizontally scalable architecture built to support internet scale applications fully onchain.