DFINITY Foundation

MULTI/DEX is live on multidex.ai in Play Mode. The community eval process has begun... Trade to win prizes!! Send bugs and exploits to multidex@dfinity.org for bounties!! GitHub link to follow. 100% onchain. Owned by the world. DeFi 3.0. NNS autonomy for safety 🔥📈

OISY 2.5 is live with three new features: 1) OISY Earn welcomes Liquidium Borrow and lend directly from your OISY Wallet. True DeFi lending without centralized bridges. 2) OISY Notes Store your private notes with the same level of confidence as your digital assets. Encrypted and only readable by you (thanks to vetKeys). Share notes with links that expire after a single view. 3) OISY Trade limit orders Buy and sell your digital assets at prices you decide. Set your target price and let the order fill itself when it the price target hits. Live for ICP and ckUSDT, with more pairs coming. In addition, we implemented several design improvements

Ask anything. Across everything. caffeine.ai

Get reacquainted: nns.internetcomputer.org

New look - same great NNS

Keep an eye out later this week. MULTI/DEX will be released in game mode. x.com/dominic_w/stat…

Full interview with Björn Tackmann: youtu.be/aa7IL3yOQyE?si…

Where do SEV Subnets actually fit into Cloud Engines? We asked Björn Tackmann. Run a Cloud Engine on SEV nodes and you can verify your data stays encrypted the whole time it's being processed. Confidentiality enforced by the hardware. Full conversation below.

Full interview with Björn Tackmann: youtu.be/aa7IL3yOQyE?si…

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.

Full interview with Björn Tackmann:

SEV Subnets are now live on the Internet Computer. We sat down with Björn Tackmann to understand what they actually are and why they matter. He starts with the problem: standard cloud infrastructure writes your data to memory in plaintext. Anyone with access to the hardware can read it. That's not a flaw in any specific product. It's how computers work. SEV Subnets are the Internet Computer's answer to that. Full conversation below.

Here's a 3-minute look at email recovery for Internet Identity: Register an email from the manage page, confirm with a one-off code, and recover access from a fresh device using the same email. Set it up at id.ai

The ICP CLI now supports login with Internet Identity. Get a delegation to use locally, carry your identity across machines, and use the same principal as your web login, so agents can act on your behalf.

ICP = AI x Logic x Data x Sovereignty Easily understood on demo...

Setup the MCP server with your Caffeine account: help.caffeine.ai/hc/en-us/artic…

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How email recovery is verified on the network: A new SMTP gateway forwards an email to a canister, which checks the DKIM signature that email servers already attach. To get the public key it uses a root of trust: DNSSEC where supported, or DNS over HTTP via an HTTPS outcall. The gateway is not trusted. The canister does the verification. Set it up at id.ai

Internet Identity now has email recovery in preview. Lose all your devices and your recovery phrase, and you can still get back in by keeping access to your email, something most people do anyway. Set it up at id.ai

Context is what AI needs to build well. Caffeine is building an AI world model to let AI query data across canisters, with a data explorer and an object query language.