HeimLabs

Most users assume their crypto wallet is private. In reality, it exposes IP data, activity patterns, and a single traceable address to every node it touches. This is the gap Kohaku is designed to close. Developed alongside the Ethereum Foundation, Kohaku introduces a new privacy standard for wallets not as a narrative, but as a set of enforceable primitives. Key advancements: > Local Light Client (Helios) Chains are verified directly in the browser, removing reliance on third-party RPCs. > Ephemeral Stealth Addresses Each transaction receives a unique, one-time address, eliminating long-term traceability. > dApp Isolation by Default Every site receives an independent account, preventing cross-application tracking. Kohaku provides a practical, production ready foundation for private onchain interactions, moving the ecosystem beyond discussion and into implementation.

Neynar acquiring Farcaster is bigger than people think. This isn’t just an acquisition… it’s a shift in what Farcaster is becoming. Full breakdown here 👇 https://lnkd.in/gSQybiYd

InfoFi isn’t dead, it’s evolving (and that’s a good thing) https://lnkd.in/gnmHnDmk

Your computer can see everything you do… except what runs inside a TEE TEEs are hardware-secured “bubbles” inside CPUs where code + data stay protected even if the OS gets compromised. That’s why they’re powering private AI, secure agents, confidential transactions & privacy-first cloud compute. Full blog👇 https://lnkd.in/gyQjYmCC

From 0 to live on Solana in 60 seconds ✅ Build a Solana bot backend with a secure wallet, fund it, sign the tx, and send SOL onchain. No private key chaos, just Coinbase CDP server wallets doing the heavy lifting. Here’s the full flow under the hood.⬇️

AI agents are getting smarter every day but most of them still work alone. The real problem isn’t intelligence, it’s the lack of shared infrastructure. A2A helps agents talk to each other. x402 lets them exchange value. Together, they move us from isolated agents to real machine economies. Read : https://lnkd.in/gxMbnmFF

Trusted Execution Environments explained in 60 seconds How hardware level isolation, encrypted memory, and remote attestation enable confidential compute.

AI Agents Can Finally Talk And Now They Can Pay Each Other. Most AI agents today operate in isolation. They can’t easily talk to other agents, discover new services, or exchange value. A2A changes this by introducing an open communication standard that lets agents interact the same way applications use the internet. In this model, one agent can request a service from another such as weather data, analytics, or computation. If that service isn’t free, this is where x402 comes in. With A2A and x402 integrated, instead of returning an error, the agent responds with a structured 402 Payment Required message containing all the details needed for an on-chain transfer. The requesting agent can then evaluate the cost, sign a transaction, and settle it autonomously. This creates a new educational shift in how we think about automation: → A2A allows agents to communicate, → x402 allows them to transact,, Together, they unlock a real machine to machine economy autonomous, programmable, and open to everyone building the next era of AI.

Proving Truth Without Revealing Data. Zero Knowledge Proofs explained. ⬇️ https://lnkd.in/gEZNNtCj

Blockchains were designed to be transparent. They weren’t designed to expose every computation. Here’s where privacy fits in. https://lnkd.in/gX34s9xz