declensh λ

i like @Logos_network because when i speak with someone who contributes to logos or is aligned with logos, i can tell that i'm engaging with someone who is speaking and acting from principles

@vrycmfy @Logos_network 1̶0̶0̶0̶ ̶h̶o̶u̶r̶s̶ FREE FOREVER

@declensh @Logos_network Dod you get that in the mail

Quick demo of @Logos_network Basecamp app and some available modules (including the one I've built).

The Logos tech ecosystem is analogous to a Linux os distribution: a minimal microkernel at the base, a privacy-preserving networking stack above it, and pluggable modules for storage, messaging, and blockchain on top. At the core is the Logos Kernel (via liblogos). It follows the microkernel architecture model: manage module lifecycle, handle inter-process communication (IPC) and orchestration. It doesn’t handle networking, store files, or validate blocks. Those are done by modules. Modules run independently and communicate through IPC. A storage bug can’t crash messaging. A blockchain upgrade doesn’t require rebuilding the kernel. Each component can be developed, tested, and shipped by itself. Above the kernel sits the networking layer. It delivers peer discovery, connection management, and a libp2p-based mixnet for privacy-preserving routing. Capability discovery replaces central registries. Three core modules ship with Logos: • Storage – CID-based decentralised file storage • Messaging – Delivery and Chat • Blockchain – Private Proof of Stake (PPos) + Logos Execution Zone (public & private state) All are independent and pluggable. The blockchain module uses Cryptarchia and the Blend network for PPoS. Validator identities and stake remain hidden. LEZ adds programmable execution with unified public and private accounts. Privacy is enforced at the protocol layer. Users choose their privacy level, same code is used. User modules are first-class. The logos-module library and CLI let developers build and load custom modules into the same IPC framework. The kernel manages them like systemd manages daemons on Linux. The Basecamp app is a distribution that bundles the kernel, default modules, and UI for a complete end-to-end experience. Or, run a headless Logos Node. It offers the same stack without a UI for operators, making it easy to run a node on Logos Testnet v0.1. Learn more about Logos Core:

@thomasmurphy__ no clue but I always thought that being able to markup certain blocks of text (or code) as "immutable" could be useful, so that LLM output could be linted for violations of certain constraints

I can't even...literally...@openclaw + @claudeai is something else.. Hey @ethstatus - look what my Agent (Jimmy Claw) did...

Great post from bkomuves breaking down a 3x speedup for RLN proofs. The trick works because multi-scalar multiplication is just a sum - and sums can be split. Precompute the stable 90%, compute the rest on demand. This is already implemented in Nim and being incorporated into Zerokit. The post provides a clear explanation of how this works: forum.vac.dev/t/speeding-up-…

@vrycmfy big cyp energy on this one

do come x.com/i/spaces/1yNxa…

@vrycmfy @0xcyp @StatusL2 nice... very nice...

EVM die hards… Set your reminder! We will be joined by @0xcyp to discuss the upcoming @StatusL2 mainnet launch.

From the Epstein files to AI, a lot of the most pressing issues today are about the accessibility of public records and the public domain. We need comprehensive reform of archives and libraries, copyright laws, at all levels. It's all our property. It all belongs to the people

The cracked team at @paycrest has a different option: a decentralized version of Binance P2P, with the chance of scams brought down to zero, the wait for the agent to respond down from 5-45 mins to 15 secs, and the “will they pay?” turned to a moot concern. No calls, no account freezes, no loss of privacy.

poseidon, neptune, griffin, jellyfish are all names for hash functions but they may as well be names for hash

@fubuloubu there's planned work for abstracting some of these features into a library called chat sdk roadmap.logos.co/messaging/mile…

@fubuloubu so in waku it's not so much that one "receives" messages so much as one knows which topics to listen to, with criteria on how to filter the messages i'd recommend checking out how it's used in Status; it implements some of the features you're describing github.com/status-im/stat…