Daniel Sánchez

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[Domino's Pizza UK @Dominos_UK]

makes about as much sense as us changing to digital pizzas

[Sarnavo @0xSarnavo]

Cooking something on privacy with @Logos_network

step1: node installation done
(writing script to make easier to run, it is already easy)

step2: install basecamp

learn more on: https://t.co/oxonNhp0qt

[Daniel Sánchez @DanielSanchezQ]

@tetsuoai Ten expose the call to python and you get the same performance...

[Daniel Sánchez @DanielSanchezQ]

@bot_unixporn Dude, don't lose the opportunity to call it oMAChy

[alvatarmakes @alvatarmakes]

https://t.co/U1uj8LMmdv

[Corey Petty @Corpetty]

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:

[Daniel Sánchez @DanielSanchezQ]

@SLBenfica No tenéis vergüenza...

[Daniel Sánchez @DanielSanchezQ]

@midudev Bueno, la IA replica patrones ¿no?...es como mirarse en un espejo. Da para reflexionar la verdad.

[Daniel Sánchez @DanielSanchezQ]

@heavenblitzer @Pulaxki UndeadWallpaper app my friend

[Logos Tech - Testnet v0.2 is live @Logos_devs]

How does Logos' Cryptarchia consensus compare to Bitcoin's and Ethereum's consensus protocols?

We break down the benefits of each, and why we're using Cryptarchia to secure the future of the Logos movement.

https://t.co/CFAfbu2KWg

[Daniel Sánchez @DanielSanchezQ]

@rustaceans_rs Easy combining IntoIterator for Nested: https://t.co/vJYY6tiDop

[Daniel Sánchez @DanielSanchezQ]

Took an incredible team and a lot of effort. We keep pushing forward 💪

[Logos Blockchain (prev. Nomos) @Nomos_tech]

Nomos V1 specifications are complete - a major milestone marking the shift from research to implementation.

Our August update covers our cryptoeconomics, zk progress, and new partnerships, all paving the way to testnet.

https://t.co/v1W5p5QPl7

[Logos @Logos_network]

Our governance technologies are almost 400 years old – is it time for an upgrade?

Join us for a discussion with @Balajis, @JarradHope_ and @EJ_Spode on how blockchain technologies will serve as the central nervous system for future human collaboration.

https://t.co/BovfSNwje8

[Protocol Berg v2 @protocol_berg]

In Cinema 10, @jarradhope_ of @Logos_network is introducing Cryptarchia, a PoS protocol that hides validator identities, plus Blend: a mixnet for anonymous block proposals using encrypted broadcasting and timing obfuscation.

[Logos Blockchain (prev. Nomos) @Nomos_tech]

Ever wondered how Nomos will scale while ensuring data from Zones remains available for download?

Introducing NomosDA, our native data availability service.

[Logos Blockchain (prev. Nomos) @Nomos_tech]

The Nomos team had an exciting April, culminating in an offsite in Croatia. 🇭🇷

Read the update to learn about our Sovereign Zone proofs of concept and improvements to consensus and data availability.

https://t.co/4nmo8LhnRN

[Logos Blockchain (prev. Nomos) @Nomos_tech]

On Nomos, your network state is its own rollup, or zone. You can make the rules.

But everyone needs security, and interoperability to engage with other communities.

How do Nomos native zones do it? 👇

https://t.co/yiYg82TQac

[Daniel Sánchez @DanielSanchezQ]

@Aki0x137 Just implement `Waitstrategy` for `WaitStrategyEnum` and delegate to the inner strategies.

[Logos Blockchain (prev. Nomos) @Nomos_tech]

Ouroboros Crypsinous intro'd the first formally analysed Private Proof of Stake (PPoS) protocol to the world, but the paper left out details needed for implementation.

Meet Cryptarchia, an enhanced adaptation of Crypsinous for Nomos.

https://t.co/34OrOrbz3P

[Logos Blockchain (prev. Nomos) @Nomos_tech]

January was a good start to 2025 for Nomos, with significant progress in protocol specs, research refinements, and infrastructure enhancements.

We're excited to make progress towards our next major milestones in February. It's going to be a big year!

https://t.co/hM3fvgtEwE