Logos Collective Weekly Summary

Week 36, 2026 (September 7, 2026)

2
Teams Reporting
50+
PRs & Updates

Note: Messaging and AnonComms have reported. Blockchain, Storage, and Logos Core sections will be added as their updates land.

Key Highlights

Messaging

Messaging API now supports Mix through the AnonymityLevel flag — sender anonymity via mix landed in logos-delivery #4180.

Messaging

LIP-243 segmentation merged with a simplified wire format, implemented as the standalone nim-segmentation library and queued for integration into the Reliable Channel API.

Messaging

status-go now advertises WakuMessage version=0 on send, completing phase 2 of the Messaging API integration; functional and e2e fleets being migrated to logos-delivery images.

AnonComms

Logos Mix Network LIP published — specifies the Logos-specific mix protocol stack and opinionated configuration.

AnonComms

Poseidon2 circuit implementation completed in Circom with a benchmark report; Poseidon2 examples and FFI/WASM support added to Zerokit.

AnonComms

Standalone service discovery module now plugs into Logos Delivery — discovery plugin header PR opened and verified locally against Delivery nodes.

Messaging API — General Availability

^

Integrate Mix into Messaging API

Achieved
  • feat(messaging): sender anonymity through mix via anonymityLevel — #4180, #4199, #4184

Reliable Channel API — Beta

^

Create Segmentation Library

Achieved Next

Add Segmentation to Reliable Channel API

Next
  • integrate nim-segmentation — replaces the skeleton in channels/segmentation/; pulls in nim-leopard, so cmake becomes a build-host requirement and the Android/iOS toolchain is a follow-up

RLN on Logos Blockchain

^

Implement pluggable RLN membership interface

Achieved Next

Logos Chat — Beta

^

Implement full identity model

Achieved

Stabilize and polish API

Achieved

Deliver user-facing chat features

Achieved
  • Premade basic Content Types

Logos Core Integration — Phase 3

^

Pluggable RLN membership

Next

Status: Logos Delivery Integration

^

Integrate Messaging API in status-go

Achieved Next

Maintenance

^

Fixes & Improvements

Achieved Next

Create a basic service discovery module

^

Integrate the standalone service discovery module into Logos Delivery

Achieved
  • Fully working logos-delivery-module plug-in for service discovery via the libp2p module — locally verified, interoperating with logos-delivery nodes that use the internal service discovery
  • Shipped the service-discovery plugin header (PR train #6) — logos-delivery #4178
  • Admit pure-libp2p peers (PR train #7) — logos-delivery #4187
  • Logos Delivery advertises itself with its own signed extensible peer record (PR not yet opened)
  • Wired logos-delivery's discovery plugin to the libp2p module as a declared dependency — logos-delivery-module #97
Next
  • Large-scale local simulation with scenarios

Establish libp2p mixnet

^

Implement local reputation mechanism and research advanced DoS protection

Achieved Next
  • Continue work on cover traffic and local trust reputation

Specify a Logos Mix Network opinionated configuration

Achieved
  • Published the Logos Mix Network LIP — specifying the Logos-specific protocol stack and opinionated configuration

Deliver de-MLS for p2p group messaging

^

Integrating de-MLS into libchat

Achieved
  • Regarding reliability, simulated SDS (with custom backoff rules) to assess total complexity and reported the findings
  • Started a new architecture with the MLS module separated from de-MLS on a branch
Next
  • Discuss the single-steward commit rule to evaluate syncing efficiency
  • Finish the architecture split; discuss all open questions regarding configuration and commit selection

Implement RLN membership allocation service

^

Migrate Logos Delivery to LEZ-based RLN using the RLN membership management module

Achieved
  • Aligned the module with the latest Logos Delivery and Logos Core changes
  • Validated the end-to-end scenario where Delivery registers using membership allocation
Next
  • Create and validate the user journey of installing Delivery through Basecamp, registering a membership, and running Delivery with RLN

Decentralised Oracle Network

^

Implementing Oracle Zone

Achieved
  • Minimal working implementation completed, including Logos module capability
Next
  • Logos module discussion
  • Improve the Logos Oracle Network implementation

Maintain and expand Zerokit

^

Integrate and benchmark Poseidon2 hash function

Achieved
  • Completed the Poseidon2 circuit implementation — circom-rln #1 in Circom
  • Refactored the multi-message-id circuit into the main branch — commit to simplify custom circuit generation
  • Generated resources for Zerokit and completed the benchmark report
  • Poseidon2 example for Rust/C/Nim/JS and FFI/WASM support — zerokit #437
Next
  • Static analysis of the Poseidon2 Circom implementation using circomspect, and request for review