PRIVATE COLLECTIVE

Engineering High-Integrity Systems & Autonomous Digital Infrastructure.

Luce Labs is an autonomous engineering collective in Switzerland advancing applied computer science, distributed protocols, cryptographic identity, and specialized software for institutions that require precision.

01 / COLLECTIVE

01 // DISTRIBUTED SYSTEMS

Resilient node architectures, WebRTC mesh, low-latency state sync.

02 // APPLIED RESEARCH

Cryptographic verification, memory-safe systems in Rust, CRDT algorithms.

03 // SPECIALIZED VENTURES

Focused internal tools and high-integrity client software.

02 / INITIATIVES

project-meerkatPROJECT MEERKAT // Real-Time Collaborative EnvironmentActive

A low-latency workspace for structured technical collaboration, live research annotation, and stateful peer review.

WebRTC, PHP 8, MariaDB, Rust services

procu-meetPROCU-MEET // Peer Consultation InfrastructureDeployed

Secure consultation workflows for bounded groups that require auditability, identity discipline, and low operational overhead.

PHP 8, MariaDB, WebAuthn-ready auth, audit trails

luce-coreLUCE-CORE // Autonomous Operations FrameworkR&D

An internal operations kernel for coordinating infrastructure checks, maintenance windows, and research dispatches.

Rust, queues, shell orchestration, telemetry adapters

03 / PAPERS

LL-RESEARCH-01 / Distributed Systems

Deterministic State Synchronization in WebRTC Mesh Networks

A practical model for deterministic reconciliation across browser-native peer meshes under churn, jitter, and partial connectivity.

READ BRIEF

## Field brief
A deterministic state layer requires bounded clocks, compact operation logs, and conflict semantics that remain inspectable by operators. This paper documents a mesh topology that favors recoverability over hidden cleverness.

04 / ACCESS

Institutional inquiries & collective access.

Transmit a concise brief. Requests are stored for admin review and handled outside public channels.