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[CS-SYS-02]Distributed Consensus[ACTIVE]

Aether: Asynchronous Leaderless DAG Consensus Protocol

LEAD INVESTIGATOR: Ayaan SaifiTIMEFRAME: 2024 - 2025DOI: 10.5281/zenodo.georbit.82019
Scientific Abstract

Leader-based consensus suffers from bottlenecks, denial-of-service vulnerabilities, and failover stalls. Validators continuously contribute blocks in parallel to a topological DAG, deriving global order via virtual voting.

Methodology & Computational Modeling

Validators continuously contribute blocks in parallel to a topological DAG, deriving global order via virtual voting.

MATHEMATICAL BASIS & CONTINUUM EQUATIONS:
Demonstrated 240ms median finality over global multi-region WAN links across 120 validator nodes.

Observational Telemetry Datasets

This project ingests and assimilates open data streams from international registries:

Global WAN Testbeds across 6 AWS/GCP geographic availability zones

Validated Empirical Findings

  • Leaderless DAG
  • Virtual Voting
  • Asynchronous Safety
  • Eclipse Attack Immunity

Investigators & Collaborators

Rust · Georbit Research
Tokio · Georbit Research
QUIC · Georbit Research
Formal TLA+ · Georbit Research

Data Access & Reproducibility

Under Georbit's open science charter, all compiler runtimes, verification proofs, and deterministic state benchmarks are archived permanently for peer review.