RFC 1149.1: Time Synchronization by Avian Carrier – Syn-Crow-Nous Ethernet

Abstract:

This document specifies an experimental method for achieving time synchronization in distributed networks through the use of Syn-Crow-Nous Ethernet, a novel protocol that employs synchronized crows as the medium for time signal transmission. This method is intended as an alternative to traditional time synchronization protocols, such as NTP, in environments where conventional network infrastructure is unavailable or unreliable.

Introduction:

The need for accurate time synchronization in distributed systems is well-established. However, in certain remote or post-apocalyptic scenarios, traditional networking infrastructure may be compromised. In these cases, avian carriers offer a resilient and nature-friendly alternative. Syn-Crow-Nous Ethernet leverages the natural synchrony observed in crow flight patterns to transmit time signals across vast distances.

Protocol Overview:

  • A master flock of crows is synchronised with a quantum atomic clock prior to release. Phase synch is encoded in their carrier wave of the murmuration and frequency in their wingbeats.

  • Crows are trained to fly in formation, maintaining a formation that optimises the reception of the time signal by ground-based optical receivers (other crows) using the reliable Transmission Crow Protocol.

  • A SYNC Crow based in the data centre who can observe the Master Flock via the Migration Access Conduit.

Advantages:

  • Resilience: Crows are highly adaptable and can navigate through challenging environments, ensuring time signal delivery even in adverse conditions.

  • Eco-Friendly: The fist bio dynamic carbon neutral time sync since the sun.

  • Security: The time signal is inherently secure, as it would require intercepting the crows themselves to tamper with the data.

Limitations:

  • Latency: The time to synchronize is dependent on the flight speed and distance covered by the crows, the drag of a North African Swallow is the holy Grail.

  • Weather Dependency: Severe weather conditions can impact the reliability of crow flight paths and increase crow attrition due to lightning strikes.

  • Jet Engines: Avoid