Syntropy Intergration
Last updated
Last updated
Syntropy's technology plays a pivotal role in reducing latency by up to 25 percent. This reduction is achieved through private internet network connections, extending Jam Galaxy's reach and enabling an even broader spectrum of users to engage in near real-time music collaboration.
Global Intelligence Layer: DARP nodes play a crucial role in enhancing the Internet's efficiency by continuously exchanging latency data and other performance metrics. This constant sharing of information among the nodes forms a global intelligence layer, which significantly improves the understanding and management of Internet pathways.
Seamless Operation and Optimized Routing: The key feature of DARP nodes is their ability to automatically reroute network traffic. They assess various factors such as Internet latency and packet loss, among other metrics. When a DARP node identifies a route that is superior to the standard public Internet path, it takes over the relay of network traffic. This ensures a more efficient and seamless operation of the Internet, optimizing data flow for better performance and reliability.
A comprehensive graphical representation of Jam Galaxy's infrastructure offers a clear view of the intricate relationships between its various components. This encompasses the seamless integration of Jamulus, the network enhancements facilitated by Syntropy, the robust server-based architecture complemented by P2P connections for proximity interactions, and the sophisticated audio libraries. Together, these elements harmonize to forge an unparalleled music collaboration experience.
We are optimistic about the feasibility of continental online music interaction with the existing internet infrastructure. While the current submarine cable systems for intercontinental connectivity present certain limitations, the continuous advancements in global internet infrastructure pave the way for the potential realization of intercontinental musical interactions. Emerging technologies, such as 5G networks and low Earth orbit satellites, offer promising prospects in this regard.
Below is the current map of submarine cables:
