Syntropy has announced a worldwide routing protocol based on their blockchain-powered relay network with Entain, a sports betting and gambling startup. Through decentralization, the objective is to minimize latency for metaverse and web 3 apps. The protocol is intended to identify performance problems and redirect traffic to alternate pathways if necessary.
Syntropy has developed a decentralized autonomous routing protocol (DARP) that links data centers all over the world. Syntropy’s DARP technology is entirely configurable and works on top of the public Internet. In an interview with GamesBeat, Domas Povilauskas, CEO of Syntropy, explained how the global digital fabric builds a network of networks made up of the optimal pathways.
Entain began adopting Syntropy throughout its 40-country client base after a technical test to provide improved performance to users. On its default Internet route, Entain’s testing found a 1,500 millisecond latency for 35 minutes. The congestion was recognized by DARP technology, which diverted traffic around it.
Domas Povilauskas, the firm’s founder and CEO, stated, “This company was founded in the year 2018. We’ve been together for over four years. We currently have 56 staff. The business is entirely decentralized. We don’t have a place to work. The team in charge of business development is based in New York. The Bay Area is known for its marketing. I currently reside in Los Angeles. The engineering staff is dispersed around Lithuania, which is where I was born. Many brilliant network engineers are educated there.”
“We started with a distributed, self-configuring routing mechanism. BGP is the protocol that powers the public Internet routing system, if you’re not familiar with it. We developed a protocol that links nodes, PCs, and servers using distributed registry technology. It’s all part of a single mesh network. After then, these nodes exchange performance data with one another, building a global routing ledger. This global routing ledger always knows the optimum path between any two mesh network endpoints in terms of latency, packet loss, and jitter.”
For MetaNews.