About Syntropy (NOIA)
Syntropy (NOIA) transforms the public internet into a secure and user-centric internet, whereencryption and optimized performance are built-in and automatically enabled for anything and everything connected to it. technology is compatible with the current internet yet allows for the complete utilization of resources. It removes bottlenecks and limitations, ensures security and optimization by default, and unlocks greater scalability potential for future technologies and applications.
Syntropy (NOIA) Barely a day goes by without a news report of some Internet infrastructure failure that impacted end-users across the Internet. There is often nothing affected users can do but wait for the storm to pass, and resume when connectivity is restored. Segment Routing has emerged from the IETF as a source routing RFC that can force network traffic to, and then through, a pre-defined sequence of relays called segment routers. Each segment router replaces the destination address with the address of the next segment to visit on towards the destination. This enables end-systems to force traffic along a network path that bypasses areas of network degradation.
Syntropy (NOIA) Storage Key Points
| Coin Basic | Information |
|---|---|
| Coin Name | Syntropy |
| Short Name | NOIA |
| Circulating Supply | 389,538,279.52 NOIA |
| Total Supply | 1,000,000,000 |
| Source Code | Click Here To View Source Code |
| Explorers | Click Here To View Explorers |
| Twitter Page | Click Here To Visit Twitter Group |
| Whitepaper | Click Here To View |
| Support | 24/7 |
| Official Project Website | Click Here To Visit Project Website |
Token
Syntropy Traffic on Syntropy is routed using our Distributed Autonomous Routing Protocol (DARP). This blockchain-based system facilitates traffic using the NOIA token, rewarding node operators for network contributions. Our token can be considered ‘gas’ for the internet. Service and applications running on Syntropy spend NOIA to pay for network usage.
Ecosystem
Anything built on the current internet can be built on Syntropy, with seamless compatibility. This enables a diverse ecosystem of applications with integration into all key technology system native digital asset allows this ecosystem to create its own decentralized economy, one supported by tens of thousands of community members running node infrastructure, with developers incentivized to deliver applications and software on top of the network.
Syntropy Stack
Syntropy tech stack allows anyone to build and deploy applications on Syntropy, with all connections optimized-for-performance and encrypted-by-default. It is compatible across millions of devices and services, including cloud, on-premise, and edge infrastructure. Syntropy Stack gives every developer the power and control to build on our unifying layer.
Detection
Most of the time, the system operates in pass-through mode, forwarding traffic on to the default gateway. The system looks up the geolocation ISP tuple to find the best egress segment router for target destinations. A list of alternative routes is calculated and compared to default Internet routing performance.
Reroute through the Public SR-WAN
Syntropy When congestion is detected in the form of packet loss or latency variance, etc., a segment router packet is constructed with the original packet as payload, and with the segment routers to visit listed in the segment router packet. This segment router packet is sent to the first segment router in the path. Every router along the path forwards to the next segment router hop. Along the path, each segment router counts the amount of traffic sent and received by each other segment router.