About Noia.network
Noia.network is a founding member of the Web3Infra Alliance – effort to unify different infrastructure providers to create an open developer platform for Web 3.0 applications that thrive in a decentralized and shared economy. Latest Internet protocol developments and the advancements of Distributed Ledger Technology created an opportunity to solve the core problems of the Internet infrastructure.
- About Noia.network
- Fragmentation and design limitations
- Border Gateway Protocol (BGP) – initial routing protocol created in 1994
- BGP is prone to ultimate design limitations:
- Internet Inefficiencies & Security Problems
- Basis of Programmable Internet
- Use case for Distributed Ledger Technology
- Decentralized Internet Transit Exchange – DITEX
- NOIA token utility
- Digital currency integrated into the network
- NOIA Platform
- NOIA Network-as-a-Service
- User Interface
- Smart Routing
- Network Functions
- For Software Applications
- For Enterprises
- Benefits
- Main Team
NOIA token is used for services and applications built on the Programmable Internet backbone. It represents a unit of transport within the network. NOIA tokens will be made available through a series of community airdrops, and Initial Exchange Offerings (IEOs). Follow the latest announcements on Telegram.
Noia.network started as a Decentralized Distributed P2P Content Delivery Network (CDN) startup. It secured funding from institutional investors, assembled a team of world-class engineers, experts and advisors and delivered first of its kind Open Source technology – NOIA Cache.
It attracted over 9000 community members and over 5000 nodes were installed. It currently has a capacity of over 25TB in NOIA Cache nodes at any one moment and delivers content to a number of websites.
| ICO | DETAILS |
|---|---|
| Token Name | Noia.network |
| Langugae | English |
| Token Symbol | NOIA |
| Token Type | ERC20 |
| Country | Gibraltar |
| Accepting | ETH |
| Bonus | Available |
| Restriction | USA, China, Japan |
| Whitelist/KYC | KYC |
| Advisors | 10% |
| Token Supply | 1,000,000,000 |
| Token Sale | 200,000,000 |
| Website | Hompage |
Fragmentation and design limitations
Networks differ in size, capacity, density and distances between them. The growth was decentralized and uncoordinated. Fragmentation was built into the core of Internet and determined the Internet protocol design.
Border Gateway Protocol (BGP) – initial routing protocol created in 1994
BGP was designed for ISP routers to find a path to any IP address through a series of independently operated networks. It is still the routing protocol used today.
BGP is prone to ultimate design limitations:
- BGP can only forward traffic to a neighboring router. It can’t control the whole route. It’s forward-and-forget only.
- The protocol limitation to only act locally makes Internet work on absolutely no guarantee basis
Internet Inefficiencies & Security Problems
Noia.network Each change in any of the networks on the Internet causes BGP updates. These updates make a connection between two points to have a constantly changing path, which creates severe variability in Internet’s performance.
It is impossible to guarantee service reliability without using overlay networks. Low-latency, performance-critical applications and games can not operate on public internet.
Internet is Unreliable
Technology companies find it impossible to guarantee service reliability due to the problems related to the Internet’s performance.
Hard to Scale & Maintain infrastructure
Significant investments and maintenance are required to ensure quality service globally. Scalability is slow, non-dynamic and requires multiple infrastructure providers.
Not Secure
BGP hijacks cause severe privacy breaches and service disruptions. It is impossible to prevent it and reaction times vary by service providers.
Basis of Programmable Internet
IPv6
The newest version Internet Protocol (IP), that expands packet size and allows adding custom header information.
Segment Routing
Noia protocol which makes routers understand routing information in packet headers and act upon it.
SRv6
The combination allows adding routing information to each packet of data transferred, therefore introducing the network that can be programmed on a packet level.
Use case for Distributed Ledger Technology
Current Internet infrastructure does not have a central point of internet topology for Traffic Engineering. DLT provides the central database for storing IP addresses available for routing, but is architecturally and politically decentralized. When the state and topology of discoverable routers is known, data can be programmed based on the information about all available Internet routes.
Decentralized Internet Transit Exchange – DITEX
- Using DLT, DITEX is created for providers and data centers to buy and sell internet access point as transit to any peer globally.
- On DITEX buyers can secure full routes to destinations through selected peers and use Segment Routing to send traffic through them.
- Segment Routing and Distributed Ledger Technology combined make the Programmable Internet viable.
NOIA token utility
For companies Companies can use Programmable Internet backbone as a service and pay for the traffic used.
- NOIA Cache
- SDN
- Smart routing
- Future applications built on NOIA Network
Digital currency integrated into the network
Transit points (nodes) that relay traffic serving applications and services running on NOIA Network backbone are remunerated with NOIA token proportionally to each of their contribution level.
NOIA Platform
NOIA Network-as-a-Service
It uses smart-routing algorithms and Segment Routing technology to ensure fastest, zero latency, dedicated throughput by utilizing our backbone. It has virtually no overhead costs, low barrier to start using the network and full flexibility to dynamically set up required links using certain criteria.
User Interface
Noia.network User-friendly Interface to set up, manage and oversee connectivity for your network links.
Smart Routing
Smart routing always sending traffic through most optimal routes based on latency, packet loss and other criteria.
Network Functions
Virtual Function Marketplace allows using dozens of Network Functions NOIA Cache.
For Software Applications
Software providers connect to NOIA Network through local Access Point and use Access Point address in their Applications or Servers in other locations.
For Enterprises
Enterprises can use their existing SD-WAN solutions to connect different locations via NOIA Network instead of MPLS links.
Benefits
Reliability
Carrier-grade global network ensures maximum IT infrastructure uptime.
Lower costs
Noia.network Network agility makes it an affordable solution compared to other overlay network solutions.
Revenue saved
Removing any downtime protects from both lost revenue and productivity.
Easy integration
Plugging into the Network is hastle-free. No complicated set-up required.
