Meson Network Airdrop Review : Selected to Win 2.5 USDT & 5 Meson Each.

About Meson Network Airdrop

Meson Network Airdrop is building the decentralized bandwidth marketplace for Web3, connecting internet users with spare bandwidth through an efficient Web3 marketplace​. Meson Network is giving away a total of 500 USDT & 1,000 Meson to 200 lucky participants. Sign up for the giveaway and complete simple social tasks to be eligible to win the rewards.

What is Content Delivery Network

It is a cost effective and reliable solution to the user experience and access problems brought by an exponential explosion of content delivery and distribution. It is a new web infrastructure that is made up of accelerator nodes that are distributed geographically. These service nodes will store your business content according to smart caching strategies. When a user initiates a request for your business services, the request will be routed to the service node closest to the user so responses can be as quickly as possible, and delays can be minimized, effectively improving user experience and service usability.

Security Against Attack

When an enterprise exposes its own servers’ source IP addresses to end users, it makes itself extremely vulnerable to attacks such as DDoS that will damage the stability and security of its online services. Using the Network can hide the source IP addresses and protect the servers from DDoS.

Breaking Monopoly

Nowadays, so many companies are using content acceleration services that top solution providers like AWS and Cloudflare have reached market capitalization of over tens of billions of US dollar. With the explosion of stream media, future demand for content acceleration will only get larger and larger. However, many companies do not have a lot of choices when it comes to solution providers. The market price has been more or less fixed, and market profit has been shared by several giants.

Looking from the supply side, there is a wealth of idle bandwidth that can offer network resources and hardware comparable to those offered by giants, thus there exists a significant quantity of invested bandwidth resources that have not been optimally monetized. Meson provides an opportunity to break the monopoly of giants, on one hand, we provide a network provision standard for bandwidth resources to be connected, on the other hand, we release the extra value that is been kept behind locked door by giants so far.

Saving Sunk Cost

Among all computer resources, general-purpose servers are the most common resources. Developers/schools/institutions/enterprises around the world have a large number of general-purpose servers. This type of general servers is different from the limitations of traditional crypto currency mining machines (ETH, BTC) at the application level, and a large number of servers have been deployed and used everywhere. But looking at the world, many of these resources cannot be fully utilized.

It is difficult to find a reasonable channel for realization. Meson can be widely deployed on existing general services, so that everyone can deploy mining with one click. Meson intensively utilizes a large number of existing general-purpose servers through mining, reducing consumer costs and also enabling mining participants to gain benefits.

Bandwidth Ecosystem

Meson.Network aims at building a global bandwidth ecosystem and trading platform with ‘Meson’ token as an exchange media.

Miner[Terminal]

Provide services by accessing the network according to standards and obtain tokens.

Client

Use Meson to accelerate your application and protect it from malicious attacks from the Internet.

Cooperation

Reasonable business model to reach more terminal nodes through Meson Network.

Reaching long tail users

Many end users and merchants own or rent servers in the central computer room. Although the relevant configuration meets the requirements, due to
the size and channel problems, the giants are unwilling to invest in sales manpower costs to cooperate with them. And if such users are aggregated,
it will be attractive to giants. In view of this, Meson uses token incentives to acquire such users and does not invest huge manpower sales costs. Instead,
it uses a spontaneous incentive model to let the long tail market join the network.

Transmission Verification

The key to network acceleration is data transmission acceleration. Under a certain level of total system resources, it is ideal for terminals to store as much cached files as possible, while also moving frequently requested files to be cached at locations close to the requester. After a terminal is started, it will start to cache files. When a certain threshold is reached, the terminal will delete files that have low request frequency. The deletion operation is initiated by the terminal, and verified by the dispatcher. Alternatively, Deletion operation can also be directly made by the control terminal. When assigning caching tasks, the control needs to know the remaining storage space of the terminal and whether it has the ability to continue to cache files so as to optimize network efficiency.

Reliability and Redundancy

A key feature of acceleration network is its ability to keep content online even when faced with common network problems such as hardware failures and network congestions. By means of load balancing internet traffic, using intelligent failover, and maintaining servers across many data centers and locations, it can avoid network congestions and resist service interruptions.

Token Incentives

Meson uses blockchain tokens as a means of providing and changing incentives. In BitTorrent network, users would contribute their upload bandwidth to get a better download speed, but in many cases, they would exit the network(close the software) after the download is completed. At this time, the network is idle, but because there is no download needs and no other incentives, users will not continue to be on the network after their downloads.

The main problem with the original BitTorrent network is that there is only the possible exchange of similar resources, if users want more download bandwidth, they have to provide upload bandwidth in exchange. however, once they have fulfilled their download needs, the exchange ceases and that decreases the overall networking effect of BitTorrent. Now, if the exchanges can be manifolds, not just an exchange of bandwidth, but also with tokens and other value stores, users will be much more inclined to be on the network even without download need