Introduction
Breaking the limits of TCP/IP-based internet connections, Tachyon Protocol is built to ensure the decentralization of internet by establishing a layer that cannot be tampered with by any external barrier.
The purpose of this is to ensure that all Tachyon Protocol-users enjoy ultimate privacy and security. To achieve this, Tachyon protocol combines X-VPN with V SYSTEMS blockchain.
This decentralized protocol contains highly effective P2P technologies that collectively solve the problems of users’ impersonation, speed retardation, vulnerability, man-in-the-middle-attacks, network sniffing, and other cybercrimes and privacy invasions.
Major Branches of Tachyon Protocol
- Tachyon Booster UDP: The main objective of TBU is the reestablishment of TCP/IP-based internet communication. To accomplish this, TBU functions as a bottom transport layer that adopts the methods of DHT, blockchain, and UDP.
Additionally characterized with the application of real-time optimal routing, TBU features 1000% transmission speed on the maximum and 200% speed on the minimum within a network that is centralized.
For weak network area, it ascertains up to 90% connection success rate and for complex network area, this connection success rate can be boosted to 99%.
- Tachyon Security Protocol: This is the branch of Tachyon Protocol that centers on security and privacy.
TSP basically characterizes ‘end-to end encryption scheme’ and ‘protocol simulation’. The function of the ‘end-to-end encryption scheme’ of TSP is to protect the decentralized internet communication against network sniffers, hackers, and man-in-the-middle attacks. ECDHE-ECDSA end-to-end encryption plays a vital role in this area.
On the other hand, protocol simulation branch of TSP ensures that attacks are prevented and external barriers cannot bypass firewalls and filtering. To achieve this, it makes use of SMTP, FTP, and HTTPS simulations.
- Tachyon Anti-analysis: One of the loopholes of decentralized network is that it makes single nodes vulnerable. Through this vulnerability, attackers can have access to the communicated data.
To rectify this problem, Tachyon protocol adopts a method by which data are broken into smaller units using the concurrent multi-path routing scheme before the same decomposed data are being forwarded by multiple encryptions using the multi-relay forwarding scheme.
The success of this process is credited to Tachyon Anti-analysis branch of Tachyon Protocol.
- Tachyon SDK: This is the branch of Tachyon protocol designed for quality data broadcasting for blockchain projects.
It minimizes the expenses of integration for blockchain projects. It ensures that there is due encapsulation and the process of development is not too strenuous.
Tachyon standard SDK makes the integration between blockchain networks and technological stack easily achievable.
The Role of IPX Token
IPX token is the Tachyon native token that is created to drive various participants to have inputs in the great developments and innovations going on in the Tachyon ecosystems.
With IPX token, trading and reward mechanisms can also be transparent, fair, and efficient for all participants.
Within the digital space of Tachyon, IPX token will be used for authentication, community governance, and settlements in transactions.
To ensure that security, privacy, and decentralization is maintained, IPX token will be used for the verification of identity.
Also, IPX token is established to check the excesses of the Tachyon founding team and to prevent the team’s authority from being centralized.
Conclusion
With Tachyon Protocol, users have a reliable privacy and high speed networks. It is available for various users. iOS, Andriod, Windows, macOS, and other related systems have access to the decentralized blockchain based privacy platform of Tachyon Protocol.
For further information, visit
Website: https://tachyon.eco/
Whitepaper: https://tachyon.eco/TachyonWhitePaper.pdf
Telegram: https://t.me/tachyoneco
Written by
Ife2020
https://bitcointalk.org/index.php?action=profile;u=2395414