Tkeycoin's developers have created the TKEY blockchain core based on a new generation protocol that has no analogues on the market and brought the security and functionality of the digital ecosystem to a whole new level of sophistication. Original software solutions and approaches have effectively solved a number of problems specific to traditional DBMS: NoSQL and LevelDB, which are still used by some cryptocurrencies. This concerns in particular the reliability of the file system, the scaling, the performance, the bandwidth, the nuances in connection with the peculiarities of the data storage and the synchronization possibilities with existing systems. Many processes of said DBMS, models of database structures, their processing, reachability, do not meet the modern requirements and in particular the fundamental changes that are now in the TKEY kernel. The new protocol uses the PostgreSQL relational database management system, which, above all, successfully solves the problem of maintaining a large number of connections to a database.
The TKEY blockchain core is a large software package with a multi-level architecture. RSUDB offers powerful transaction and replication tools, an extensible system of embedded programming languages. In addition, the availability of an RDBMS enables easy integration with other systems without compromising decentralization and security. Software modules are adapted for different areas of government, commercial and banking activities.
It must be emphasized that the TKEY system and core are optimized for working with traditional databases operated by federal and local authorities, financial institutions, public organizations and so on. These are not the databases that are used in most cryptocurrencies, but most often are Microsoft and Oracle development products. The proportions of today's use of classic DBMS by ministries, departments and companies are as follows: MS SQL Server – 41.1%, Oracle Database – 28%, MySQL (Oracle) – 15.6%. As part of the solution to the ambitious task of creating a global digital ecosystem that can be used for a variety of purposes, the protocol has been adapted to relational databases so that each system topic can now use any one of them.
It is important to emphasize that the TKEY blockchain has high bandwidth while ensuring data security. The software-level protocol is designed to reduce the likelihood of data loss and unauthorized third-party access to zero. Centralized systems have a wide range but are more exposed to risks. Relatively speaking, these two indicators are inversely proportional, i. As throughput increases, the safety performance decreases and vice versa. The same applies to decentralized systems. All existing methods of proving a share in its pure form (eg POS algorithms) are subject to serious security risks that can not be reproduced in currencies. The TKEY developers were able to balance the values of these two indicators to achieve a reasonable level of security, transaction volume, and overall speed without increasing block size.
The existence of a professional database and the ability to interact with traditional databases open up great perspectives on the system and enable easy integration of organizations and business structures. Today, such an opportunity can only be achieved with the help of the TKEY kernel, whose numerous tests convincingly demonstrate extremely high performance in a wide variety of applications. According to surveys and surveys of the company, many leaders of official structures and business owners are well prepared for such changes, but how quickly they occur depends on the state. For the future activities of TKEY, the main objective of the project was and is to create universal products that make working with data of all kinds, operations with finance even more accessible, faster, more profitable and safer. The alpha version of the kernel was released in early April. A basic system update is scheduled for December 2019. The kernel has a compact and fast engine for server applications. The nchains architecture is the dynamic addition of chains within a single network and supports the creation of transactions both within a single chain and between different chains. The number of chains can be changed indefinitely by the algorithm. Conflict in a chain does not affect other chains, reducing the volatility of the entire multiblock block. The transaction rate control follows the formula "N" + ∞ depending on the network load. The first countries where companies can use the TKEY service system are Russia and the United Arab Emirates. Russia will be selected for the pilot launch as the country of origin of the project.