The developers Tkeycoin created the blockchain, the core of the TKEY Protocol-based new generation that has no analogues in the market, raising the safety and functionality of the digital ecosystem on a different higher level. Original software solutions and approaches helped to solve a number of problems typical of a traditional DBMS: NoSQL and LevelDB, which are still used by some cryptocurrencies. In particular, it concerns the reliability of the file system, scalability, performance, throughput, nuances associated with the specifics of storage, sync capabilities with existing systems. Many of the processes mentioned DBMS models of database structures, processing, accessibility, do not meet modern requirements and, moreover, the fundamental changes that are now at the core of TKEY. The new Protocol uses a relational database management system PostgreSQL, which in the first place, and this is important, successfully solves the issue of maintaining a huge number of connections to the same database.
The blockchain is the core of TKEY is a large software system with a layered architecture. RSUB gives it high-performance tools transaction and replication, extensible system of embedded programming languages. Along with this, the presence of an RDBMS allows an easy integration with other systems, without any loss of decentralization and security. Software modules tailored to the different spheres of government, business and banking.
It must be emphasized that the system and the kernel TKEY are optimized for classic bases, we work with Federal and municipal governments, financial institutions, public organizations, etc. the databases which are used in most of the cryptocurrency and the vast majority of cases, the development products of Microsoft and Oracle. Proportion of today’s use a classic DBMS ministries, departments, and business, as follows: MS SQL Server – 41,1%, Oracle Database 28%, MySQL (Oracle) – 15.6 per cent. Under the ambitious task of creating a global digital ecosystem, which could be used for many different purposes, the Protocol was adapted to relational databases, allowing any subject system will now be able to use any of them.
It is important to emphasize that the blockchain TKEY has a high throughput, while ensuring the safety and security of the data. Protocol at the software level is designed so that the probability of data loss and unauthorized access by third parties tends to zero. Centralized systems have a large amount of bandwidth, but it is more exposed to risks. Relatively speaking, these two indicators are inversely proportional, i.e. if the throughput is increased, the falling rates of security, and Vice versa. About the same is the case in decentralized systems. All the existing methods of proof of stake in pure form (for example, POS algorithms), exposed to serious security threats that cannot be reproduced in currencies. TKEY developers managed to balance the values of these two indicators, having a decent level of security, higher transaction volume and overall speed without increasing the size of the block.