features & specifications
TERA is a truly decentralized blockchain with almost unlimited number of blockchain manufacturers (hundreds of millions). It is not 20/40 nodes as blackany made by consensus of the DPOS.
Tera blockchain supports 1000 transactions per second, and the block is created every 3 seconds, while maintaining all the functions of the classic blockchain and providing great opportunities for further development.
Coins are stored in accounts similar to Bank accounts. Account numbers (ID) have a short name. To verify the correctness of the payment, each account has a public name. You can assign a smart contract to each account to manage it intelligently. The system provides safe and easy management of your financial assets.
Double Spending Protection
In the Tera network, blocks are created every second, and the first confirmation time is 8 seconds, but if you want the same degree of reliability as in the Bitcoin network - you need to wait for the same duration. The duration of time you wait correlates to the degree of reliability.
Protection from DDoS attacks
We use transaction priority. Transactions that are sent from accounts with a large amount of funds have a higher priority. 1 Tera to the account gives the right to send 1 transaction byte every 100 blocks (5 minutes).
The original script of any TERA dapp is not available for modification by third parties and is free from censorship. A dapp will be functional forever as long as at least one node is running!
Unique POW algorythm
We consider that the POW is the only consensus that can provide true #decentralization. No expensive equipment required to become a miner! Our mining algo utilizes CPU+RAM #mining.
We have developed truly #decentralized #blockchain and a powerful tool, which is able to provide solution to any issue. Now it is possible to construct new decentralized economy without borders and regulations!
Traditional blockchains do not use the ordering of nodes with each other. This random organization of links does not guarantee fast delivery of blocks between all nodes. In Tera, nodes organize themselves into an orderly manner of communication.
The blockchain takes no longer than 3 seconds to deliver data from the 1st node to the last one. To achieve this, the nodes are connected to each other in a special connection, based on the similarity of the addresses of nodes with each other.
TeraFoundation project is a blockchain platform that includes decentralized cryptocurrency wallets and DApps and manages users' digital assets, so the safety of our products comes first.
We remind that the bug hunter program pays 100,000 Tera for critical vulnerabilities found that lead to the theft of money from the wallet or the network shutdown. The event is held indefinitely - until a complete victory over all the bugs.
We express our deep gratitude to the GeekHack team for the consulting provided and the vulnerabilities discovered.
The team with high professionalism approached the study and promptly provided reports and recommendations, which made it possible to timely eliminate critical vulnerabilities and significantly increase the level of safety of our users' digital currency wallets. Fruitful cooperation, attention to details and the proper level of confidentiality allowed us to record the absence of real cases of operation, so the assets of our users were provided with the proper level of security.
|Max Supply||Launch date||Consensus Protocol||Cryptography||Smart contract language|
|   Block Size||   Pre-mine||   Source Code||   Explorer||   Platform|
|350 KB   ||5%   ||gitlab, github||teraexplorer.org   ||NodeJS   |
RoadmapPlan of development
General concept of sharding
Based on the sharding protocol, you can create a network with millions of nodes...
Protocol extensions and pow-based security balancing
Сеть представляет собой неограниченный набор блокчейнов. Каждая нода поддерживает два чейна...
Sharding via the message mechanism
Smart contracts can exchange messages between each other, including between different shards...
We just launched a bounty dapp that distributes coins.
How nodes search for each other in the TERA network. Trusted nodes.
At start, an attempt is made to connect to other nodes from the address book list...