Blockchain node are commonly and universally designated,which implies a complicated network ecosystem.
Consensus algorithm execution and the synchronisation of blocks can be greatly influenced by enormous network jitter and latency.
Seele decides and suggested Quick Value Internet Connection(QVIC) policy. The QVIC adapts excellently and satisfy all requirements by blockchain value network which they encounter during transport and applications,especially when handling many connections,security,low latency are obvious benefits.
More Benefits which are technical include:
•Utilisation of a opaque proxy mode,user can connect to a nearby server and QVIC will assume control.
•High tolerance for packet loss
•Encode data streams,transfer server-to-server data over UDP packets and improved security.
•Load balancing can be used to enhance robutnes.
•Data from origin to destinations in order to guarantee security.
QVIC carried out a goal and objective aimed at optimisation,solving situations in wide area network such as network jitter,packet loss and other traits of instability. This however restrain the fast and efficient beneficial capability of UDP protocol and it makes attainable the intergrity of TCP data transmission. As well the speed of transfer and efficency has been nobly enhanced resulting from the Utilisation of pre-connection mode.
Being derived on UDP protocol,QVIC also enhances the stability and efficiency in diverse times by altering the transmission control algorithm and that of FEC dynamic compensation mechanism.
Resources/data on blockchain is founded on consensus. On the account of the fact that it is dependable,highly secured and can not be altered by unauthorised means,in such a way that extra amount of data is able to be carried over from the storage center to the chain,still the cost for the blockchain is proportionally huge in regard storage of data and file. Besides the barriers agencies,government,enterprises that have large amount of high-valued data encounter is on how safe guard the security and data privacy. From another point of view,computing based on the traditional method of applying performance does not assure data security and the state of algorithm that correctly mirrors its specifications in the calculation process, then again, virtual machine is not able to make possible a large computing power to make attainable additional resources to satisfy other computer requirements necessity.
Seele decides and created a brand new technology which aim to incorporate off-chain storage and computational resources over blockchain and smart contract. By the means of fusing blockchain and IPES,the deficiency occurring in blockchain system in file storage is resolved. Also encryption of the hash value of the file directory on the blockchain and it then save the storage cost of the blockchain,which cabn be stored permanently in the distribued IPFS file sharing. Likewise SC resolves tge challenge of data island, blockchain chain based data desentization technology to make certain data privacy.
Seele seek to offee two diverse process of computation -where muliple secure computations on a contract,on-chain virtual machine are sufficient or appropriate for situation where application that have low requirements resources can be safely transfered. As well distributed cluster off the chain control computing resources can be restrained by means of contractual entities.
SEELE ROAD MAP
Seele is listed on an exchange,please visit the link below for morde details;
https://goo.gl/images/hKNpJh
https://www.coinbene.com/#/market?pairId=SEELEETH
https://www.hadax.com/seele_eth/exchange/
Website;https://seele.pro/
Telegram; https://t.me/seeletech
ANN thread; https://bitcointalk.org/index.php?topic=2820292.0
Whitepaper; https://s3.ap-northeast-2.amazonaws.com/wp.s3.seele.pro/Seele_tech_whitepaper_EN_v2.0.pdf