The complete decentralized architecture on FESS instills the much needed trust and transparency within all transactional networks.
A double layered authentication method of transactions, based on blockchain technology makes it virtually impossible to hack into our system.
Our unique parallel processing algorithm ensures 450-900 transactions per second(TPS), way ahead of existing solutions.
Fesschain platform through its token powers individuals and business for their various needs.
The whole technological framework can be broadly understood in termsof ‘Neutrino Framework’, powering the fesschain ecosystem. Apart fromthat, this part of the document will also explain how fesschain willimprovise the way DApps till date are being developed and run. In fact, itis also one of the major reasons which made way for the existence offesschain.We will understand both of these forebodings on case by case basis.7.1 Neutrino FrameworkThe fesschain is majorly driven by the powerful Neutrino Frameworkwhich is the key to its speed amplification with the increasing volume ofdata. This Framework makes sure the blockchain doesn’t clog with theunnecessary data so that the maximum transaction speed can beensured even at the high transaction requests. The goodness of anotherplus point in this framework that brings up the bitcoin’s blockchainsecurity to the next level.The FrameworkThe Whole Neutrino Framework is divided into 5 Phases or 9 Stages.These stages sums each and every activity takes place during any oddtransaction on the fess blockchain.
1. Inputs InitiatedIn this phase, the transaction requests are initiated and forwarded to the Data Optimisation Phase. Stage-1At the first stage, there are multiple transactions are requested from the users’ end on the blockchain.2. Data OptimisationThis phase is completed in two crucial stages. The received inputs in the phase 1 will be converted into a data type which is blockchain friendly and then the process of trimming of the raw data into relevant data will be initiated. Another important step, the fragmentation of the data takes place under this phase. Stage-2In the second step, the requested Transaction Data is developed into the respective blocks in order to make it system friendly09TECHNOLOGICAL FRAMEWORK Stage-3Once the blocks are developed then the third stage comes into existence where these blocks are sent to the parent node. This is a very important step as all blocks are processed to churn out the relevant data. This is achieved through the ‘Data Fragmentation’. Under fragmentation, data is broken into the smallest unit parts possible so that the unnecessary data and space both can be taken care of.3. Data ValidationThis phase comprises three stages. The fragmented data converted into blocks from the previous phase is arranged into random manner with the versatility of artificial intelligence. Thereafter the data verification starts to make sure only relevant data is stored on the blockchain. Stage-4In the 4th stage, the freshly processed data is sent to randomly arranged virtual nodes with the help of artificial intelligence so that the networks can process it. Stage-5Once the data is moved into the randomly ordered virtual nodes the next process comes into action. In this stage, the available Sub-nodes validate the entries. After verification, the data from here is forwarded to the next stage where the entries will be recorded on the blockchain.Stage-6The verified and relevant blocks now become part of the blockchain.4. Data AggregationOnce the data is fragmented, optimised and validated to find his mainstay in the blockchain. It’s high time the data is aggregated so that every irrelevant data request can be dropped and the precious block space on the blockchain can be saved. Stage-7Once the entries are received then all blocks are verified with the Bitcoin’s mined blocks for aggregation.10 Stage-8Now as the data has been sorted, fragmented, validated and aggregated. The 8th step is what is visible to the user that is the DATA, the Relevant data which has now been saved in the Fesschain’s blockchain.5. Completion Stage-9Now the relevant entries are recorded and the Transaction has been successfully completed. It may sound like 9 different long stages that are going to take some several minutes or so. But the story is completely different. The Algorithm of Fesschain is optimized to deliver up to 900 such transactions within a second. All this without compromising even an iota of security.