Byteball - Decentralized Storage and Transfer Of Value
Byteball better than blockchain because there are no blocks, and no square size issue. Rather, every new exchange references at least one prior ones (guardians) by including and marking their hashes.
In a system in byteball there are many features that are unique : Consensus, Fees and intrinsic value, Regulated assets, Private payments, Multi signature, On-chain oracles
By including it's folks, each new exchange additionally by implication incorporates and affirms all guardians of the guardians, guardians of the guardians of the guardians, et cetera. As more exchanges are included after your exchange, the quantity of affirmations you get develops like snowball, that is the reason the name Byteball (our snowflakes are bytes of information).
On Byteball there is no PoW, no PoS, and no mining. Rather, we have the DAG, which as of now sets up halfway request between exchanges
The principle chain is characterized deterministically in light of the places of exchanges in the chart. Allude to the white paper for points of interest, however when in doubt, the MC floats towards exchanges created by understood clients, which we call witnesses. The rundown of witnesses is characterized by clients themselves as they incorporate the rundown in each exchange they post. The MC then takes after the way inside the DAG with the end goal that:
1. The witness arrangements of the neighboring exchanges on the chain are either indistinguishable or vary by one and only transformation,
2. The chain experiences the most number of witness-composed exchanges, contrasted and elective chains.
Fees and intrinsic value
The charges paid for putting away one's exchanges (or whatever other information) in the Byteball database are equivalent to the span of the information being put away. On the off chance that your exchange size is 500 bytes, you pay precisely 500 bytes (the local money of Byteball) in expenses. This implies there is natural esteem in bytes: it is the utility of for all time putting away that size of information in a decentralized unchanging database. For information that speaks to money related exchanges, the esteem is social instead of individual, since you totally need to store the full coin history keeping in mind the end goal to have the capacity to demonstrate the esteem and validness of the coin to each consequent proprietor.
The charges are gathered in part by the individuals who are first to reference your exchange as parent and incompletely by witnesses. The previous influences referencing the latest exchanges as guardians, which brings about the DAG developing in one bearing just, similar to the storage compartment of a tree, and being as restricted as system inertness grants. In the event that new exchanges are sufficiently uncommon, to such an extent that all hubs have enough time to match up before another exchange shows up, the DAG will look practically like a chain, with just infrequent forks and snappy unions.
Regulated foundations can issue resources that are good with KYC/AML prerequisites. Each exchange of such resource is to be cosigned by the backer, and if there is anything that repudiates the directions, the guarantor won't cosign.
Along these lines, banks can issue fiat-pegged resources and remain completely agreeable. They can open request store records and track them on Byteball as resources. These advantages are effectively replaceable against bytes and different resources (with bank's endorsement).
Payments in private resources are not obvious to anybody but rather the payer and the payee. The installments are not put away in general society database; rather, they are sent shared.
For security, we can require that our assets be spendable just when a few marks are given, e.g. from your portable PC and from your telephone. For shared control of assets, marks from various individuals might be required