Many different forms of storage, based on various natural phenomena, have been created. So far, no universal practical storage media exists, and all forms of storage have some disadvantages. Therefore computer systems typically contain several types of storage, each with an individual purpose.
A digital computer is a data using a binary number system. Text, numbers, images, audio, and almost any form of information can be converted into string bits, or binary numbers, each having a value of 1 or 0. The most common storage unit is a byte equal to 8 bits. A piece of information can be handled by any computer storage space large enough to accommodate the binary representation of pieces of information or just data. For example, using eight million bits, or about one megabyte, a typical computer can store a short novel. Usually, the most important part of any computer is the central processing unit (CPU, or just a processor), because it actually operates on data, performs all calculations, and controls all other components.
Without a large amount of memory, the computer will only be able to perform fixed and immediate output operations. It must be reset to change its behaviour. This is acceptable for devices such as desk calculators or simple digital signal processors. Von Neumann machines differ in that they have a memory in which they store their operations instructions and data. Such computers are more flexible in that they do not have to have their hardware reset for each new program, but can only be reprogrammed with new in-memory instructions, they also tend to be simpler to design, in relatively simple processors it can save state between calculations respectively to build complex procedural results. Most modern computers are von Neumann machines.
In practice, almost all computers use different types of memory, organized in a storage hierarchy around the CPU, as a trade-off between performance and cost. In general, the lower the storage is in the hierarchy, the lower the bandwidth and the greater its access latency from the CPU. Traditional storage sharing for primary, secondary, tertiary and off-line storage is also guided by cost per bit.
but not on the RecordsKeeper platform, this platform can store very secure data and also bring the image of its authenticity because this platform also can be connected in the world of the blockchain, individual have the security of data we have saved.
What’s So Special?
Prepare Blockchain in Your Infrastructure for Better Data Security
Blockchain Keeper tapes can be set up on your local infrastructure or cloud that will give you the security features below locally:
Immunity Data
Data integrity
Data Authenticity
Data verification
How to get started?
Step 1: Launch the Goalkeeper’s header.
Step 2: Upload Data to NotesKeytor Node
Step 3: Miners Confirm Data Transactions
Step 4: Fetch and Verify Data
RecordsKeeper can also be used in various fields such as:
Banking and Financial Institutions.
Government and manufacturing industries.
Title ownership such as patents, music, land records, etc.
Why use RecordsKeeper?
RecordsKeeper offers off-box functionality to store a structured value-decentralized value pair database. When a user uploads a file, a thick recording along with meta information is signed and pushed in Ledger RecordsKeeper. If the data is large, it can be pushed to an encrypted storage layer for retrieval later. If there is a change from the recording that occurred after upload, the hash of the recording will be different & the lasting imprint will be stored in Blockchain. A client can also use a checksum with SHA256 hashing to ensure that the digest of the record has not been altered.
RecordsKeeper is an open platform with key-value storage. A user accessing RecordsKeeper can create a stream of key values over Ledger RecordsKeeper that will act as secure data storage. Users can also use Encrypted Storage with our general ledger to store an unlimited amount of data. This data can be shared with interested parties by sending transactions. An open ecosystem for managing records reduces the need to build trust in a 3rd party organization. In addition, it provides community control and verification of data shared on Ledger RecordsKeeper.
FOR MORE INFORMATION:
WEBSITE:https://www.recordskeeper.co/
whitepaper:https://www.recordskeeper.co/xrk-whitepaper/
facebook:https://www.facebook.com/recordskeeper
twitter:https://twitter.com/records_keeper
telegram:https://t.me/joinchat/B4T_PxInGAjiXLz1N66t3Q
AUTHOR: ALEX789
btt:https://bitcointalk.org/index.php?action=profile;u=1653045
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