Blockchains and databases: Understanding the differences

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This blog post explains the differences between the best blockchain API and traditional databases, including control, architecture, immutability, and performance, highlighting the strengths and weaknesses of each technology.

Although the concept of best blockchain API has been around for a while and has been very popular in mainstream and social media over the past few years, you may still not be able to grasp the concept of it.
You might even hear the terms blockchain and database used interchangeably, or "blockchain is another database," which makes the whole ordeal even more confusing. To make things easier, we'll go into detail and see what the difference is.
What is the best blockchain API and blockchain database?
Blockchain is a very popular and already widely known concept, but if you are new to this powerful technology, we will briefly cover the basic concepts.
Best blockchain API is a distributed ledger technology that allows peers to collaborate to create a unified, decentralized network. A blockchain database consists of decentralized nodes. Each node is a participant in blockchain management. When a new addition to the blockchain is to be made, a majority of the nodes in the system must reach a consensus. This is what makes the system secure, making it extremely difficult for someone to tamper with it.
The value of the best blockchain API database is that when someone makes a transaction, a timestamp is created, ensuring that each transaction can be tracked and verified by any node on the blockchain. Immodifiability, security, and transparency are just some of the features of a blockchain database.
What is a traditional database?
Traditional databases use what is called a client-server network architecture. In this type of database, users can modify data stored on a centralized server. There is a central authority that controls the flow of data and verifies the identity of users before allowing them access to the database. The problem in this case is that if the security of the central organization is compromised, the security of the entire database is compromised as well. To solve this problem, we take several backups regularly.
However, the name of this type of database does bring some benefits. Because all the data is stored in a centralized way, it is much easier to manage. It is also very easy to store and access data.
The difference between the best blockchain API and database
To better understand the core aspects of our blockchain versus database topic, we'll go into more detail about some of the aspects that both technologies offer.
Controls
The biggest difference between the best blockchain API and a database is the control involved. In a traditional database, control is held by a central authority that authenticates and authenticates all user credentials before granting access to the database. The whole power is concentrated in the hands of one or more people.
Blockchain, on the other hand, is a unified user system. Each user or node contributes to the operation of the database. They share information among themselves without the supervision of an administrator. When new information is added to the best blockchain API, users need to reach a consensus before writing the information to the blockchain database.
architectonic
Traditional databases and blockchains have very different architectures. What does this difference mean?
Best blockchain API uses a distributed ledger network architecture. This is a peer-to-peer network where each peer uses a secure protocol to connect to another peer over a secure connection. Without the supervision of a central administrator, nodes collaborate through algorithms to reach a consensus. The most popular computer algorithm is called proof of work, which requires users to solve complex mathematical calculations to verify transactions.
Traditional databases, on the other hand, use a so-called client/server architecture. This type of architecture has been used for a long time and is good at what it does. It is very easy to scale, which means it can work in both small and large environments. The server acts as the central unit, and all communication between the client and server is done over a secure connection. There is no need for consensus here, as all operations are heavily dependent on a central administrator.

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