Compared to other decentralized databases

Our vision
The next four part are the key points that the development of the database for Web3 should focus on.
Today DB3 is more interested in making sure of transparency.
four stages of web3 database
Differs from other decentralized databases
Text
DB3
Ceramic
WeaveDB
Polybase
The Graph
Brief intro
a fully decentralized database network that developers can use sql to access and use DVM to develop smart contract on it.
Peer-to-peer databases database protocol that maintain streams base on IPFS
NoSQL database designed for retrieval the long-term data storage in Arweave
a decentralized firesbase
a protocol that using Graphql to query the data on ethereum and IPFS
DB Type
SQL
Key-Value Store
No-sql, document-oriented
document
​
Models
Account based data permission model, account to data
Account to single JSON object (Data Models)
the disposal (like a delegate or redirect) private key to the JSON object
Pubkey to the collections (conceptually similar to a database table)
​
Storage
shard storage chain base on decentralized network
TileDocument streams
document on the Arweave permanent storage
shard storage chain base on decentralized network
​
Indexing
setting the indexes in your data tables
None
indexes the stored data with single and multi-field indexes
multi-field indexes
​
Queries
​
JS Library Method
FPJSON and the JSON-like simple query APIs
query and fetch data change in react
​
Clients
​
HTTP Client, ModelManager,DataStore
web console, light client
​
​
Accounts
secp256k1 for EVM-based accounts
3ID as default
EVM-based accounts
​
​
Authentication
use the delegate account’s private key to sign every trx and data exchange
All-or-nothing permissions
functions and also combined with JSONLogic to build access control.
sign every operation using publicKey
​
UX
​
Specific Ceramic sign-in popups
web console and wallet based sign-in
Specific sign-in popups
​
Incentive mechanism
POS Network Self-Operating Tokens
None
arweave‘ s incentive mechanism
Network Self-Operating Tokens
​

Text	DB3	Ceramic	WeaveDB	Polybase	The Graph
Brief intro	a fully decentralized database network that developers can use sql to access and use DVM to develop smart contract on it.	Peer-to-peer databases database protocol that maintain streams base on IPFS	NoSQL database designed for retrieval the long-term data storage in Arweave	a decentralized firesbase	a protocol that using Graphql to query the data on ethereum and IPFS
DB Type	SQL	Key-Value Store	No-sql, document-oriented	document
Models	Account based data permission model, account to data	Account to single JSON object (Data Models)	the disposal (like a delegate or redirect) private key to the JSON object	Pubkey to the collections (conceptually similar to a database table)
Storage	shard storage chain base on decentralized network	TileDocument streams	document on the Arweave permanent storage	shard storage chain base on decentralized network
Indexing	setting the indexes in your data tables	None	indexes the stored data with single and multi-field indexes	multi-field indexes
Queries		JS Library Method	FPJSON and the JSON-like simple query APIs	query and fetch data change in react
Clients		HTTP Client, ModelManager,DataStore	web console, light client
Accounts	secp256k1 for EVM-based accounts	3ID as default	EVM-based accounts
Authentication	use the delegate account’s private key to sign every trx and data exchange	All-or-nothing permissions	functions and also combined with JSONLogic to build access control.	sign every operation using publicKey
UX		Specific Ceramic sign-in popups	web console and wallet based sign-in	Specific sign-in popups
Incentive mechanism	POS Network Self-Operating Tokens	None	arweave‘ s incentive mechanism	Network Self-Operating Tokens

Concepts overview

Access control

Last modified 4mo ago