Reports‌MongoDB vs. PostgreSQL: Detailed Comparison of Database Structures EN
Created by Valeria Monrreal
Last edited
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‌ www.integrate.io/blog/mongodb-vs-postgresql/#1 desktop
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‌ www.mongodb.com/compare/mongodb-postgresql#2 desktop
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‌ hevodata.com/learn/mongodb-vs-postgresql/#3 desktop
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‌ www.bmc.com/blogs/mongodb-vs-postgresql/#4 desktop
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‌ www.plesk.com/blog/various/mongodb-vs-postgresql/#5 desktop
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‌ www.google.com/amp/s/www.plesk.com/blog/various/mongodb-vs-postgresql/amp/#5 mobile
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‌ www.geeksforgeeks.org/difference-between-postgresql-and-mongodb/#6 desktop
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‌ www.google.com/amp/s/www.geeksforgeeks.org/difference-between-postgresql-and-mongodb/amp/#6 mobile
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‌ www.educative.io/blog/mongodb-versus-postgresql-databases#7 desktop
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‌ mindmajix.com/mongodb-vs-postgresql#7 mobile
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‌ www.educba.com/mongodb-vs-postgresql/#9 desktop
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‌ blog.panoply.io/postgresql-vs-mongodb#10 desktop
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‌ stackshare.io/stackups/mongodb-vs-postgresql#10 mobile
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‌ www.adservio.fr/post/mongodb-vs-postgresql-#12 desktop
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‌ hackernoon.com/postgresql-vs-mongodb-evaluating-database-structure-speed-and-more#12 mobile
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‌ www.openlogic.com/blog/postgresql-vs-mongodb#13 desktop
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‌ medium.com/geekculture/should-i-use-mongodb-or-postgresql-ba2c1bb8b768#13 mobile
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‌ www.enterprisedb.com/blog/comparison-joins-mongodb-vs-postgresql#14 desktop
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‌ www.aptuz.com/blog/is-postgres-nosql-database-better-than-mongodb/#15 desktop
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‌ www.linkedin.com/pulse/mongodb-postgres-which-faster-marc-linster#15 mobile
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‌ db-engines.com/en/system/MongoDB;PostgreSQL#17 desktop
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‌ www.altexsoft.com/blog/business/comparing-database-management-systems-mysql-postgresql-mssql-server-mongodb-elasticsearch-and-others/#18 desktop
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‌ profil-software.com/blog/development/database-comparison-sql-vs-nosql-mysql-vs-postgresql-vs-redis-vs-mongodb/#18 mobile
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‌ medium.com/profil-software-blog/database-compare-sql-vs-nosql-mysql-vs-postgresql-vs-redis-vs-mongodb-3da5f41c31b5#19 desktop
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‌ link.springer.com/article/10.1007/s10707-020-00407-w#21 desktop
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‌ kinsta.com/blog/mongodb-vs-mysql/#22 desktop
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‌ www.quora.com/When-should-I-use-MongoDB-instead-of-PostgreSQL-for-web-projects#23 desktop
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‌ hj.diva-portal.org/smash/get/diva2:1595003/FULLTEXT01.pdf#24 desktop
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‌ www.javatpoint.com/mongodb-vs-postgresql#24 mobile
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‌ www.airpair.com/postgresql/posts/sql-vs-nosql-ko-postgres-vs-mongo#25 desktop
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‌ nickolasjones.com/lavhti/sqlcode-in-postgresql.html#26 desktop
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‌ www.slant.co/versus/613/616/~mongodb_vs_postgresql#26 mobile
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‌ phoenixnap.com/kb/mongodb-vs-mysql#27 desktop
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‌ www.codeconquest.com/versus/mongodb-vs-postgres/#27 mobile
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‌ dev.to/harperdb/harperdb-vs-mongodb-vs-postgresql-49en#28 desktop
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‌ en.wikipedia.org/wiki/NoSQL#29 desktop
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‌ en.m.wikipedia.org/wiki/NoSQL#29 mobile
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‌ www.objectrocket.com/resource/mongo-vs-postgresql-vs-redis/#30 desktop
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‌ blog.purestorage.com/purely-technical/mongodb-vs-postgresql/#30 mobile
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‌
mongodb
‌ H
Typical: 16–46
‌
postgresql
‌ H
Typical: 13–37
‌
json
Typical: 3–7
‌
relational database
Typical: 3–9
‌
schema
Typical: 3–7
‌
open-source
Typical: 2–4
‌
indexes
Typical: 2–4
‌
data types
Typical: 1–2
‌
foreign keys
Typical: 1–2
‌
nosql database
Typical: 2–4
‌
replication
Typical: 2–4
‌
relational database management system
Typical: 1–3
‌
rdbms
Typical: 1–3
‌
mysql
Typical: 1–3
‌
scalability
Typical: 1–3
‌
python
Typical: 1–3
‌
javascript
Typical: 1–3
‌
atomicity
Typical: 1–2
‌
api
Typical: 1–3
‌
query language
‌ H
Typical: 2–4
‌
key-value
Typical: 1–3
‌
data structure
Typical: 1–3
‌
data model
Typical: 1–3
‌
syntax
Typical: 1–3
‌
sharding
Typical: 2–4
‌
use cases
‌ H
Typical: 2–4
‌
windows
Typical: 1–3
‌
apps
Typical: 1–3
‌
sql databases
Typical: 2–6
‌
bson
Typical: 2–4
‌
replica set
Typical: 1–3
‌
microsoft
Typical: 1–2
‌
real-time
Typical: 1–2
‌
optimization
Typical: 1–3
‌
relational data
Typical: 1–2
‌
big data
Typical: 1–2
‌
aggregation
Typical: 2–4
‌
azure
Typical: 1–2
‌
mongodb vs postgresql
‌ H
Typical: 1–2
‌
programming language
Typical: 2–4
‌
redundancy
Typical: 1–2
‌
store data
Typical: 1–2
‌
mongo
Typical: 2–4
‌
aws
Typical: 1–2
‌
data sets
Typical: 1–3
‌
tutorials
Typical: 1–3
‌
concurrency
Typical: 1–3
‌
binary json
Typical: 1–2
‌
compatibility
Typical: 1–2
‌
validation
Typical: 1–3
‌
postgresql supports
Typical: 1–2
‌
linux
Typical: 1–3
‌
operating systems
Typical: 1–2
‌
document database
Typical: 1–3
‌
non-relational
Typical: 1–2
‌
oracle
Typical: 1–3
‌
durability
Typical: 1–2
‌
value pairs
Typical: 1–2
‌
high performance
Typical: 1–2
‌
atlas
Typical: 1–3
‌
object-relational database
Typical: 1–3
‌
workloads
Typical: 1–2
‌
horizontal scaling
Typical: 1–3
‌
postgresql database
Typical: 1–2
‌
distributed database
Typical: 1–2
‌
geospatial
Typical: 1–2
‌
caching
Typical: 1–2
‌
structured query language
Typical: 1–2
‌
programmer
Typical: 1–2
‌
partitioning
Typical: 1–3

mongodb

Importance: 10/10
Heading presence: ‌ High
Typical uses: 16–46
Current uses: 57

postgresql

postgressql, postgres sql
Importance: 10/10
Heading presence: ‌ High
Typical uses: 13–37
Current uses: 35

json

Importance: 9/10
Typical uses: 3–7
Current uses: 3

relational database

relational databases
Importance: 9/10
Typical uses: 3–9
Current uses: 9

schema

schemas
Importance: 9/10
Typical uses: 3–7
Current uses: 7

open-source

open source, open sources
Importance: 8/10
Typical uses: 2–4
Current uses: 3

indexes

index, indexing, indices
Importance: 7/10
Typical uses: 2–4
Current uses: 4

data types

data type, datatype, datatypes
Importance: 7/10
Typical uses: 1–2
Current uses: 1

foreign keys

foreign key, foreign-keys
Importance: 7/10
Typical uses: 1–2
Current uses: 4

nosql database

nosql databases, nosql-database, nosql' database
Importance: 7/10
Typical uses: 2–4
Current uses: 1

replication

replications
Importance: 7/10
Typical uses: 2–4
Current uses: 2

relational database management system

relational database management systems
Importance: 7/10
Typical uses: 1–3
Current uses: 3

rdbms

Importance: 6/10
Typical uses: 1–3
Current uses: -

mysql

Importance: 6/10
Typical uses: 1–3
Current uses: -

scalability

scalablity
Importance: 6/10
Typical uses: 1–3
Current uses: 1

python

pythonic
Importance: 6/10
Typical uses: 1–3
Current uses: 1

javascript

Importance: 6/10
Typical uses: 1–3
Current uses: -

atomicity

atomic, atom
Importance: 6/10
Typical uses: 1–2
Current uses: 1

api

apis
Importance: 6/10
Typical uses: 1–3
Current uses: -

query language

query languages
Importance: 5/10
Heading presence: ‌ Low
Typical uses: 2–4
Current uses: 1

key-value

key/value, key value
Importance: 5/10
Typical uses: 1–3
Current uses: -

data structure

data structures, data structuring, datastructure
Importance: 5/10
Typical uses: 1–3
Current uses: 2

data model

data models, data modeling, data-model
Importance: 5/10
Typical uses: 1–3
Current uses: -

syntax

Importance: 5/10
Typical uses: 1–3
Current uses: 5

sharding

shard, shards, shard(s
Importance: 5/10
Typical uses: 2–4
Current uses: 1

use cases

use case, use-case, use-cases
Importance: 5/10
Heading presence: ‌ Low
Typical uses: 2–4
Current uses: 3

windows

window
Importance: 5/10
Typical uses: 1–3
Current uses: -

apps

app, app(s
Importance: 5/10
Typical uses: 1–3
Current uses: 1

sql databases

sql database
Importance: 5/10
Typical uses: 2–6
Current uses: 3

bson

Importance: 5/10
Typical uses: 2–4
Current uses: 4

replica set

replica sets, replica-set, replicaset
Importance: 5/10
Typical uses: 1–3
Current uses: 2

microsoft

Importance: 5/10
Typical uses: 1–2
Current uses: 1

real-time

real time, realtime
Importance: 5/10
Typical uses: 1–2
Current uses: 3

optimization

optimizer, optimizations, optimizers
Importance: 4/10
Typical uses: 1–3
Current uses: 1

relational data

related data
Importance: 4/10
Typical uses: 1–2
Current uses: 1

big data

big-data
Importance: 4/10
Typical uses: 1–2
Current uses: 1

aggregation

aggregate, aggregations
Importance: 4/10
Typical uses: 2–4
Current uses: 3

azure

Importance: 4/10
Typical uses: 1–2
Current uses: 1

mongodb vs postgresql

mongodb-vs-postgresql
Importance: 4/10
Heading presence: ‌ Moderate
Typical uses: 1–2
Current uses: -

programming language

programming languages
Importance: 4/10
Typical uses: 2–4
Current uses: 2

redundancy

redundancies
Importance: 4/10
Typical uses: 1–2
Current uses: 1

store data

stores data
Importance: 4/10
Typical uses: 1–2
Current uses: 1

mongo

mongos
Importance: 4/10
Typical uses: 2–4
Current uses: 1

aws

Importance: 4/10
Typical uses: 1–2
Current uses: 1

data sets

datasets, data set, dataset
Importance: 4/10
Typical uses: 1–3
Current uses: 4

tutorials

tutorial
Importance: 4/10
Typical uses: 1–3
Current uses: 1

concurrency

Importance: 4/10
Typical uses: 1–3
Current uses: -

binary json

Importance: 4/10
Typical uses: 1–2
Current uses: 1

compatibility

Importance: 4/10
Typical uses: 1–2
Current uses: 1

validation

validity, validations
Importance: 4/10
Typical uses: 1–3
Current uses: 2

postgresql supports

postgresql support
Importance: 4/10
Typical uses: 1–2
Current uses: -

linux

Importance: 3/10
Typical uses: 1–3
Current uses: -

operating systems

operating system, operative system, operational systems
Importance: 3/10
Typical uses: 1–2
Current uses: 1

document database

document databases
Importance: 3/10
Typical uses: 1–3
Current uses: 4

non-relational

Importance: 3/10
Typical uses: 1–2
Current uses: 1

oracle

Importance: 3/10
Typical uses: 1–3
Current uses: -

durability

durable
Importance: 3/10
Typical uses: 1–2
Current uses: 1

value pairs

value pair
Importance: 3/10
Typical uses: 1–2
Current uses: -

high performance

high-performance
Importance: 3/10
Typical uses: 1–2
Current uses: 1

atlas

Importance: 3/10
Typical uses: 1–3
Current uses: -

object-relational database

object relational database, object-relational databases
Importance: 3/10
Typical uses: 1–3
Current uses: 1

workloads

workload
Importance: 3/10
Typical uses: 1–2
Current uses: -

horizontal scaling

horizontal scale
Importance: 3/10
Typical uses: 1–3
Current uses: -

postgresql database

postgresql databases, postgresql-databases
Importance: 3/10
Typical uses: 1–2
Current uses: 2

distributed database

distributed databases
Importance: 3/10
Typical uses: 1–2
Current uses: -

geospatial

Importance: 3/10
Typical uses: 1–2
Current uses: -

caching

cache
Importance: 3/10
Typical uses: 1–2
Current uses: -

structured query language

structural query language
Importance: 3/10
Typical uses: 1–2
Current uses: -

programmer

programmers
Importance: 3/10
Typical uses: 1–2
Current uses: -

partitioning

partition, partitions
Importance: 3/10
Typical uses: 1–3
Current uses: -