PostgreSQL

Using PostgreSQL is a Very great experience it's very simple to use and PostgreSQL easily handles large datasets. and if you looking for a relational database management system PostgreSQL is great because the cost is very low compared to other databases. And the large queries speedily run and if you are stuck somewhere the documentation is great.

For a quick configuration of a database for an isolated system, PostgreSQL is a great choice. We use it as an external Database to support our build server systems. it is lightweight enough to be installed on the same system as the build server and provides a more robust storage system.

PostgreSQL, unlike other databases, is user-friendly and uses an open-source database. Ideal for relational databases, they can be accessed when speed and efficiency are required. It enables high-availability and disaster recovery replication from instance to instance. PostgreSQL can store data in a JSON format, including hashes, keys, and values. Multi-platform compatibility is also a big selling point. We could, however, use all the DBMS’s cores. While it works well in fast environments, it can be problematic in slower ones or cause multiple master replication.

It is well suited in the scenarios where you need an open-source/free RDBMS backed by solid community support. Less suited in the areas where you need more from the vendors. Postgre is not a very old database, so it is a bit hard to find expert DBAs for Postgre.

Like any RDBMS, it's perfect for storing structured and sometimes non structured data in the db engine. Transactional data is perfect for PostgreSQL. OLAP data works well.
What it's not suited for, is large document stores. This is where PostgreSQL doesn't do well, compared to mongo. however, newer releases show that it is getting there. Genomic data (raw data) is not suited for PostgreSQL. And PostgreSQL engine alone is not suited for timeseries data. But with extensions in place, works really well.

PostgreSQL is perfect if you are an experienced software engineer or database admin. Its wide feature set will be really useful the more you use it. It is also a cheap alternative to SQL Server since you need to pay a fairly pricey SQL Server license especially for business and enterprise, meanwhile, PostgreSQL is completely free to use.
The learning curve is a bit steep compared to MySQL and SQL Server, so might not be suited for a beginner.

We migrated most of the oracle databases that were used by the application services to PostgreSQL database. In most of the cases it has improved performance. From my experience, performance is good for medium to large databases but not as much different for small databases.

I simply can't see any reason to use another object-relational database (other than licensing of compatibility with legacy applications) instead of PostgreSQL. I can surely affirm PostgreSQL is the most powerful, scalable, and reliable open-source object-relational database ever. Being able to handle a huge amount of data safely, PostgreSQL will offer you a final result many other paid options can't.

PostgreSQL is ideal for handling databases that contain large volumes of information due to its efficiency, speed and above all because of the good management it makes of our resources, it also behaves very well in distributed environments of high demand, if you want a database of stable data and excellent performance PostgreSQL is one of the best.

PostgreSQL is a phenomenal product that can satisfy most relational data needs. If you are in an environment where cost is a factor, or you are just starting with a project and needs to get up and running quickly, then PostgreSQL should be your go-to choice. It is robust, reliable, and has all the features you would need from a SQL compliant database, without all the additional baggage that comes with other more heavyweight alternatives.

Postgre[SQL] is well suited for various application and scenarios. Looking to its various distinct features, it is good for applications where a large data size is needed, and Analysis programs. In our case, we specifically utilized software for these too. Apart from this we saw that its distinct JSON support, custom data size, object oriented approach are too good.

Looking at many criteria such as the number of transactions, data type diversity, data size and application types to run in the front and concurrent use, PostgreSQL relational database is very suitable for medium and large projects. There are simpler applications for small projects.

I wouldn't use Postgres for a production application, but I would recommend it if you're looking for a decent data store that anyone with SQL skills can use via BI tools.

PostgreSQL is well suited for complex queries, as well as simple queries. It is by far the fastest that I have seen in cloud applications to date. The number of users does not seem to affect performance.
Larger queries are able to be obtained quickly. There have been many times when asked for the information STAT and with other applications, I would not have been able to get the data in the time frame given.

PostgreSQL is well suited for almost all industries and use case such as fInance, government, web apps, and even as a "NoSQL" document store with its JSONB/JSON and hstore capability. Its focus on ACID compliance makes it a trustworthy data store. It's a great central database with its ability to use external data sources and its ability to handle large workloads. Its ability to handle petabytes of data make it ideal for scientific and discovery workloads as well as AI neural networks. With PostgreSQL there is always a way to structure your data to make it fast and reliable.

Being an Open Source solution PostgreSQL is great choice for solutions that needs database and do not want to relay on customer database solutions.
PostgreSQL can easily integrated with many platforms we access the database from both our solution engines and the UI.
It is well known and appreciated so relaying on it as our system database can be easily accepted by our customers.
PostgreSQL continues development and support allows us to provide secure and reliable solution acceptable by customer security teams and advisors.

PostgreSQL is generally well suited to basically any database workload one can think of.

• JSONB data types are great for dealing with various use cases that come up to avoid an EAV pattern.
• Custom data types can be supported.
• Various extensions can really add a lot of excellent features.
• Logical replication in later versions supports per table replication.

I don't know anyone who would choose another RDBMS other than PostgreSQL for a new project. Thanks to the wealth of field types, it can even function in situations where you might choose a document-based "NoSQL" db. Its indexing is excellent, meaning that high-performance applications with low thresholds for latency can benefit from it. It is the primary datastore that I recommend to anyone starting a new project which has relational data.

In my humble opinion, the best area to use PostgreSQL - is small and medium databases with several billion or tens of billions of records/entities with some spatial attributes analytics involved in the data processing pipeline, if needed. Using PostgreSQL with the conjunction of PostGIS extension and some other open-source software such as QuantumGIS, Leaflet, etc allows users rapidly create spatial data analytics software, maintain and modify it with few resources spend.

Great solution for a relational database. It also continues to support and add functionality for json/hash/key-value storage.

Postgres is useful for perhaps 99% of apps that simply need to store user data somewhere and make it quickly retrievable at some later time. If you want to do full-text dynamic JSON searches (e.g. you are building a search engine), perhaps one of the NoSQL databases will serve you better. But regardless, you will probably need to store user data, even if you are building a search engine and storing it in Postgres (or a similar relational database) is much simpler. Postgres is also really good for work in industries where you get audited regularly (e.g. legal or financial) and cannot ever corrupt or lose user data, and that is because Postgres is fully ACID compliant, meaning if Postgres receives an update query, it will ALWAYS execute it even if lightning strikes the server.

For smaller development projects where a reliable and free database is required, PostgreSQL is quite good. But for bigger, more robust solutions, it also stands it ground next to the "big" DBs. PostgreSQL's improvement is community based, meaning it will have all the tools and helpful features that a modern software developer needs. It's quite easy to administrate as well.