There is a vast amount of Artificial Intelligence (AI) that has completely changed how most businesses work, from ChatGPT and Copilot to Dall-E and Midjourney.
In fact, around 63% of companies are planning to increase their spending on Artificial Intelligence, Machine Learning (ML) and Natural Language Processing (NLP).
In the field of Software Development, it might be obvious how Generative AI is improving data management and other processes.
I bet we've all watched OpenAI's GPT-4 introduction, where they created a Discord bot in minutes!
Nonetheless, beyond development, Database Management is another key field that is already taking advantage of AI-powered technologies.
It may not be the most exciting part of the Software Development Lifecycle for many, but Database Performance is key in building robust applications with informed decisions.
That’s why this post will share everything you need to know about how AI has become a game-changer for advanced Database Management Systems. Let’s go!
What is Database Management?
Data is one of the cornerstones of all business operations as it eases gaining a valuable approach to building large and scalable applications.
In this context, Database Management includes structuring and organizing data for companies to harness in their decision-making procedures to achieve business goals.
Both relational and non-relational Database Management Systems (DBMS) can ease Data Management. You have surely heard about MongoDB, MySQL or PostgreSQL!
Database Management Systems Elements
1. Data Modeling
Think of data modeling as how businesses organize and represent data, enclosing the design, structure and relationships of the database-stored data.
A DBMS normally has features like indexing, data integration, schema definition, views, and data quality control, and Database Managers define entities, attributes and connections.
Moreover, DBMS supports data types and query languages (like SQL) to make data-based processes a bit less complex for developers.
2. Data Storage
Within Data Management, Data Storage eases data storage and handling while also allowing compression and caching to optimize access and retrieval.
While relational databases organize data using related tables, columns, and rows, non-relational databases use documents to store various types of data.
3. Data Querying and Manipulation
DBMSs also have querying languages that devs can use for data insertion, deletion and modification. With queries, devs can efficiently retrieve, filter, and sort complex data.
While DBMS like MySQL and PostgreSQL use SQL, MongoDB uses its query language (MQL).
4. Data Performance
It’s important to pay attention to Database Design AI. DBMSs also leverage of intuitive UIs in platforms and tools to allow users to visualize, analyze, and handle complex data.
These platforms optimize query execution and system performance with improved response times to streamline work to a large degree.
5. Data Security and Scalability
There are several sophisticated mechanisms for securing companies’ data, such as Zero-Trust Architectures or Data Governance policies.
With so many businesses adopting cloud solutions, robust data security is necessary, as users' data can be at risk of security threats at any time.
AI-Powered Database Management Systems DBMS
The amount of data businesses are dealing with is getting far too large for human handling, and AI is becoming a powerful source for delivering business-specific data solutions.
With so many aspects to consider, such as data compliance, security, efficiency, and governance, it seems less feasible as time goes by to manage so much data manually.
In this context, Database Artificial Intelligence (AI) optimizes almost every aspect of DBMS, helping engineers focus on logic and architecture.
For instance, both Deep Learning algorithms and GenAI can easily help teams and companies get actionable insights by automating SQL query optimization.
Security is another aspect of paramount importance, and the role of AI can make or break a company’s ability to handle data sources, data management and automation processes.
In the context of AI for data management, intelligent database solutions can detect anomalies and fraudulent queries that could have catastrophic business consequences.
With a solid database design AI, Artificial Intelligence allows for more advanced systems, from AI create database to constant monitoring capabilities.
AI with MongoDB
With AI algorithms to analyze user behavior and preferences, MongoDB Atlas has already embraced GenAI to empower solutions and deliver personalized content for users.
The company recently added ector search to MongoDB Atlas to implement AI functionalities, allowing users and teams to deploy and scale clusters easily.
AI with PostgreSQL
While PostgreSQL may not have MongoDB's fancy AI-driven out-of-the-box solutions, it’s still possible to harness GPT data training to get the most out of it.
By harnessing, for instance, ChatGPT’s custom GPTs for querying and indexing while also generating basic schemas and reports.
AI with MySQL
With nearly three decades since its launch, MySQL holds immense popularity— almost 80% of all websites still use it as their primary DBMS!
As you could expect, and due to its leading adaptability, it has several AI solutions for users and companies, such as its notable tool, HeatWave.
Launched in 2020, it’s focused on empowering MySQL to work better with Online Transaction Processing (OLTP) and Online Analytics Processing (OLAP).
Yet, its latest analytical capabilities include Machine Learning, Deep Learning and AI-driven automation to improve provisioning, data loading, query execution, and failure handling.
AI with Oracle
Oracle is so popular that it's almost synonymous with databases! So it’s no surprise it already has developed a wide range of AI solutions.
Some Oracle AI services and solutions include embedded AI apps like Cloud ERP, CX, SCM, and HCM to streamline business performance processes and automate tasks.
Artificial Intelligence AI and Data Management
Let's explore some exciting innovations of AI-powered DBMSs you may not have heard of.
1. MindsDB
MindsDB is an open-source AI-powered database that integrates Machine Learning into any solution to provide developers with an SQL-like experience.
What's cool about this top-level resource is that it introduced a new database concept: AI tables. Using them, developers can embed predictive analysis models into their databases.
MindsDB also brings AI and ML into relational databases using common SQL statements and supporting DB integrations to avoid having to stick to relational databases.
2. CockroachDB
CockroachDB is another modern SQL database that brings AI-driven advanced capabilities to DBMS. Yes, it has a weird name, but when you see its power, it will blow your mind!
It was built using GO, ensuring strong consistency, resilience, and availability. It’s highly scalable and has multi-cloud services and geo-partitioning to harness dev processes.
A practical use case for CockroachDB is image recognition with Google ML.
3. TiDB
Like CockroachDB, TiDB is a SQL-distributed open-source database that uses Machine Learning to optimize queries and improve performance based on patterns.
It combines the best of both relational and non-relational databases, supporting automatic sharding and integration with tools like Kubernetes, Terraform and Zapier.
4. RedisAI
Redis isn't only about caching, streaming, and messaging; it also supports AI models with RedisAI!
RedisAI brings tensors and models so that apps can make real-time inferences with data locality, meaning all data stays in memory.
As a result, RedisAI can ensure top-notch performance, which is why experts recommend it for digital solutions that require low latency.
Conclusion
Most popular databases have embraced AI-powered predictive analytics tools for enhancing data application performance and improving overall experiences.
As time goes by, there will be more and more options to bring the power of GenAI and Machine Learning models to data management.
As a result, it will become easier to develop advanced techs that meet users' demands.
