Demystify transformative technologies. Decode tech topics with content crafted by IBM experts.
Learn how data mining combines statistics and artificial intelligence to analyze large data sets to discover meaningful insights and useful information.
Use a vector database for storing, managing and indexing huge quantities of high-dimensional vector data efficiently for generative AI use cases and applications.
Explore chatbot technology to understand how chatbots simulate human conversation, often using NLP to parse inputs and generative AI to automate responses.
Find out how a DDoS attack floods websites and other network resources with malicious traffic, disrupting normal activity and denying access to legitimate users.
Uncover and understand how phishing tricks users into divulging sensitive data, downloading malware, and exposing themselves or their organizations to cybercrime.
Study the basics to learn how this technology uses quantum mechanics to solve complex problems beyond classical computers’ capabilities and its potential to impact many industries.
Understand how AI enables computers to think and make decisions like humans, explore its history and the types of AI, and uncover the ways it impacts our lives.
Gain insight into how ML leverages data and algorithms, its use cases and associated concerns to empower responsible and innovative use of the technology.
Discover how deep learning simulates our brain, helping systems learn to identify and perform complex tasks with increasing accuracy unsupervised.
Learn about the k-nearest neighbors algorithm, one of the popular and simplest classification and regression classifiers used in machine learning today.
Know how to harness business data by understanding how business intelligence processes data to gain actionable insights and inform decision-making.
Master this analytics procedure to become skilled at generating predictions, using an easily interpreted mathematical formula and applying it to various domains.
Predict outcomes more quickly and make better decisions by mastering the logistic regression method and by knowing which type of logistic regression to use.
Learn how to run a Monte Carlo Simulation, a computational algorithm, by using repeated random sampling to estimate the possible outcomes of an uncertain event.
Master visual inspection of equipments to detect defects both in person and remotely using digital images to maintain quality and safety standards.
Implement preventive maintenance by combining regular maintenance tasks with ML, data analytics and predictive asset health monitoring to prevent downtime.
Enhance maintenance efforts with a computerized maintenance management system (CMMS) for efficient scheduling, managing, and tracking of maintenance tasks.
Explore how digital twins create a virtual copy of an object or system by integrating real-time data, simulation, ML and reasoning to support decision-making.
Explore what business automation is, why it matters and how you can put it to work for your organization.
Find out how intelligent automation combines AI and automation technologies, enabling automation of low-level tasks within your business.
Find out how BPM uses various methods to discover, model, analyze, measure, improve and optimize business strategy and processes.
Learn how process mining applies specialized algorithms to event log data to identify trends, patterns and details of how a process unfolds.
Learn about IoT which is a network of physical objects that are embedded with sensors, software and network connectivity, allowing them to collect and share data.
Create, design, deploy and support software through software development, covering a set of computer science activities.
Leverage supply chain management (SCM) to coordinate a business’ entire production flow, from sourcing materials to delivering an item.
Track inventory from manufacturers to warehouses and from these facilities to point of sale through effective inventory management.
Learn how cloud computing lets you use infrastructure and applications online, without installing and maintaining them on premises.
Defend your organization with cloud security, leveraging procedures and technologies designed to address external and internal threats.
Use virtualization to maximize hardware efficiency to divide a single computer’s hardware resources into multiple virtual machines.
Learn about the three most popular types of cloud service offerings: IaaS, PaaS and SaaS, also sometimes referred to as cloud service models or cloud computing service models.
Find out how HPC uses powerful processors to process massive amounts of data and solve today’s most complex computing problems in real time or near-real time.
Understand how SaaS works as a software delivery model to reap the benefits like cloud computing, cost savings, scalability and accessibility via a web browser.
Learn how cloud computing enables access to intranet-based infrastructure and applications, eliminating on-site maintenance and enhancing agility and efficiency.
Learn Kubernetes—an open-source container orchestration platform—to manage and scale containerized applications, improve availability and reduce costs.
Discover how NoSQL ,also referred to as “non-SQL”, enables the storage and querying of data outside the traditional structures found in relational databases.
Look into the CAP theorem that states a system can only deliver two of three key characteristics: consistency, availability, and partition tolerance.
Find out how database schema create definition and organization of data within a relational database and how it maintains data quality and integrity.
Learn more about etcd, the fault-tolerant open source key-value database that serves as the primary data backbone for Kubernetes and other distributed platform.
Learn how DevOps combines and automates software tasks to speed the delivery of high-quality software, and its synergy with site reliability engineering (SRE).
Automate the integration of security at every phase of the software development lifecycle, with DevSecOps, short for development, security, and operations.
See how software is developed and how it can help your business compete. Discover software development essentials, innovations and technologies.
Find software errors and verify that an application or system is fit for use, preventing bugs, reducing development costs and improving performance.
Enable data exchange through APIs, which define rules or protocols for communication between applications.
Optimize IT operations with AIOps, using analytics, artificial intelligence and other technologies to boost efficiency.
Evaluate and verify software or application performance through rigorous software testing.
Use operations data and software engineering to automate IT operations tasks, accelerate software delivery and minimize IT risk with SRE.
Connect two or more computing devices through computer networking, enabling the transmission and exchange of information and resources.
Explore what mainframes are, what are their benefits and how do they process billions of calculations and transactions in real time, securely and reliably.
Explore what a data center is, and how you can centralize IT infrastructure in a data center, housing applications and services in a secure way.
Learn about the differences between hard disk drives (HDDs) and solid-state drives (SDDs), and how these differences affect data access speed, performance and cost.
Learn how middleware speeds development of distributed applications by simplifying connectivity between applications, components and backend data sources.
See how microservices architecture breaks down a monolithic application into smaller deployable services, enabling agility and scalability.
Gain an introductory understanding of mobile application development, which involves making software for smartphones, tablets and digital assistants.
Learn how Java Spring Boot simplifies development of web applications and microservices with an open-source framework referred to as the Java Spring Framework.
Use network security solutions to protect network infrastructure, resources and traffic from internal and external security threats and cyberattacks.
Understand how to distribute network traffic efficiently among servers to optimize application availability and maintain a positive end-user experience.
Explore the ways network operations centers help organizations maintain optimal performance and how AI plays a role in delivering more reliable network service.
Explore how virtual private clouds offer enterprises the ability to establish a private cloud-like experience within a public cloud infrastructure.
Leverage quantum computing, a rapidly emerging technology, that harnesses the laws of quantum mechanics to solve problems too complex for classical computers.
Encrypt and transmit secure data with quantum cryptography, leveraging the naturally occurring and immutable laws of quantum mechanics.
Secure sensitive data, access and communications for the era of quantum computing with quantum-safe cryptography.
Encode data with a qubit, the basic unit of information in quantum computing, which serves as the quantum equivalent of the traditional bit in classical computers.
Stay informed about cybersecurity technology, types of threats and best practices to protect your critical systems and sensitive information from cyberattacks.
Learn how malware or “malicious software”, such as ransomware, Trojan horses and spyware can harm computer systems or their users by compromising data security.
Discover how CAPTCHA , or “Completely Automated Public Turing Test” , authenticates users as humans to prevent threats posed by malicious bots.
Find out how SIEM software helps organizations recognize and address potential security threats and vulnerabilities before they disrupt business operations.
Learn how inventory management involves the tracking of inventory from manufacturers to warehouses and from these facilities to a point of sale.
Understand how order management systems track orders from inception to fulfillment and manage the people, processes and data connected to the order.
Explore how energy management helps businesses proactively monitor, control and optimize energy consumption to converse use and reduce energy costs.
Learn how electronic data interchange (EDI) is used to exchange business information, saving time and eliminating costly errors caused by manual processing.