Mentioned in 95 AI use cases across 23 industries
Think of this as a tireless digital sales assistant that listens to your reps, reads your CRM and emails, and then helps them decide who to call, what to say, and when to follow up so they can close more deals with less grunt work.
This is like giving every student their own smart tutor that learns how they learn, adjusts lessons and exercises to their pace, and gives teachers a dashboard to see who needs what help—automatically.
This is like giving your development team a super-smart intern that reads your code and automatically writes lots of unit tests for it, including for weird edge cases that humans often forget. Then it checks how much of your code those tests actually exercise (code coverage) and how well they cover unusual behaviors.
This is about using AI as a super-fast paralegal that can read millions of emails and documents, find what matters for a case, and summarize it for lawyers, instead of humans doing that work manually.
Think of modern AI in schools as a super-smart homework helper and writing coach that students can use at any time. It can draft essays, solve math problems, and explain concepts in plain language—sometimes so well that it’s hard to tell what work is the student’s and what work is the AI’s.
This is like giving your existing code to a very smart assistant and asking it to write the unit tests for you. The large language model reads the code, guesses what it should do, and then writes test cases to check that behavior automatically.
Think of this as a super-smart teaching assistant that can instantly create practice questions, explain hard concepts in simpler words, draft lesson plans, and give students personalized feedback 24/7.
This is like giving every scientist in a pharma or biotech lab a tireless, super-fast research partner that can read millions of papers, spot hidden patterns in data, and suggest the next best experiment — while the human still makes the final judgment calls.
Think of this as giving every journalist a smart digital assistant that can help research, draft, fact‑check, and personalize stories at scale—while editors stay in control of what gets published.
This is like having an always-on creative studio that can instantly draft ad copy, images, videos, and campaign ideas on demand, then refine them based on performance data.
Think of AI in games as a super-fast assistant concept artist or junior designer: it can draft levels, story ideas, or graphics in seconds, but it still needs a human game designer to decide what’s fun, meaningful, and on-brand.
Imagine every student having a patient, expert tutor who is available 24/7, remembers what they know, explains things in many ways, and can instantly create new practice problems and feedback—powered by ChatGPT‑like technology instead of a human.
Like giving every online shopper their own smart in-store salesperson who knows the catalog, can answer questions, suggest outfits, and guide them to the right products in real time.
This is like giving your telecom network and industrial equipment a smart assistant that constantly watches for early signs of trouble and tells your maintenance teams what to fix before it breaks, instead of waiting for outages and emergencies.
This is like hiring a 24/7 digital concierge and receptionist that chats with your guests on your website, apps, or messaging channels, answering questions, taking bookings, and handling common requests automatically.
Imagine every shopper having a smart helper that knows sales, products, and your preferences, and can do the comparing, searching, and asking-customer-service-questions for you before you ever talk to a human or visit a store.
This is like an intelligent flight simulator for radiologists in training: instead of just reading textbooks, learners practice on realistic imaging cases while an AI tutor adapts to their level, points out what they missed on the scans, and helps them learn faster and more safely before treating real patients.
Think of this as a playbook for law firms and in‑house legal teams on how to safely and productively use tools like ChatGPT: where they help (drafting, summarising, research), where they’re risky (confidentiality, hallucinations), and what changes in culture and process are needed so lawyers actually adopt them.
This is like giving every college student a 24/7 smart study coach that can explain concepts in simple terms, quiz them, and help them plan their learning, rather than just giving them another digital textbook.
It’s like giving every sales rep a smart co-pilot that drafts and personalizes their cold emails, while humans still decide who to contact, what to say, and when to send it.
Think of this as a global field guide to “AI-as-a-junior-lawyer”: it surveys how tools like ChatGPT-style assistants, contract analyzers, and legal research bots are being used in law firms and in‑house teams around the world, and what that means for cost, risk, and competitiveness.
This is like an assistant that instantly drafts personalized cold sales emails for you. You tell it who you’re targeting and what you’re selling, and it turns that into ready-to-send email templates you can tweak instead of writing from scratch.
This is like giving litigators a super-fast junior attorney who can skim millions of pages, highlight what matters for your case, and organize it for you in hours instead of weeks.
Think of this as a team of always-on smart assistants for an insurance company: one that drafts and reviews policies, one that answers customer questions, one that reads long claim files and medical reports, and one that helps underwriters and actuaries make sense of mountains of data.
Think of this as a super-fast, tireless junior claims adjuster. It reads claim documents, pulls out all the important details, checks rules, and drafts decisions or next steps so your human team only needs to review the tricky edge cases.
This is like having a tireless sales assistant who reads about every prospect, figures out what they care about, and then drafts highly personalized emails or messages for them—automatically and at large scale.
Imagine your marketing department had an endlessly energetic assistant that could draft ads, personalize messages for every customer, test which versions work best, and adjust campaigns on its own while your team focuses on strategy. That’s what generative AI is doing for marketing and advertising.
Think of this as a tireless creative and analytics assistant that can draft campaigns, personalize messages for each customer, and learn from results to do better next time—all in minutes instead of weeks.
This is a guide about using tools like ChatGPT-style content generators and AI media tools to create marketing content faster so more people discover and visit your brand online.
This is like having a digital ad agency in a box: you type what you want to promote, and the AI helps you generate ad creatives, copy, and campaigns in minutes across channels.
This is about using AI as a smart legal assistant for law firms—helping read and draft documents, search case law faster, and automate routine legal tasks so lawyers can focus on strategy and clients.
Think of this as using a very fast, very smart legal intern that can read huge amounts of text, find relevant information, and draft first versions of documents—but still needs a real lawyer to check, interpret, and sign off.
Think of AppForge as a driving test for AI coders. It gives GPT-style models real, end‑to‑end software projects (not just toy coding questions) and checks whether they can go from an English request to a working app without a human holding their hand.
This is like upgrading from a simple robot that only follows a fixed script to a smart digital teammate that can read documents, understand insurance workflows, and adapt to messy, real‑world cases in claims and policy operations.
This is like giving every hotel guest their own 24/7 digital concierge on their phone. Guests can message a smart assistant to ask questions, request services, or get recommendations—without calling the front desk.
This is like a smart, medical-focused chatbot that explains how AI is being used in healthcare and helps people explore use cases, ideas, and benefits of AI in medicine.
Think of this as a digital hotel concierge that lives in guests’ phones or on the hotel’s website: it answers questions, makes recommendations, and handles routine requests the way a human concierge would, but instantly and 24/7.
Like a 24/7 digital front-desk clerk that can answer questions and help guests book hotel rooms automatically over chat or web.
This is like having a super-smart digital assistant for the sports world that can instantly answer questions, create reports, draft commentary, and analyze information for coaches, teams, media, and fans.
This is like giving your insurance claims department a tireless digital assistant that can read claim documents, check details, and help decide payouts much faster and more consistently than humans alone.
Like a digital sales coach living inside the CRM that drafts follow-up emails, scripts calls, suggests next-best actions, and answers product questions for agents and brokers.
This is like an assistant that reads details about your prospect and then drafts a tailored outreach message for you, instead of you starting from a blank screen every time.
Think of this as a smart co-pilot for programmers: it reads what you’re writing and the surrounding code, then suggests code, tests, and fixes—similar to autocorrect and autocomplete, but for entire software features.
This is like giving doctors a very smart, talkative assistant that can explain why it is suggesting a diagnosis or treatment, instead of just giving a black‑box answer. It combines ChatGPT-style conversation with explainable AI tools so clinicians can see the reasoning and evidence behind each suggestion.
This is like giving every software developer a smart co-pilot that suggests code as they type, understands your codebase, and can help write, refactor, or explain code—while staying under your company’s control instead of sending everything to a public cloud AI.
This is like giving your sales team a smart assistant that automatically fills in and updates CRM records by searching the web and business tools for missing details about leads and accounts.
Think of Amazon Q Developer as a smart engineering sidekick that lives inside your AWS and dev tools. You describe what you want in plain English, and it helps you write, debug, and modernize code, understand cloud architectures, and work with AWS services much faster.
Think of this as building ‘co-pilot’ assistants for programmers that can read and write code, help with designs, find bugs, and keep big software projects on track—like giving every developer a smart, tireless junior engineer who has read all your code and documentation.
This is about tools like GitHub Copilot or ChatGPT that sit inside a developer’s editor and suggest code as they type—like an auto-complete on steroids for programmers. The article’s core claim is that, in real-world use, these assistants don’t actually save as much time as the hype suggests.
This is a guide showing how to plug ‘AI helpers’ into every step of your software development process so your developers have smart assistants that can plan, write, review, and maintain code alongside them.
Imagine a super-scientist that can read research papers, look at chemical structures, examine lab images, and understand patient data all at once, then suggest which molecules to try next or which trial designs are most promising. That’s what multimodal AI is aiming to do for drug R&D.
Imagine a smart digital paralegal that helps a county’s welfare fraud unit sift through benefits applications, complaints, and case files to spot likely fraud, organize evidence, and prepare case summaries for attorneys and investigators.
This is like giving health regulators and watchdogs a super-smart assistant that can read huge amounts of health system data (claims, procurement, staffing, outcomes) and flag patterns that look like fraud, waste, or corruption so humans can investigate faster and more fairly.
Imagine a tireless junior director and writer’s room assistant that can instantly draft scenes, suggest dialogue, and explore alternate endings on command. That’s what this AI is for movie scripts—it doesn’t replace the director, but gives them a fast, idea-generating copilot.
This is like giving Europol a very smart digital analyst that can sift through massive amounts of police and intelligence data, spot patterns, and suggest leads far faster than human teams could do alone—but in a closed, highly secret environment.
This is a playbook for getting your software teams ready to use AI as a smart co‑pilot—helping them write, review, and test code faster—rather than replacing them.
This is like an AI assistant sitting in your sales inbox that reads incoming lead emails, figures out what type of request it is, and drafts a personalized reply for your rep to review and send.
Imagine a TV show where many of the sets, background characters, and even some visual effects are created and tweaked in real‑time by a super–smart digital art department instead of huge physical sets and big VFX teams. That’s what the ‘Beta Earth’ AI production phase is about: using AI as a permanent, responsive virtual studio for a TV series.
This is a guide to turning Visual Studio Code into a smart co‑pilot for programmers by plugging in AI helpers that can suggest code, explain errors, and speed up everyday development tasks.
This is like giving every marketer a smart digital assistant that can brainstorm campaigns, write and adapt content for lots of channels, and analyze what’s working—so a small team can operate like a much larger one.
This is like having a tireless junior lawyer who can quickly read, draft, and explain legal documents, but works inside your computer instead of at a desk.
This is like giving every support agent a super‑smart colleague who has read all past tickets, help articles, and policies, and can instantly draft replies or answer questions based on your company’s own data.
Imagine having a tireless junior lawyer who can instantly read millions of emails, contracts, source code files and technical documents, then answer, “Show me everything related to this patent dispute and highlight the risky items,” in plain English. That’s what GenAI-powered e-discovery does for IP-heavy cases.
Like having a junior contract lawyer on call 24/7 who can read your contract, highlight risky clauses, and explain them in plain English before you sign.
This is like giving a hedge fund a super-powered digital analyst that never gets tired. It reads huge amounts of market and portfolio data, spots risks and patterns, and suggests how to rebalance or optimize trades and positions to hit risk/return targets.
This is like giving your holiday marketing team a smart robot helper that can brainstorm festive campaign ideas, write ad copy and emails, and suggest which products to promote to which customers, so your seasonal campaigns land better with less manual work.
This is like having a tireless junior copywriter who can instantly draft blog posts, social captions, email subject lines, and ad hooks, while you decide what’s good enough to publish and how to tweak it for your brand.
This is basically a playbook for teachers on how to use tools like ChatGPT in smart, creative ways—like having a tireless teaching assistant who helps write lessons, examples, and exercises, while students also learn how to use AI critically and responsibly.
Imagine a very smart digital artist and writer that has watched and read almost everything on the internet. When you ask it for a song, a video idea, a game character, or a script, it can instantly draft something new that looks like a human made it. That’s generative AI: a content factory that turns instructions into creative outputs (text, images, music, video, code).
Think of this as a tireless junior credit underwriter that can log into systems, pull documents, read them, cross-check rules, and draft decisions on loan applications—then hand them to humans for final approval.
This is like giving your call center and support team a super-smart digital receptionist that can talk to customers, answer questions, and route issues 24/7 without getting tired.
Imagine giving your software tester a super-smart assistant that can read requirements, write test cases, suggest missing checks, and even help explain bugs—just by talking to it in natural language. This paper surveys how those assistants, powered by large language models like ChatGPT, are being used in software testing and what still goes wrong.
Think of this as a smart digital marketer just for real estate: it helps you instantly create listing descriptions, social posts, ads, and visuals tailored to each property so you can sell faster with less manual work.
Think of this as a smart digital concierge for your buildings. It listens to tenant requests 24/7, routes issues to the right people, predicts what will go wrong before it happens (like a broken elevator), and helps you communicate clearly with tenants so they stay happy and renew their leases.
Think of this as giving pharma companies a super-smart digital lab assistant and paperwork robot rolled into one. The assistant can sift through mountains of scientific data to suggest promising new drugs faster, and it can also take over a lot of the routine documentation and admin work that bogs down scientists and health‑care workers.
This is like having a smart digital tutor that learns how each student studies best, then automatically adjusts lessons, examples, and practice questions to fit that student—while helping teachers design and manage this at scale.
Imagine every student getting a 24/7 teaching assistant who knows their strengths, weaknesses, and pace, and quietly adjusts homework, hints, and explanations just for them. This Dartmouth work shows that AI can realistically play that role for large classes at once.
This is like having an always-available teaching assistant that reads students’ short answers and reports, compares them to a grading guide, and suggests scores and feedback so instructors don’t have to grade everything by hand.
This is like giving lawyers a super-fast, very careful junior associate who can read long contracts in seconds, suggest edits, draft new clauses, and flag risks, but always under the lawyer’s supervision.
This is like giving every learner their own smart digital tutor that automatically adjusts lessons, exercises, and assessments in real time—based on what the learner already knows, how they respond, and how fast they progress—by coordinating several AI “helper bots” behind the scenes.
Think of this as a buyer’s guide and safety manual for doctors who want to use tools like ChatGPT and medical chatbots in their day-to-day clinic work — to draft notes, answer patient messages, and look up guidelines — without breaking privacy rules or harming patients.
This is Google’s push to put AI ‘co‑pilots’ into classrooms and homework tools, so students and teachers can get personalized help, smarter search, and automated support directly inside Google’s existing education products (like Search, Chrome, Workspace, and Classroom).
Think of an AI shopping assistant as a smart, always-on store associate that lives inside your website or app. It chats with customers, understands what they want (even if they’re vague), recommends the right products, and can walk them all the way through to checkout.
This is like giving your marketing team a super-fast creative assistant that can instantly draft lots of ad ideas and variations tailored to telecom customers, so humans just pick, refine, and approve instead of starting from a blank page.
This is like having a smart, offline paralegal that can read through all your case files, contracts, and statutes stored on your own servers and then answer questions by mixing two skills: fast keyword search and “meaning-based” AI search. It never has to send your documents to the cloud.
Think of this as a smart research analyst that constantly reads and updates all available reports, news, and data about military and commercial drones, then answers your questions in plain English—like a ‘ChatGPT’ specialized in the global drone market.
Think of it as a supercharged, always-on legal research assistant that can read huge volumes of cases and statutes and then help lawyers quickly find relevant law and draft documents in plain English.
This is about using tools like ChatGPT—tailored for lawyers—to draft documents, summarize long cases, search through legal information, and automate repetitive office work so law firms can focus more on clients and strategy.
This is like giving your helpdesk inbox a smart assistant that can read every customer message, understand what it’s about, answer common questions instantly, and route tougher issues to the right human agent with all the context pre-filled.
This is like giving every customer a tireless digital helper that can answer questions, solve common problems, and route issues to the right human—24/7—through chat on your website, app, or messaging channels.
This is like giving Mango its own smart ‘shop assistant in the cloud’ that can chat with customers and employees, answer questions, and help with tasks across web, app, and possibly in-store channels.
This is like giving every customer their own tireless, super-trained support rep who can answer questions, solve common issues, and route complex problems to humans—instantly and at any hour.
This is about using tools like ChatGPT as a very fast junior market researcher: you ask it questions about consumers, brands, or markets, and it drafts insights, survey ideas, and segment descriptions instead of a human doing everything from scratch.
This would be like a smart insurance analyst that reads articles and policy documents about social engineering fraud (phishing, fake invoices, business email compromise) and explains—in plain English—what is and is not covered, where the gaps are, and what questions a broker or client should ask.
This is like a game-making and story-writing assistant in one: you write or describe a story, and the AI helps turn it into an interactive, playable experience with scenes, characters, and branching choices.