Artificial Intelligence, AI
Software that can perform tasks that usually require human thinking, such as writing, summarizing, analyzing, classifying, planning, or answering questions.
A shared language for talking about AI, automation, agents, and prompts — for teams, clients, and anyone getting up to speed.
It isn’t here to turn anyone into a developer. It’s here to help people understand the terms well enough to explain them simply, ask better questions, and join any AI conversation with confidence.
Browse by category, or use search to jump straight to a term. Each definition is written in plain language you can repeat to anyone. If you only learn one set first, start with the top 25 terms everyone should know near the bottom.
Software that can perform tasks that usually require human thinking, such as writing, summarizing, analyzing, classifying, planning, or answering questions.
AI that creates new content, such as text, images, audio, code, summaries, emails, reports, or plans.
An AI model trained to understand and generate language. Examples include the models used inside tools like ChatGPT, Claude, and Gemini.
The AI system that processes input and generates output. Different models have different strengths, costs, speeds, and limitations.
The internal values a model learns during training. The number of parameters is often used as a rough measure of a model’s size and capability (for example, a “70B” model).
A large general-purpose AI model that can be adapted or used for many different types of tasks.
A model designed to spend more effort working through complex problems, planning, logic, math, coding, or multi-step tasks.
When a model works through a problem step by step before giving its final answer, which often improves accuracy on complex or multi-step questions.
The tone, length, and formatting a model tends to use in its responses. Different models “sound” different, and the style can be guided with prompts and system instructions.
AI that can work with more than one type of input or output, such as text, images, audio, video, or files.
The large collection of examples a model learns from. The quality and range of this data shape what a model is good — and not good — at.
Further training a model on your own examples so it performs better on a specific task, tone, or domain. Different from giving a model information through prompts or retrieval.
Creating a smaller, faster, cheaper model that mimics a larger one — keeping much of the quality while lowering cost and speed requirements.
Compressing a model so it uses less memory and runs faster and cheaper, usually with only a small trade-off in quality.
The moment a model actually runs to produce an answer. Most day-to-day AI cost comes from inference, not from training.
A setting that controls how predictable or creative a model’s responses are. Lower is more focused and consistent; higher is more varied.
A model whose code or weights are openly available, so it can be run, customized, or self-hosted instead of only accessed through a provider’s service. Examples include Llama and Mistral.
The date a model’s training data ends. Anything that happened after it isn’t “known” to the model unless you provide it through tools or retrieval.
The instruction, question, or request given to an AI model.
The practice of designing better instructions so AI gives more useful and consistent results.
A higher-level instruction that tells the AI how it should behave, what role it should play, and what rules it should follow.
A prompt that helps generate, improve, or control other prompts.
Giving a model a few examples of what you want (few-shot) versus none at all (zero-shot). A few good examples often improve accuracy and consistency.
The information the AI has available when answering, such as the user’s question, previous messages, documents, examples, or instructions.
The amount of information a model can consider at one time.
A small piece of text processed by an AI model. Tokens are used to measure input, output, cost, and usage.
The process of breaking text into tokens — the small pieces a model actually reads and counts. How text is tokenized affects both cost and how much fits in the context window.
The response or result generated by the AI.
When AI produces something that sounds confident but is wrong, unsupported, or made up.
Giving AI reliable source material to base its answer on.
When an AI system produces unfair, incomplete, or skewed outputs because of data, design, or user instructions.
OpenAI’s AI assistant product.
The company behind ChatGPT and many GPT models.
Anthropic’s AI assistant and model family.
The company behind Claude.
Google’s AI model and assistant ecosystem.
A type of language model associated with OpenAI. In everyday usage, people may also say “a GPT” to mean a custom ChatGPT assistant.
A customized assistant inside ChatGPT with specific instructions, knowledge, and capabilities.
Google’s version of a customized Gemini assistant.
A reusable capability, instruction set, or workflow component that helps an AI system perform a specific task consistently.
An AI system that can work toward a goal, use tools, make decisions, and take actions across multiple steps.
Describes AI that behaves more like an active worker by planning, using tools, taking actions, checking results, and continuing across steps.
Building AI systems that can perform multi-step work with less human input.
Several AI agents working together, each handling part of a job and coordinated to complete more complex work than one agent could alone.
An agent’s ability to retain useful information across steps or sessions — for example, remembering a client’s preferences or an earlier instruction.
A smaller, specialized agent that another agent creates or delegates to for part of a job — useful for breaking big tasks into focused pieces.
The cycle an agent repeats to get work done: plan a step, take an action or use a tool, check the result, then decide what to do next.
An AI agent operating a computer or browser the way a person would — clicking, typing, and reading screens — to handle tasks in tools that don’t offer a direct connection.
An agent designed to create, improve, test, or manage prompts.
An agent that helps manage or automate parts of the client onboarding process.
An agent that helps collect, clarify, or structure client requirements.
An AI or rules-based tool that interacts through conversation. A chatbot usually answers or responds, while an agent may take action.
A system that completes a task or workflow with little or no manual effort.
The event that starts an automation — for example a new email, a form submission, a schedule, or a button press.
An automation set to run on a fixed schedule — for example every morning, every hour, or on the first of the month.
A sequence of steps used to complete a business process.
A workflow where AI performs one or more steps, such as summarizing, drafting, deciding, routing, or checking.
Coordinating multiple agents, tools, and steps so they work together in the right order to complete a larger task. It’s the backbone of multi-agent systems.
A series of connected steps where the output of one becomes the input of the next, moving work from start to finish automatically.
A line of tasks waiting their turn to be processed, so work is handled in order and nothing gets dropped when things get busy.
A safety property meaning that running the same step twice has the same result as running it once — so retries or duplicates don’t cause double charges, duplicate records, or other mistakes.
A setup where AI does part of the work, but a human reviews, approves, or handles exceptions.
Rules, limits, or checks that guide what AI is allowed to do.
A process for checking whether AI output meets the required standard.
A structured test used to measure how well a model, prompt, or workflow performs against a set standard. Evals help teams compare options and catch quality problems before clients do.
A system where AI output is tested, measured, improved, and tested again.
A workflow where AI generates ideas, tests them, measures results, and improves based on feedback.
Repeating a process with improvements each time.
When an AI system or workflow uses results, feedback, or scoring to improve future performance. This does not mean the AI is becoming conscious. It means the workflow is designed to improve based on measured feedback.
Putting a tool, agent, or automation into active use.
Launching an agent so it can perform its intended work in a real environment.
A safe, isolated environment for testing AI tools, prompts, or automations without affecting real systems, data, or clients.
Testing an automation without letting it make real changes, so you can confirm it behaves correctly before going live.
A testing or review environment before something goes live.
The live environment where real users or clients use the system.
The process of introducing a new tool, agent, or workflow to users.
Rolling out a change to a small group first to see how it performs before releasing it to everyone. If something goes wrong, only a few are affected — like an early warning.
Reverting to a previous, known-good version when a new change causes problems — the safety net behind any release.
Running two copies of a system — the current one and the new one — and switching over only once the new version is confirmed healthy, so there’s no downtime.
Whether people actually use the new tool or workflow successfully.
Helping people understand, accept, and use a new way of working.
A way for software systems to talk to each other. APIs allow AI tools to connect with platforms like CRMs, Google Workspace, websites, databases, or other business systems.
A secure credential that lets one system access another system’s API. It should be treated like sensitive access information.
A specific address (URL) on an API that performs one action, such as “create a contact” or “send a message.”
A ready-made toolkit that makes it easier and faster to build with a particular service or API.
How one system proves who it is to securely connect to another. OAuth is a common standard that lets tools connect without sharing your password.
A provider dashboard where technical users manage API keys, billing, usage, models, and settings.
A dashboard for managing cloud services, such as Google Cloud resources, APIs, billing, and usage.
A text-based way for technical users to interact with software.
A place where code, prompts, files, and system assets are stored, often in GitHub.
A platform commonly used to store, version, and collaborate on code or technical assets.
A restriction on how much a tool or model can be used within a certain time period.
A limit on how many requests can be sent to a system in a certain time window.
A limit on usage within a user session or time period.
A general cap on how much of a tool or service can be used.
Prepaid or allocated usage value for a tool or model.
The number of tokens used by prompts and outputs. Token usage can affect cost and capacity.
Designing prompts, inputs, and workflows to use fewer tokens — lowering cost and helping work fit within a model’s context window, while keeping quality.
Distributing work across multiple accounts, systems, or resources to avoid overload.
Multiple tasks, users, or agents running at the same time.
Slowing down requests because a system is hitting usage or rate limits.
Delay between making a request and getting a response.
Delivering a model’s response piece by piece as it’s generated, so text appears to “type out” in real time instead of arriving all at once.
Temporarily storing results so they can be reused instantly instead of being recomputed. In AI, caching repeated context (often called prompt caching) can noticeably lower cost and speed up responses.
Reusing parts of a prompt the model has already processed (such as a long set of instructions or documents) so repeated requests cost less and respond faster.
Keeping records of what a system did (logs) and being able to see how it’s performing (observability) — essential for troubleshooting and trust.
The cost each time an AI task or workflow runs.
Designing AI workflows to control cost while maintaining quality.
The processing power needed to train or run AI systems.
Running software or AI on your own server or infrastructure rather than only through a provider’s cloud. Often chosen for privacy, control, and data ownership.
Different versions of models with different cost, speed, and capability levels. Examples may include mini, nano, pro, or advanced versions depending on the provider.
How much it costs to use a particular model. Cost is usually driven by token usage and the model’s price per token, so more capable models often cost more per use.
A collection of information the AI can reference, such as documents, FAQs, transcripts, client materials, policies, or internal resources.
A living digital model of a business, process, or system — built from its real data and knowledge — that AI can use to answer questions, test ideas, and take action. Sometimes called a “company brain.”
The process of finding relevant information from a knowledge source before answering.
A method where AI retrieves relevant information from external sources and uses it to generate a better answer.
Splitting long documents into smaller pieces so AI can search them and pull just the relevant parts. How content is chunked has a big effect on retrieval quality.
Taking the results a search returns and reordering them by how relevant they really are, so the AI works from the best material first.
Organizing data ahead of time so it can be searched and retrieved quickly — much like the index at the back of a book.
Search based on meaning, not just exact keywords.
A numerical representation of text, images, or other content that helps AI compare meaning.
A set of numbers representing meaning or features.
A database designed to store embeddings and retrieve similar information quickly.
A way of storing information as connected facts and relationships — people, places, things, and how they relate — helping AI reason about how things fit together.
Any system or file the AI may use, such as a CRM, Google Drive, website, spreadsheet, database, or client document.
Bringing data into a system so it can be searched, processed, or used by AI.
Information about other information — for example a file’s author, date, type, or tags — used to organize, filter, and find content.
Fixing messy, duplicate, outdated, or inconsistent information.
The official, trusted place where correct information lives.
Rules that determine who or what can access specific information.
Protecting sensitive personal or business information.
Information that can identify a specific person, such as a name, email, phone number, or address. It must be handled carefully for privacy and compliance.
Protecting systems, data, and access from misuse or unauthorized access.
A security risk where hidden or malicious instructions are slipped into content an AI reads, trying to make it ignore its rules or reveal information. A key reason guardrails and human review matter.
Scrambling data so only authorized people or systems can read it, protecting it both while stored and while being sent.
Granting access based on a person’s role, so each user only sees and does what their job requires — a common way to keep data secure.
Meeting legal, regulatory, contractual, or internal policy requirements.
Connecting two or more tools so they can share data or trigger actions.
A prebuilt connection between systems.
A part of a system that converts information from one format or language into another, so two tools, models, or systems can understand each other.
Software that sits between two systems and helps them work together — passing, translating, or coordinating information as it moves between them.
When AI uses an external tool to complete a task, such as searching, sending a message, creating a task, or reading a file.
A technical method that lets AI call specific software functions in a controlled way.
The supporting structure built around an AI model — instructions, tools, steps, memory, and checks — that turns a general model into a reliable system or agent for a specific job.
A standard that helps AI tools connect to external systems and context sources.
A trigger that sends information from one system to another when something happens.
The most common style of web API, where systems exchange information through simple, standard web requests. Most tools you’ll integrate with offer one.
A no-code automation platform that connects apps and automates workflows.
A no-code or low-code automation platform for connecting apps and building workflows.
An automation platform often used for more flexible or technical workflows.
Customer Relationship Management software used to manage contacts, deals, clients, and sales activity.
A document that explains what needs to be built and why.
A technical plan that outlines how a system or workflow will be built.
A text format that uses tags to label and structure information, for example <task>…</task>. It is sometimes used to organize prompts or data so AI can read them more reliably.
A common text format that organizes data as labeled fields (for example, name, email, date). Widely used to pass structured information between systems and to get clean, structured output from AI.
When AI returns its answer in a fixed, organized format such as JSON, so other systems can read and use it automatically instead of parsing free text.
How prepared a team or organization is to adopt AI successfully.
A person or team’s ability to understand and use AI responsibly.
The specialized or technical vocabulary used when talking about AI. Jargon can make AI feel more complicated than it is — translating it into plain language is exactly what keeps clients and teams confident.
Rules, roles, and processes for how AI is used safely and effectively.
Using AI in a way that is safe, fair, transparent, and aligned with human values.
An attempt to trick a model into ignoring its safety rules or restrictions. Closely related to prompt injection, and a reason guardrails and testing matter.
Deliberately stress-testing an AI system to find weaknesses, risks, or harmful outputs before real users — or bad actors — do.
Internal rules for how employees can and cannot use AI.
Where your data is physically stored and processed — for example, kept within a specific country. It often matters for privacy laws and client requirements.
A time-stamped record of who did what and when, so actions can be reviewed for accountability, security, and compliance.
Employees using AI tools without company approval or oversight.
A theoretical point where AI becomes more capable than humans in a broad, transformative way. This term is more future-focused and is not usually needed in everyday client delivery conversations.
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Software that can perform tasks that usually require human thinking, such as writing, summarizing, analyzing, classifying, planning, or answering questions.
AI that creates new content, such as text, images, audio, code, summaries, emails, reports, or plans.
An AI model trained to understand and generate language. Examples include the models used inside tools like ChatGPT, Claude, and Gemini.
The AI system that processes input and generates output. Different models have different strengths, costs, speeds, and limitations.
AI that can work with more than one type of input or output, such as text, images, audio, video, or files.
The instruction, question, or request given to an AI model.
The practice of designing better instructions so AI gives more useful and consistent results.
The information the AI has available when answering, such as the user’s question, previous messages, documents, examples, or instructions.
The amount of information a model can consider at one time.
A small piece of text processed by an AI model. Tokens are used to measure input, output, cost, and usage.
When AI produces something that sounds confident but is wrong, unsupported, or made up.
Giving AI reliable source material to base its answer on.
When an AI system produces unfair, incomplete, or skewed outputs because of data, design, or user instructions.
An AI system that can work toward a goal, use tools, make decisions, and take actions across multiple steps.
Describes AI that behaves more like an active worker by planning, using tools, taking actions, checking results, and continuing across steps.
A system that completes a task or workflow with little or no manual effort.
A sequence of steps used to complete a business process.
A setup where AI does part of the work, but a human reviews, approves, or handles exceptions.
Rules, limits, or checks that guide what AI is allowed to do.
A collection of information the AI can reference, such as documents, FAQs, transcripts, client materials, policies, or internal resources.
A method where AI retrieves relevant information from external sources and uses it to generate a better answer.
A way for software systems to talk to each other. APIs allow AI tools to connect with platforms like CRMs, Google Workspace, websites, databases, or other business systems.
Connecting two or more tools so they can share data or trigger actions.
A person or team’s ability to understand and use AI responsibly.
Using AI in a way that is safe, fair, transparent, and aligned with human values.