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Agentic AI

29 concepts

Illustration: a smiling robot at a counter with three glowing jars, in front of a wall of dials and switchesIntermediate
Agentic AI

Always-on agents

An always-on agent is an AI assistant that runs on a provider's servers and starts by itself at a set time or when something happens, even while your computer is off.

Illustration: a small robot with a magnifying glass in front of screens full of chartsBeginner
Agentic AI

Information agents

Information agents are AI assistants in Google Search that follow a topic for you and send a summary when something changes; Google announced them in May 2026.

Illustration: three people at a workbench with small robots, under a glowing padlock between cloudsIntermediate
Agentic AI

Managed agents

A managed agent is an AI agent that runs on the AI provider's servers: you describe the task, tools and rules, and the provider handles the computer and the access keys.

Illustration: figures in a dim workshop, each working on a different task at a shared workbenchIntermediate
Agentic AI

Multi-agent systems (MAS)

In a multi-agent system several AI agents share one task, each doing its own part, which helps with large tasks that split into pieces and costs more to run.

Illustration: a robot at a lab bench tending branching plants and flowers, with flasks and a magnifying glassAdvanced
Agentic AI

Self-evolving agentic models

Self-evolving agentic models are AI agents that learn from their own work: they change their notes, tools, code or training data and test whether that helps.

Illustration: a chef arranging ingredients and a kitchen timer on a counter below a wall of pipesIntermediate
Agentic AI

AI orchestration

AI orchestration connects several AI steps, such as recognising a question, searching your documents and writing an answer, into one process that runs in the right order.

Illustration: four robots at a workbench connecting glowing puzzle pieces into a chainIntermediate
Agentic AI

Binex

Binex is a free, open-source tool from one developer that runs a chain of AI steps on your own computer and records what each step received, produced and cost.

Illustration: robots around a table covered in papers, studying them with magnifying glasses while one points at a glowing speech bubbleIntermediate
Agentic AI

CoDream

CoDream lets a team of AI agents learn from a failed task: they discuss what went wrong and pass the lesson to the teammates who are weakest at that kind of task.

Illustration: a robot at a workbench with separate gears, each marked with its own coloured flagIntermediate
Agentic AI

Galactic

Galactic is an open-source Mac app by one developer that lets several AI coding assistants work on the same project at once, each in its own copy of the code.

Illustration: a person pointing at a warning sign on a screen in a classroom of small robots at desksIntermediate
Agentic AI

ITBench-AA

ITBench-AA is a test from May 2026 in which AI agents must find the cause of IT outages in Kubernetes systems; at launch the best model scored 47%.

Illustration: a robot chef cooking at a counter with sticky notes on the wallIntermediate
Agentic AI

JobBench

JobBench is a May 2026 test that scores AI agents on 130 work tasks that professionals most want to hand off; at launch the best agent reached 45.9%.

Illustration: a librarian in an apron trimming floating sheets of paper at a lamp-lit deskIntermediate
Agentic AI

Kairos in Claude Code

Kairos is the codename of an unreleased Claude Code feature, found in leaked code in March 2026, that would tidy up the AI's memory in the background.

Illustration: a robot solving a puzzle at a table beside a signpost, with gears and a circuit board behind itBeginner
Agentic AI

Chatbot compared with an AI agent

A chatbot answers your questions in a conversation; an AI agent carries out a task for you in steps, with tools such as your email or order system.

Illustration: small figures inspecting their work with a magnifying glass next to a control panelIntermediate
Agentic AI

Agent evaluation

Agent evaluation tests whether an AI agent really completes the tasks you give it, such as a refund, by checking both the end result and the steps it took.

Illustration: a notebook with a paperclip in front of a lit card-index cabinet in a workshopBeginner
Agentic AI

Agent operational memory

Agent operational memory is a set of text files with an AI agent's rules and lessons, read at the start of every session so you need not explain them again.

Illustration: a robot with a light bulb on its head assembling gears at a workbenchIntermediate
Agentic AI

Agentic AI

Agentic AI is AI that carries out a task on its own: it plans the steps, uses software such as email or an expense system, checks the results and asks when it gets stuck.

Illustration: a squirrel reading a page under a desk lamp between stacks of booksIntermediate
Agentic AI

Agentic RAG

With agentic RAG, an AI agent searches in steps: it decides what to look for, checks whether the results answer the question and searches again if they do not.

Illustration: an old craftsman repairing small robots at his workbenchIntermediate
Agentic AI

Agentic engineering

Agentic engineering is building software with AI coding agents that write and test the code, while a developer decides what to build and checks the result.

Illustration: a robot in an apron stirring a pot labelled Ideas, surrounded by floating notesBeginner
Agentic AI

AI agent

An AI agent is software that carries out a task on its own: it plans the steps, uses tools such as your email or order system, and asks you when it is unsure.

Illustration: a robot with round glasses studying an open book through a magnifying glass, in front of bookshelvesAdvanced
Agentic AI

Belief-action decoupling

Belief-action decoupling splits an AI agent in two: one part keeps a short list of what it knows and how sure it is, the other picks the next step from that list.

Illustration: a robot reading a long scroll through a magnifying glass in a libraryIntermediate
Agentic AI

Context compression for AI agents

Context compression keeps what an AI model has to read short, by summarising or removing old material, so long tasks stay affordable and the model keeps its focus.

Illustration: hooded figures shaping glowing clay sculptures in a workshop, with sketches of plans on the wallAdvanced
Agentic AI

Dynamic cognitive scaffolding

Dynamic cognitive scaffolding means an AI agent works out for each task how to split it into steps, instead of always following the same fixed recipe.

Illustration: a robot pointing at a cabinet of labelled drawers, wired to the machines around itIntermediate
Agentic AI

Function calling

Function calling lets an AI model ask your own software to do something, such as look up an order or check stock, and then answer with the real result.

Illustration: four robots around a table passing a glowing idea to one another, with a network diagram on the wallAdvanced
Agentic AI

Inference-time co-evolution

Inference-time co-evolution, a research idea from May 2026, lets a team of AI agents improve how it works together while in use, without retraining the AI model.

Illustration: a clockmaker fitting coloured gears onto a clock at a workbenchIntermediate
Agentic AI

Prompt chaining

Prompt chaining gives an AI model a task in small steps one after another; each answer is the input for the next, so every step is simpler and easier to check.

Illustration: an owl in front of a large open book among stacks of books, with a small cat beside themAdvanced
Agentic AI

Proof-derived authorization

Proof-derived authorization lets an AI agent do a risky action only after independent checks approve a recorded reason, with a temporary key for just that action.

Illustration: five robots in a workshop passing scrolls to one anotherAdvanced
Agentic AI

Test-time co-evolution

Test-time co-evolution, a research idea from May 2026, lets a team of AI agents improve while in use by learning who is good at what, without retraining the model.

Illustration: an older craftsman pointing at a plan on a workbench while a younger one holds a tangle of toolsIntermediate
Agentic AI

Real-world agent reliability gap

The real-world agent reliability gap is the difference between how well AI agents score on popular tests and how reliably they do real work, time after time.

Illustration: a robot with a magnifying glass studying diagrams on a desk while a human hand corrects one of them with a penIntermediate
Agentic AI

Trajectory refinement

Trajectory refinement improves an AI agent's plan by comparing it with what happened when the agent carried it out, and repairing the steps that went wrong.