Everything is around the task

Everything is
connected
through task.

A task is a container for intent, context, and action. Not a to-do item — a living, structured primitive that connects every person, device, and AI agent through a single shared layer.

people → people people → device device → device AI → anything
task engine
ui engine
TASK · B7D2E9
LIVE
Intent
Deploy to production
Context
Release v2.4 · critical
Action
CI/CD trigger
assignee@sara.chen
sandboxprod-env-42
ui-renderreal-time
Connected nodes
@dev-team gpu-cluster staging-db monitor @qa
Two engines. One primitive.

Power behind
every task you can imagine.

ImagineTask is built on two deeply integrated engines. The Task Engine handles any task. The UI Engine renders it — in real time, for any actor.

01 · Task Engine
Task Engine

The core runtime of ImagineTask. It accepts any task you can describe — structures it into a typed container of intent, context, and action — then routes, executes, and evolves it. No task is out of scope.

Structures intent, context, and action into a single typed container
Routes tasks to the right actor — person, device, or AI agent
Manages state, transitions, and sandboxed execution
Exposes a typed tool interface for AI agents to read, act, and observe
intent Deploy model to production
context env: prod · priority: critical
action trigger: ci/cd · notify: @team
02 · UI Engine
UI Engine

There is no fixed interface. The UI Engine reads a task's structure and state and renders the right interface — in real time, for whoever is looking at it. Every actor sees exactly what they need, when they need it.

Generates UI directly from task schema — no templates, no hardcoding
Adapts layout, fields, and controls to the task type and actor
Re-renders in real time as task state evolves
Works for any actor — human, device, or AI agent
task.schema layout: two-column, priority-badge
task.state status: active · progress: 62%
render real-time · actor-aware

A container for
intent, context,
and action.

Intent
The Why

What needs to happen and why. Expressed by a person, triggered by a device, or initiated by an AI agent — the intent is the task's purpose.

Context
The World

Everything surrounding the intent. Who is involved, what environment it operates in, what constraints exist, and what has already happened.

Action
The How

What gets done. The executable steps, delegations, triggers, and events that carry the intent through to completion.

A task is not a record. It is not a message. It is a living container that carries full context across every handoff — between people, devices, systems, and AI agents — without losing anything along the way.

When context travels with the task, every actor — human or machine — can pick it up and act on it immediately. No reconstruction. No gaps. No lost thread.

Every connection
through task.

01
Person Person

Hand off work with full context intact. No more reconstructing intent from scattered messages — the task carries everything the next person needs.

02
Person Device

Direct machines, sensors, and services through structured tasks. The device receives not just a command, but the full context of why and how.

03
Device Device

Machine-to-machine coordination through a shared task layer. No brittle point-to-point integrations — every node speaks the same language.

04
AI Agent Workflow

Tasks are the grounding layer for AI agents. Agents read state, act on tools, and update context — always working within a structured, auditable container.

05
System Human

When a system needs a human decision, it surfaces a task — with full context, history, and options — so the person can act without having to investigate.

06
Task Task

Tasks compose. Parent tasks spawn children. Subtasks report back. Complex workflows are expressed as task graphs — not code, not config.

For AI builders

Task infrastructure
for AI agents
to operate within.

ImagineTask is not an AI agent. We provide the structured task layer that agents need to do real work — a typed, auditable environment where agents can read intent, act with context, and report outcomes without ambiguity.

read
task.get(id)

Retrieve the full task container — intent, context, fields, connections, and current action state.

write
task.update(id, patch)

Update context, add fields, or progress state. The UI Engine re-renders automatically for all connected actors.

act
task.trigger(id, action)

Execute a named action within the task's sandbox. Chain, delegate, or escalate — all within a structured boundary.

observe
task.subscribe(id, fn)

Stream real-time task state changes. Agents stay in sync with the task as it evolves — no polling, no guessing.

Any task.
Any actor.
One layer.

ImagineTask is in early access. If you're building systems where people, devices, and AI agents need to work together — this is the infrastructure layer you've been missing.

Early access. No spam.