Step out of the terminal. Let your agent show you what it built. Give feedback right there.
curl -fsSL https://get.onlay.io/install.sh | sh
irm https://get.onlay.io/install.ps1 | iex
This installs a skill, so your agent knows how to push and pull. Ask it for a plan, a doc, a presentation. Get an API key.
Try it. Pin a comment on any of these pages and give the agent feedback.
Select text to comment on the wording, the data, the diagram.
Pin a comment to the score, a bug, the button. Anything on the page.
Turn the knobs. Your settings and your comments both reach the agent.
Comment on a slide, a title, an illustration. The deck is a page too.
The loop
Humans are visual creatures. Give feedback on the artifact itself, not through a terminal or a pull request.
Your agent writes the thing. A plan, a report, a game, a dashboard. HTML, so it can be anything.
The agent pushes the page to Onlay. You get a link to open.
onlay push plan.html
View the page. Give feedback directly on the elements. No account needed.
The agent pulls your comments, replies, and updates the thing. Repeat.
onlay pull plan.html
Install the CLI. Get a key. Tell your agent to push.
curl -fsSL https://get.onlay.io/install.sh | sh
irm https://get.onlay.io/install.ps1 | iex
Works with Claude Code, Codex, Cursor and any other agent with support for skills. Run onlay init after install.
Share the Onlay link with collaborators. They always see the latest version.
Click and edit directly. No source file, no waiting on the agent for a typo.
Edits and comments come back to the agent like a code review. It replies, closes threads, and pushes the fix.
How water moves between the sea, the sky and the land, and why the total never changes.
The sun heats the surface of oceans, lakes and rivers. Some of that water turns from liquid into vapour and rises into the air. Plants add to this through their leaves, which is called transpiration. Together the two account for nearly all of the water that enters the atmosphere.
As the vapour rises it cools. Cool air holds less water, so the vapour gathers on tiny particles of dust and salt and becomes droplets. Billions of droplets together are a cloud. This is the same process that fogs a cold window.
When droplets grow too heavy for the air to hold, they fall. That is rain, or snow and hail when the air is cold enough. About 505,000 cubic kilometres of water fall each year, and most of it lands back in the ocean it came from.
Water that falls on land runs into streams and rivers, soaks into the ground, or is stored as ice. Groundwater can take thousands of years to reach the sea again. Rivers take days. Either way the loop closes and the cycle begins once more.
| Stage | Where | What drives it |
|---|---|---|
| Evaporation | Oceans, lakes, plants | Heat from the sun |
| Condensation | The atmosphere | Cooling as air rises |
| Precipitation | Clouds to ground | Gravity, once droplets are heavy |
| Collection | Rivers, soil, ice, sea | Gravity and slope |
Bugs pop up for a moment. Click them before they hide. Twenty seconds on the clock.