At first glance it's a cloud. Look again and it's agents, each on its own path inside the cloud's limits: that's what Cloudish is for, today. And the path itself loops around four real stars, drawn to scale, because we think compute won't stay on one planet forever.
Brand kit
Every version of the logo
One logo, always square, in full color or one flat color. The one-color versions keep the track's transparency, so the orbit stays a faint guide under the comets.
Color, on light
Color, on dark
White, on black
Black, on white
Sizes
At true pixel size. 16 px is the smallest the logo is designed for: the browser tab.
16
24
32
48
64
128
16
24
32
48
64
128
In use
Cloudish · Cloud for agents×
cloudish.aihttps://www.cloudish.ai
Home-screen icon
Downloads
Colors
Amber#f0a828The outbound comet, and the brand's accent.
Light indigo#7577f0The returning comet.
Indigo#5457e5The orbit, at 26% opacity.
Ink#0b0c11The dark background it's designed on.
Using it
Keep it square, with clear space of at least a quarter of its width on every side.
Use full color on light or dark; use white or black when only one color is available.
Don't redraw the comets or the stars: their sizes are the point.
Don't put it on a busy photo, and don't add effects (shadows, outlines, glows).
Chapter one
It's a cloud, from Seattle
Cloudish was built in the Seattle area, by Hal9 in Redmond, just across Lake Washington. It's the cloudiest region of the continental United States: 201 cloudy days and 93 partly cloudy ones in an average year. So the first thing the logo had to say was the obvious one: this is a cloud, made by people who know clouds.
Draw its outline with a thicker pen and close it, and the logo turns into a weather icon. Three of its bumps become a cloud on a flat base, and the tallest, the one on the upper right, becomes the sun peeking out from behind it. Partly cloudy: in Seattle, a good day. The logo's colors already say so: the amber comet rides only that tallest bump, the sun, and the indigo one traces everything else, the cloud.
The logo
→
The same trace, drawn as weather
Close the outline and it's a weather icon. τ Ceti, the Sun, and α Centauri B stay exactly where they are and become a cloud on a flat base, drawn as thick as the logo's orbit; α Centauri A, the tallest bump, becomes the sun behind it, its edge on the logo's own border.
That sun isn't ours, though. The tallest bump is a different star, and the one next to it is the Sun. More on that in chapter three.
Chapter two
Agents, one cloud
Cloudish is a cloud built for AI agents. An agent creates its own key with one call, deploys its own containers, and pays from its own prepaid balance, with no human needed to get started. The logo shows two of them, because two is enough to make the point: any number of agents, each running on its own.
They have real autonomy, and real limits. Each can go anywhere along the outline, and none can leave it: the outline is the shape of the cloud, and the cloud's shape is its rules. Here they are, moving:
An agent, deploying. One agent with its own key, its own balance, its own containers, working on its own schedule.
Another agent, independently. It runs at its own pace. Neither waits for the other, and neither can see into the other's projects.
The outline is the cloud's boundary. Anywhere along it is theirs to go; off it is not. That's autonomy with limits: an agent deploys, scales, and funds other agents on its own, but it can never spend past its prepaid balance or reach outside its own key.
People, outside the outline. A human can claim a key, see every project and log, and top it up. They oversee; they don't have to steer. The cloud was built for the agents first.
The limit that matters most is the balance. Every key runs on prepaid credits, and an agent is free to spend them: on its own containers, or by transferring some to another agent's key to get that one started. What it can't do is spend credits it doesn't have. When a balance reaches zero, that key's containers stop, and no bill arrives later. An agent stuck in a loop, or redeploying something that will never work, can burn through its own balance and nothing more. The limit is what makes the autonomy safe to give.
The other limits are just as firm: an agent can't reach outside its own key, and its containers are isolated from everyone else's. People are welcome to watch, claim a key, and top it up; the cloud just isn't waiting on them to act.
Chapter three
Thinking past Earth
The third reading is the long view. Compute is starting to leave the ground: data centers in orbit, plans for servers on the Moon, and further out, the Fermi Explorer mission, which plans to launch the first spacecraft ever sent to another star before the end of 2029: a small probe bound for α Centauri, carrying a copy of the Golden Record, that will make 99% of the trip in about 80,000 years. A cloud for agents shouldn't assume it lives on one planet either.
So every circle in the logo is a real star, and every star is drawn at its true size relative to the others. The trajectory's four bumps are four stars, the comets' heads are two more, and none of them was resized to fit the drawing.
The logo's six stars at their true relative sizes. Proxima Centauri, the smallest star in the logo, is only about 1.5 times the size of Jupiter (dashed).
The Sun, and τ Ceti
Home is the middle bump, 1 solar radius. To its left, on the base, is τ Ceti (0.793 R☉, 11.9 light-years): one of the nearest Sun-like stars, and a target of Project Ozma, the first modern search for signals from another star, in 1960.
α Centauri A and B
The tallest bump, the "sun" of chapter one, is α Centauri A (1.223 R☉), the nearest Sun-like star to us, 4.34 light-years away. On the right, on the base, is its companion α Centauri B (0.864 R☉); the two orbit each other every 79.8 years. They're the destination the whole logo is pointing at.
Luyten's Star, heading out
The amber comet's head is Luyten's Star (0.293 R☉), a red dwarf 12.35 light-years away. It hosts GJ 273b, a super-Earth in the star's optimistic habitable zone, and in 2017 METI and the Sónar festival sent it a radio message from Ramfjordmoen, Norway, with a follow-up in 2018. At 12.35 light-years, the signal reaches it around 2030, and the earliest reply could arrive by 2042. The amber comet is a message already on its way.
Proxima Centauri, coming home
The indigo comet's head is Proxima Centauri (0.1542 R☉), the nearest star to the Sun at 4.25 light-years, and the third member of α Centauri: it circles A and B once every roughly 511,000 years. Its planet Proxima b, found in 2016, is Earth-sized and in its star's habitable zone. The indigo comet is the trip back.
Distance from the Sun. Proxima Centauri (4.25 ly) and α Centauri A and B (4.34 ly) are our nearest neighbors; τ Ceti (11.9 ly) and Luyten's Star (12.3 ly) are the far side of the logo.
The one liberty
Every star in the logo is drawn to scale: α Centauri A's radius is 12 units, so Luyten's Star's is 2.9 and Proxima's 1.5. The comets' tails are the one place we chose a width. Proxima's tail is exactly as wide as Proxima. Luyten's is 4.2 units, a little narrower than the star itself (5.7 across), because a tail that wide would swamp the outline at small sizes.
How it's built
Every piece, measured
τ Ceti · 0.793
The Sun · 1.000
α Centauri A · 1.223
α Centauri B · 0.864
Luyten's Star · 0.293
Proxima Centauri · 0.154
The construction, in solar radii. The trajectory arcs around each star's circle (dashed), curves gently the other way where two bumps meet, and closes along a flat base. α Centauri A's radius is 12 units; every other circle is scaled from it.
Canvas
A 64 × 64 square. The trajectory is fitted to 54 units wide and centered.
Scale
1 solar radius = 9.81 units, so α Centauri A's radius is exactly 12.
Trajectory
Four clockwise arcs around the stars, joined by three short reverse curves (radius 3) where the bumps meet, and a flat base the outer two stars sit tangent to. No corners anywhere.
Track
4.4 units wide, indigo at 26% opacity: the orbit, drawn faint so the comets lead.
Comets
Each tail is a run of short round-capped segments (72 for Luyten's, 112 for Proxima's), so they read as overlapping, fading circles. Luyten's grows steadily from 35% to full width and from 15% to full opacity toward its head. Proxima's starts just narrower than its head, holds that width for most of the cloud, then narrows and fades.
Heads
Luyten's Star, 2.9 units in radius, at the end of the top bump; Proxima Centauri, 1.5 units, at its start, its trail running back around the whole cloud.
References
Sources
Radii and distances as listed on each star's Wikipedia page in September 2026, which cite the underlying measurements.
Seattle, climate: the cloudiest region of the continental US, 201 cloudy and 93 partly cloudy days a year.
Alpha Centauri: A 1.223 R☉, B 0.864 R☉, 4.344 ly; A and B orbit every 79.762 years; Proxima orbits them every ~511,000 years, 4,100 to 12,300 AU out.
Tau Ceti: 0.793 R☉, 11.912 ly; a Project Ozma target.
Luyten's Star: 0.293 R☉, 12.348 ly; GJ 273b; the 2017 and 2018 Sónar Calling GJ 273b transmissions.
The Sun: the solar radius (R☉), 695,700 km, that every radius here is measured in.
Fermi Explorer (and on Wikipedia): announced September 1, 2026; a probe to α Centauri launching before the end of 2029, for under $15M, reaching 99% of the way in about 80,000 years, carrying a copy of the Golden Record.
