RemoteOS.
Your PC anywhere, without the datacenter in the middle.
Reach your computer from a web browser or the desktop app. The cloud only introduces the two ends; your screen and input then flow peer-to-peer, encrypted, and direct. So remote access costs picojoules of cloud signaling, not a video stream relayed through a datacenter.
The cloud introduces. The pixels go direct.
How it works
The cloud introduces. The pixels go direct.
Remote desktop without a datacenter relaying every frame.
Two portals, one PC
Reach your computer from the web app or the desktop app. Same session, same machine, whichever portal you are at.
Peer-to-peer media
The cloud only introduces the two ends. Your screen and input then stream directly between the portal and your PC, encrypted end to end.
Metered on the green neocloud
The little signaling work the cloud does runs on Joule Cloud and is accounted in joules. The pixels never pass through it.
The discipline
Remote access, on a SWaP-2C budget
Most remote desktop relays every pixel through a datacenter. RemoteOS keeps the media peer-to-peer, so it carries a SWaP-2C budget instead of a bandwidth bill.
Size
The cloud footprint is a signaling broker, not a video relay.
Weight
No pixels routed through a datacenter on the hot path.
Power
Picojoules of cloud signaling per session; the media goes direct.
Cost
You are not paying to relay a stream you could send directly.
Cooling
Nothing to cool in the cloud when the stream never passes through it.
Reach your PC, from anywhere
Web and desktop portals at remoteos.science. Coming to Joule Cloud at remote.greenjoules.cloud.