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Kinesis

Your boundary.
One system.

Your vendors decide where your computing environment ends. Kinesis reverses that arrangement: you draw the boundary, and everything inside it runs as one system.

One system: every estate in orbit around one interface

What goes inside a Grid

A Grid is your boundary: the machines you own, rent, or already reserved, inside one system. Add them in any order and any mix.

Servers you own

YOURS

GPUs and CPUs in your own building or data center. Enroll them and they take work like any other machine in the Grid.

Machines in colocation

YOURS

The cage you lease at a colo. Same footprint, same interface as the room down the hall.

Cloud instances you reserved

RESERVED

The AWS, Azure, and Google Cloud instances you already hold. The machine joins the Grid; the account stays yours.

Capacity rented from a specialist

RENTED

Machines from CoreWeave, Lambda, or another provider you already contract with.

Compute Kinesis supplies

OURS

Dedicated machines from us, inside the same Grid, for when what you own is not enough.

What sits inside matters less than the fact that one interface runs all of it.

Linux machines that can run the Kinesis agent. Support matrix → (planned)

Control what runs on your grid

Grids run on dedicated hardware, ours or yours, reserved to you or a group you name. Your administrator decides who is allowed to sit next to whom. Sharing inside your Grid is the point. Sharing with an uninvited guest is not.

What your administrators decide

By establishing rules for who shares what, your administrators can increase the capacity of the machines you already operate, and make sure that your workloads run where they are supposed to.

  • Caps per person or group — memory, GPU count, cores, storage, monthly GPU-hours
  • Which cards may be split, and into how many pieces
  • Who goes next when the queue is full
  • When an idle session is warned, and when it is reclaimed
  • Which machines production runs on, and which training never touches
What your administrators decide, drawn on one machine ONE MACHINE · 4 GPUS PRODUCTION TRAINING · RESEARCH GPU 0 LIVE ENDPOINTS GPU 1 GROUP A · ⅜ GROUP B · ⅜ C · ¼ CAP GPU 2 GROUP B · ½ NOTEBOOK · A · ½ IDLE 27 MIN · WARNED RECLAIMED · FREE GROUP D · ½ GPU 3 GROUP C · WHOLE CARD · 6H BUDGET LEFT QUEUE LEAST USED GOESNEXT D · 0.2H A · 3.1H B · 7.4H C · 12H Same four cards. Who gets them, how much, and when is your administrator's call.

“How much work can I get from the hardware I already have?”

Each team’s servers, each cloud account, each colo cage is its own island — full in one place, idle in another. A Grid makes them one pool, and the control plane keeps the pool full.

One pool, not many islands

Headroom in one team's servers is available to another team's job.

Work goes where there's room

The control plane places each workload on the machine that fits, wherever in the Grid it is.

Idle becomes available

Sessions that go quiet are warned and reclaimed. Capacity returns to whoever is waiting.

Failed machines stop taking work

A machine that drops out leaves the pool. The work moves to one that is healthy.

The same machines carry more people, more jobs, and more of the week. The saving is the purchase you don’t make.

Getting started is simple

01

Assess

A read-only look at what your hardware is doing, when, and for whom. It produces the number.

02

Grid Your Compute

Connect the machines you already own or rent. Pay a Grid fee per covered server.

03

Expand

Add teams, servers, and providers. Buy Kinesis-supplied compute when you need it, Grid included.

Start with the number.

The capacity assessment is read-only and nothing moves until you say so. It shows you how full your hardware really is — and what a Grid would change.