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Aurae is on a mission to be the most loved and effective way of managingworkloads on a node. Our hope is that by bringing a better set of controls to anode, we can unlock brilliant higher order distributed systems in the future.

Aurae deploys a memory-safe¹ runtime daemon, process manager,and PID-1 initialization system to remotely schedule processes, containers, andvirtual machines as well as set node configurations (e.g., like networkingstorage).

Through system proportioning and enterprise workload isolation techniques, theAuraeopen-source project can complement higher order schedulers and controlplanes (such as Kubernetes) as Aurae supports the usage of multi-tenantworkloads and enterprise identities all the way down to the socket layer.

Aurae is a proud member of theNivenly foundation.

• Slides:Link to presentation
• Website :Link to abstract

STILL IN EARLY DEVELOPMENT!
The Aurae project and API can change without notice.
Do not run the project in production until further notice!

• The Aurae project welcomes contributions of all kinds and sizes.
• Please read the "getting involved" documentation before contributing to theproject.
• You do not have to knowRust to join the project.

By joining the project in its early stages, you will help to create a milestonecontender for corporate distributed systems and automation that will remainaccessible to anyone.

Byintroducing Aurae cells on top of aLinux kernel the control of eachinternal runtime process on a given node becomes possible. The auraed runtimemaintains ownership of every process by managing everything fromPID-1 tonested processes.

Maintainable and predefined.proto-files contribute to the core definition ofthe distributed systems runtime and the standard library. During the buildprocess, these.proto-files can allow for greater customization possibilities.TheTypeScript file format replaces static manifests (like theYAML fileformat) for direct interactions with a running system.

#!/usr/bin/env auraescriptletcells=newruntime.CellServiceClient();letallocated=awaitcells.allocate(<runtime.AllocateCellRequest>{cell:runtime.Cell.fromPartial({name:"my-cell",cpus:"2",}),});letstarted=awaitcells.start(<runtime.StartExecutableRequest>{executable:runtime.Executable.fromPartial({cellName:"my-cell",command:"sleep 4000",description:"Sleep for 4000 seconds",name:"sleep-4000",}),});