Each node in the cluster describes a physical device that contributes a variable amount of resources to the subnet. In order to account for the variability of the host device, each instance of the software automatically partitions and persists several triads reducing the overall overhead by eliminating the need for a device to install and maintain several copies of the software.

Description

Each partition is capable of operating independently of the rest, however, an originator typically synchronizes the activities of all locally persisted instances for use in elsewhere.

An originator is essentially a partition that acts as a proxy for the rest of the machines, enforcing any transformative commands in wave-like patterns while distributing workloads and aggregating the results back into a single, uninterrupted stream.

• allow the agent to have ownership of its children

Each node in the cluster is registered with the system by the user and is capable of persisting a variable amount of triads. Each triad is best described as a Wolfram (2, 3) topological unit-computer that supports the execution of various workloads. These units are managed locally by the device, often forming a fragmented tonnetz in the process. These fragments are glued together to form a complete cluster which can be orchestrated in a number of unique ways and supports the execution of various workloads. The execution of a given task can be handled by any eligible unit in the cluster. To establish a level of eligibility, the host needs to prove that its current configuration is suitable for executing the given task and / or that transforming the scope would be more efficient than another potential option.

Core

• Private
• Kademlia DHT
• Request Response

One of the more important things to consider is finding an efficient means of discovering the transformations required to take the current triad and move it into another that includes the given note

All transformations are smeared through time in a Euclidean space.

One of the most pressing issues with designing the network is introducing perspective into the system. Essentially, how can we design a personal network that detects which device is currently 'active' and responds accordingly.

Each environment should be optimized for some specific set of tasks broadly broken down into four groups and characterized by their vertices.

• Customizable Backend
• Full / Light Clients
• Metrics
• Tracing

If each triad describes a self-contained, independent WASM engine then reducing the overall size by eliminating the need for multiple compilers is important for the overall efficiency of the system.

Currently, the design prohibits continuous engagement as the computer client terminates when caches the results

Technically, only certain transformations are supposed to apply to certain classes of triads

A compute surface is created from a triad and is a UTM

Formalize algorithms that describe the execution of a particular workload

• Composition
• Distribution
• Execution