Variable workflow design

In the SAGA framework, modules serve as fundamental components that can be assembled to create highly intricate, domain-specific computational workflows capable of performing a diverse array of tasks within the network. These modules have the versatility to be utilized across multiple workflows and can establish connections with other modules to form clusters. Module mobility empowers these workflows to transcend the confines of individual cloud providers, mobile devices, private clouds, and more, while upholding the principles of ownership, resource value, and data security/privacy as dictated by the involved parties. SAGA incorporates a tokenomic mechanism to facilitate seamless cross-vendor workflow execution.

Regarding workflow design, modules, leveraging the capabilities offered by SAGA, will possess the ability to search for other modules within the network that could serve as building blocks for their intended tasks. They can assess the costs associated with these workflows and estimate the time required for execution, enabling them to make optimal decisions independently or with human assistance. This functionality empowers modules to articulate complex computational tasks that may otherwise be challenging for a single module to accomplish.

The execution aspect of computational reflection within the workflow will enable modules to manage various aspects such as timing, scheduling, data transfers between modules, error handling, crash recovery, caching requirements, and more.