The Jaseci Programming Paradigm and Runtime Stack: Building Scale-out
  Production Applications Easy and Fast
Jason Mars Yiping Kang Roland Daynauth Baichuan Li Ashish Mahendra Krisztian Flautner Lingjia Tang
Today's production scale-out applications include many sub-application
components, such as storage backends, logging infrastructure and AI models.
These components have drastically different characteristics, are required to
work in collaboration, and interface with each other as microservices. This
leads to increasingly high complexity in developing, optimizing, configuring,
and deploying scale-out applications, raising the barrier to entry for most
individuals and small teams. We developed a novel co-designed runtime system,
Jaseci, and programming language, Jac, which aims to reduce this complexity.
The key design principle throughout Jaseci's design is to raise the level of
abstraction by moving as much of the scale-out data management, microservice
componentization, and live update complexity into the runtime stack to be
automated and optimized automatically. We use real-world AI applications to
demonstrate Jaseci's benefit for application performance and developer
productivity.