Parallel Universe
Operating Status: Inactive
Parallel Universe developed JVM concurrency libraries, web integrations and in-memory infrastructure for scalable applications.
Founded
2012Accelerator
Parallel Universe developed JVM concurrency libraries, web integrations and in-memory infrastructure for scalable applications.
Quasar's lightweight-thread model was designed to support high concurrency without the overhead of ordinary thread scheduling. Its channels and actors added structured communication and supervision to that execution model for developers building JVM applications.
Comsat applied fibers to familiar web and database APIs so developers could retain a sequential coding style. The stack also included specialized in-memory storage components, connecting concurrency tools with spatial queries and clustered application infrastructure.
Source: paralleluniverse.co
Parallel Universe's technical positioning centered on modern hardware constraints: additional processor cores and input/output bottlenecks. Its stack aimed to make those resources usable through concurrency abstractions, web integrations and in-memory data components.
The company's site links product pages, documentation, support and a technical blog. These surfaces describe an earlier developer-tools business; the accelerator's current inactive designation establishes that their continued accessibility alone does not prove ongoing company operations.
Source: paralleluniverse.co
Parallel Universe's historical stack included four named components for JVM applications. Quasar provided lightweight threads, channels and actors, while Comsat connected that execution model to web-related Java APIs including servlets, HTTP clients and JDBC.
SpaceBase addressed real-time in-memory spatial and geospatial queries. Galaxy provided a distributed in-memory data grid designed to scale actors across a cluster, with cache-coherence protocols serving queries and transactions from memory.
Source: paralleluniverse.co