•Architected a normalized Redux state to flatten data structure and streamline reducer logic to optimize UI performance
•Embedded standalone Monaco library for extensible editor functionality in integrated development environment
•Applied pub/sub pattern via process cross-communication for greater scalability and more dynamic network topology
•Implemented IPC module to instantiate event-driven connections between main (parent) and renderer (child) processes to eliminate blocking and balance computationally expensive task load distribution
•Employed dedicated background processes to mimic multi-threading functionality to increase fault tolerance and optimize task parallelization
•Adapted async/await pattern and promise aggregation methods to mimic co-routinization, simplifying resolution and handling of multiple asynchronous functions to minimize excessive state changes and persistence of malformed data