Temporal Task Inversion Tracker

Inspired by the narrative complexities of Mary Shelley's 'Frankenstein' (understanding interconnected parts to create a functional whole) and the mind-bending temporal mechanics of 'Tenet', this project is an enterprise software tool called the Temporal Task Inversion Tracker (TTIT). The core concept is to visualize project tasks and their dependencies not just linearly, but with an added layer of 'temporal inversion.' Much like how 'Tenet' allows for actions to be reversed, TTIT allows project managers to see the -impact- of a task's delay or completion -backwards- through the project timeline. This is achieved through a sophisticated scraping and analysis engine that monitors project management tools (e.g., Jira, Asana, Trello via their APIs), extracting task statuses, deadlines, and interdependencies. The system then generates a dynamic Gantt-like chart, but with a unique visual representation where completed tasks 'propagate' their impact forward, and potential bottlenecks or tasks that, if delayed, would 'invert' the project timeline (cause cascade failures) are highlighted with a 'temporal anomaly' effect. Think of it as a Frankenstein's monster of project management, pieced together from real-time data, visualizing the 'lifeblood' of a project flowing through time. The 'low-cost' aspect comes from leveraging open-source libraries for data scraping and visualization, and focusing on a niche within enterprise project management. The 'high earning potential' lies in its unique, proactive problem-solving capabilities, offering a competitive edge to businesses by minimizing costly delays and optimizing resource allocation through foresight. Individuals can implement this by building a robust API connector for a specific project management tool and a front-end visualization library, focusing initially on a single platform for ease of implementation.