PH Deck

Users manually create timelines using tools like spreadsheets or word processors, facing time-consuming formatting and difficulty visualizing event sequences.

JavaScript learners traditionally rely on static resources (documentation, tutorials) to grasp the event loop, leading to difficulty visualizing asynchronous execution flows and inefficient debugging of async code.

Users currently have their travel memories scattered across multiple platforms, leading to difficulty in organizing and sharing a cohesive narrative of their journey.

Developers struggle with event logging in Android apps due to the lack of a structured approach

Drawbacks: Manually creating event classes, scattered event logging, manual conversion of properties to bundles

Users struggle to manage and control events, webhooks, and subscriptions effectively.

Lack of full control and choice over events, security vulnerabilities, unreliable retries, and challenges in handling multi-tenancy.

Users manually share event details via email/messages or print invitations, requiring recipients to manually enter event details into their calendars, leading to risk of errors or lost information.

Developers often struggle with understanding complex code logic, which can lead to difficulties in debugging, learning new codebases, and optimizing programs. The drawbacks are time-consuming code comprehension processes and inefficient collaboration among team members.

Users currently build flow-based UIs with Angular manually, which is complex and time-consuming due to the lack of specialized libraries for node-and-connection-based interfaces.

Users struggle to handle every detail of their corporate events with precision, leading to potential inefficiencies, errors, and subpar event planning outcomes.

Users struggle to promote events effectively with traditional platforms, facing low visibility and lack integrated RSVP/reminder tools.